SUNSTAR 微波光电 TEL: About Technologies was founded in the beginning of 2. is committed to providing our customers with

Transcription

1 343 Kashiwa Street Torrance, CA 9 Telephone: Fax: E Mail: sales@wisewave-inc.com URL: Copyright 24 by SUNSTAR 微波光电 TEL: Microwave & Millimeterwave Products Edition 24 Microwave & Millimeterwave Products Amplifiers Antennas Control Devices Frequency Converters Oscillators Ferrite Devices Passive Components Subsystems TEL:

2 SUNSTAR 微波光电 TEL: About Technologies was founded in the beginning of 2. is committed to providing our customers with well-engineered, high quality and cost-effective microwave and millimeterwave components and sub-assemblies up to 4 GHz. s catalog products are divided into eight categories to offer total microwave and millimeterwave solutions. Products include Amplifiers, Antennas, Control Devices, Ferrite Devices, Frequency Converters, Oscillators, Passive Components and Sub-assemblies. also designs to customers specifications, or assists customers in developing their own products for their unique applications. maintains a strong commitment to quality and has been working on its operation procedures and quality system according to ISO 9:2 standard. has established the processes that ensure customer requirements and specifications are met and exceeded. s customer list includes industry leaders, research institutes, government agencies and universities and has supplied more than 2, well engineered, high quality, on time delivered and cost effective products to its customers in the period of its initial three years. Located in Torrance, California in the proximity of leading technology centers and universities, offers full-integrated capacity in design, development and production of catalog and custom high-quality microwave and millimeterwave products. This together with the knowledge and experience of s dedicated design and manufacturing teams goes to every product. s commitment to excellence in quality, price, customer service and delivery has resulted in the significant growth since its inception. Vision Statement Continue to be a reliable microwave and millimeterwave technology company that offers well-engineered, high quality and cost effective products to the industry. Mission Statement Satisfy our customers by providing timely and effective solutions without compromising quality, performance and delivery. Empower our employees by exhibiting opportunity, respect and a rewarding working environment. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

3 SUNSTAR 微波光电 TEL: Table of Contents Amplifiers Low Noise Amplifiers(ALN) High Power Amplifiers(AHP) General Purpose Amplifiers(AGP) Amplifier Outline Drawings # OL Amplifier Outline Drawings # OL2 Antennas Rectangular Horn Antennas(ARH)...2- Circular Horn Antennas(ACH)...2- Lens Corrected Antennas(ALC) GPS Antennas(AGA) Custom Built Antennas(ASD) Antenna Outline Drawings...2-OL Control Devices SPST PIN Diode Switches(CPS) SPDT PIN Diode Switches(CPD) Electrical Controlled Attenuators(CAE) Fixed Attenuators(CAF) Level Setting Attenuators(CAL) Variable Phase Shifters(CPL) Direct Reading Attenuators(CAR) Control Device Outline Drawings # OL Control Device Outline Drawings # OL2 Frequency Converters Amplitude Detectors ()(FAS) I-Q Mixers (Phase Detectors)(FPB) Active Frequency Multipliers(FMA) Passive Frequency Multipliers(FMP) Harmonic Mixers(FDH) Balanced Mixers(FDB) Balanced Up-converters(FUB) Subharmonically Pumped Mixers(FDS) Subharmonically Pumped Up-converter(FUS) Single Sideband Modulators(FSS) Frequency Converter Outline Drawings #....4-OL Frequency Converter Outline Drawings # OL2 Oscillators Dielectric Resonator Oscillators(OFD) Low Cost Gunn Oscillators(OGL) Bias Tuned Gunn Oscillators(OGB)...-3 Mechanically Tuned Gunn Oscillators(OGM) Full Band Gunn Oscillators(OGF) Varactor Tuned Gunn Oscillators(OGV) Gunn Oscillator Bias Regulators(OGR) Gunn Oscillator Modulators(OMR) Injection Locked Gunn Oscillators(OGI) Phase Locked Oscillators(OPL)....- Oscillator Outline Drawings # OL Oscillator Outline Drawings # OL2 6 Ferrite Devices Drop-in Isolators(FID) Drop-in Circulators(FCD) Connectorized Isolators(FIC) Connectorized Circulators(FCC) Iso-adapters (Isolators)(FII) Iso-adapters (Circulators)(FCI) Narrow Band Junction Isolators(FIW) Narrow Band Junction Circulators(FCW) Full Band Junction Isolators(FIF) Full Band Junction Circulators(FCF) Faraday Isolators(FFF) Ferrite Devices Outline Drawings OL 7 Passive Components Multi-Hole Directional Couplers(PCM) Crossguide Couplers(PCC) Magic Tees(PCT) Coaxial Power Dividers(PPD) Bandpass Filters(PFB) Lowpass Filters(PFL) Highpass Filters(PFH) Diplexers(PDC) Rectangular to Circular Transitions(PRC) Tapered Transitions(PTW) Flange Adapters(PWA)...7- Bulkhead Adapters(PWK)...7- to Coax Adapters(PTC) Straight Sections(PWS) E Bend Sections(PWE) H Bend Sections(PWH) Twist Sections(PWT) Termination Loads(PWM) Jack(WTJ)...7- Passive Component Outline Drawings # OL Passive Component Outline Drawings # OL2 8 9 Subsystems Motion Detector(SMD) Doppler Sensor Heads(SRF) Ranging Sensor Heads(SRR) Sensor Heads Application Notes Radar Target Simulator(SSA) Frequency Extenders(SFE) Network Analyzer Extenders(SNA)...8- Sub-assemblies(SSS) Technical Reference Rectangular Circular and Coax Connectors Units Conversion Tables Model Number Index Terms and Conditions Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

4 SUNSTAR 微波光电 TEL: Notes 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

5 SUNSTAR 微波光电 TEL: Amplifiers Low Noise Amplifiers (ALN) High Power Amplifiers (AHP) General Purpose Amplifiers (AGP) Amplifier Outline Drawings # OL Amplifier Outline Drawings # OL2 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

6 SUNSTAR 微波光电 TEL: Bulletin No. ALN Low Noise Amplifiers 24 Low noise figure Up to full waveguide bandwidth Single power supply Compact size, light weight Wide operation temperature range Communication receivers Radar front ends Wideband radiometry Transceiver sub-assemblies ALN Series ALN series low noise amplifiers are constructed with discrete or MMIC PHEMT devices that operate at the frequency range from 8 to GHz. These amplifiers are especially designed for low noise applications. The amplifiers are offered in two categories, namely, standard and custom built. The custom built amplifiers are offered in various RF interfaces, including standard waveguide or coax connectors, for convenient system integration. The optional input and output integrated isolators are available to further improve the port return loss. STANDARD AMPLIFIER SPECIFICATIONS M odel Number F req. (GHz) B W (GHz) N F (db, Max) G ain (db) V /I (V / ma) VSWR (Typ) Outline ALN / 2: WT-A-, 3 ALN /2 2: WT-A-, 3 ALN / 2: WT-A-, 3 ALN /2 2: WT-A-, 3 ALN / 2: WT-A- ALN / 2: WT-A- ALN / 2: WT-A- ALN / 2: WT-A- Temperature Range to + C CUSTOM BUILT AMPLIFIERS The amplifiers with the performance other than listed above are available per customer s request. You may submit your specifications along with the model number per following instruction. Specify Model Number: ALN - CF BW NF GG -XX Factory Reserve Center Frequency in GHz Bandwidth in GHz Gain in db Noise Figure in / of db Example: To order a low noise amplifier with center frequency 42 GHz, 2 GHz bandwidth,. db noise figure and 24 db gain, specify ALN XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

7 SUNSTAR 微波光电 TEL: Bulletin No. AHP High Power Amplifiers 24 High output power and IP3 Up to full waveguide bandwidth Single power supply Compact size, light weight Wide operation temperature range Communication transmitters Radar front ends Power block for multiplier chains Transceiver sub-assemblies AHP Series AHP series high power amplifiers are discrete and/or MMIC PHEMT devices based amplifiers that operate at the frequency range between 8 to 98 GHz for high output power applications. The amplifiers are offered in two categories, namely, standard and custom built. The custom built amplifiers are offered in various RF interfaces, including standard waveguide or coax connectors, for convenient system integration. The optional input and output integrated isolators are available to further improve the port return loss. STANDARD AMPLIFIER SPECIFICATIONS M odel Number F req. (GHz) B W (GHz) P - (dbm, Min) G ain (db) V /I (V / ma) VSWR (Typ) Outline AHP / 2: WT-A- 2 AHP /6 2: WT-A- 2 AHP /, 2: WT-A- 2 AHP /9 2: WT-A- 2 AHP / 2: WT-A- 2 AHP /, 2: WT-A- 2 AHP /2 2: WT-A- AHP /2 2: WT-A- AHP / 2: WT-A- AHP (Psat) 24 8/2, 2: WT-A- 2 Temperature Range to + C CUSTOM BUILT AMPLIFIERS The amplifiers with the performance other than listed above are available per customer s request. You may submit your specifications along with the model number per following instruction. Specify Model Number: AHP - CF BW PP GG -XX Factory Reserve Center Frequency in GHz Bandwidth in GHz Gain in db P- db in dbm Example: To order a high power amplifier with center frequency of 38 GHz, 2 GHz bandwidth, 33 dbm P- power and 2 db gain, specify AHP XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

8 SUNSTAR 微波光电 TEL: Bulletin No. AGP General Purpose Amplifiers 24 High gain and wide bandwidth Low DC power consumption Single power supply Compact size, light weight Wide operation temperature range Gain blocks High power transmitter driving stage Gain block for multiplier chains Transceiver sub-assemblies AGP Series AGP series general purpose amplifiers are discrete and/or MMIC PHEMT devices based amplifiers that operate at the frequency range between 8 to 96 GHz for gain added applications. The amplifiers are offered in two categories, namely, standard and custom built. The custom built amplifiers are offered in various RF interfaces, including standard waveguide or coax connectors, for convenient system integration. The optional input and output integrated isolators are available to further improve the port return loss. STANDARD AMPLIFIER SPECIFICATIONS M odel Number F req. (GHz) B W (GHz) P - (dbm, Min) G ain (db) V /I (V / ma) VSWR (Typ) Outline AGP /6 2: WT-A- AGP /2 2: WT-A- AGP /6 2: WT-A- AGP /6 2: WT-A- AGP /2 2: WT-A- AGP /8 2: WT-A- AGP / 2: WT-A- AGP /2 2: WT-A- Temperature Range to + C CUSTOM BUILT AMPLIFIERS The amplifiers with the performance other than listed above are available per customer s request. You may submit your specifications along with the model number per following instruction. Specify Model Number: AGP - CF BW PP GG -XX Factory Reserve Center Frequency in GHz Bandwidth in GHz Gain in db P- in dbm Example: To order general purpose amplifier with center frequency 37 GHz, GHz bandwidth, 8 dbm P- power and 2 db gain, specify AGP-3782-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

9 SUNSTAR 微波光电 TEL: Amplifier Outline Drawings # 24 WT-A- WT-A-2.89 DIA X THRU 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 x.2 DP 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX WT-A-3 WT-A-4 WR-28 W/UG99/U FLANGE OR WR-42 W/UG9/U FLANGE 2 PLS 4-4 x.2 DP 2 PLS.2 DIA x THRU, C'BORE.9 DIA x.4 DP 6 PLS WR-28 WAVEGUIDE W/UG99/U FLANGE 2 PLS.96 DIA x THRU 4PLS WT-A- WT-A-6 BAND V and E W TYPE AGP, AHP, & ALN AGP & AHP ALN PORT INPUT INPUT OUTPUT PORT2 OUTPUT OUTPUT INPUT 2-6 x. DP 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 x.2 DP 2 PLS WR- W/UG387/U MOD FLANGE OR WR-2 W/UG387/U FLANGE OR WR- W/UG38/U FLANGE 2 PLS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

10 M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX SUNSTAR 微波光电 TEL: Amplifier Outline Drawings #2 24 WT-A-7 WT-A-8.96 DIA x THRU 4PLS WR-28 W/UG99/U FLANGE OR WR-42 W/UG9/U FLANGE PLS.96 DIA x THRU 4 PLS WR-28 W/UG99/U FLANGE OR WR-42 W/UG9/U FLANGE SIZE SMALL LARGE L W.2.3 LM OUTPUT CONNECTOR CAN BE VARIED ON CUSTOMER'S REQUEST K BAND ONLY APPLY TO SMALL SIZE SIZE L W LM SMALL LARGE WT-A-9 WT-A- WR-28 W/UG99/U FLANGE 2 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 x.2 DP 2 PLS WR- W/UG38/U FLANGE OR WR- W/UG387/U MOD FLANGE 2 PLS.96 DIA x THRU 8 PLS WT-A- WT-A-2 M/N: XXXXX S/N: XXXXX D/C: XX/XX WR- W/UG 387/U-MOD FLANGE OR WR- W/UG 38/U FLANGE 2 PLS 4-4 x.2 DP 4 PLS BAND V,E, & W L. H. W.7 Q & U M/N: XXXXX S/N: XXXXX D/C: XX/XX The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL2

11 SUNSTAR 微波光电 TEL: Antennas 2 Rectangular Horn Antennas (ARH) Circular Horn Antennas (ACH) Lens Corrected Antennas (ALC) GPS Antennas (AGA) Custom Built Antennas (ASD) Antenna Outline Drawings OL 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

12 SUNSTAR 微波光电 TEL: Bulletin No. ACH & ARH Circular and Rectangular Horn Antennas 24 Standard gain Low side lobes Ridged configuration Gold plated finishing Low cost Antenna range reference Radiation element for sub-systems ACH & ARH Series ACH and ARH series circular and rectangular gain horns are offered for the frequency range of 8 to GHz. The standard gain value and corresponding half power beamwidth at mid-frequency point of each waveguide band are, 2, 23, 2 dbi and 24, 3, 9, 7 degrees, respectively. Other gain values are available as custom order. The standard circular gain horns are equipped with circular waveguide interface, while rectangular waveguide interface are available. Other circular waveguide size is available per request. The rectangular gain horns are offered with standard waveguide interface. STANDARD GAIN HORN SPECIFICATIONS Rectangular Horn K Ka Q U V E W M odel Numbers 2 ARH - WG GG - 2 (Where WG is the waveguide size and GG is the gain in db) Frequency Range (GHz) 8 to to to 4 to 6 to 7 6 to 9 7 to Circular Wave guide Size (Dia, Inch) WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Gain Fo, Typical)., 2., 23., 2. 3 db Beamwidth, E Fo, Typical) 22., 2., 9., 7. 3 db Beamwidth, H Fo, Typical) 22., 2., 9., 7. Sidelobe Level (db, Typical) -8. Outline Drawing WT-B- Circular Horn K Ka Q U V E W M odel Numbers ACH - DDD GG - 2 (Where DDD is the diameter in mils and GG is the gain in db) Frequency Range (GHz) 2 to to to to 8 to to to Circular Size (Dia, Inch) Gain Fo, Typical)., 2., 23., 2. 3 db Beamwidth Fo, Typical) 24., 3., 9., 7. Sidelobe Level (db, Typical) -8. Outline Drawing WT-B- 2 Note:. To order a Ka band circular gain horn with.2 diameter interface, 2 dbi gain, specify ACH To order a W band rectangular gain horn with 2 dbi gain, specify ARH The model number for a horn antenna with non-standard gain or different circular waveguide size may be specified in the similar manner mentioned above. 4. The model number for circular gain horn with rectangular waveguide is specified as ACH-WG GG-, where WG is the waveguide size and GG is the gain in db. For example, specify ACH for a 2dBi gain circular gain horn with WR-22 waveguide interface. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

13 Lens Corrected Antennas 24 SUNSTAR 微波光电 TEL: Bulletin No. ALC Linear and circular polarization applicable Low side lobes High performance High gain 2 Radar systems Communication systems Sensor sub-assemblies ALC Series ALC series lens corrected horn antennas are offered to cover the frequency range of 8 to GHz. These antennas offer high gain, phase error corrected beam form and low side lobes. The dielectric lens provides not only the phase error correction, but also rugged waterproof structure. The interface of these lens corrected horn antennas are offered in standard circular and rectangular waveguide, respectively. These antennas are widely used in Radar, communication systems and sensor subassemblies. TYPICAL SPECIFICATIONS Parameters Frequency Range Lens (Typical) Diameter (Typical) Gain (Typical) Typical Range 8 to GHz to 2 Inche s 2 to 4 db 3 db Beamwidth (Typical) 3 to 2 dbi Sidelobe Level (Typical) -8 to -2 db VSWR (Typical).3: Cross Polarization (Typical)* * Only for Rectangular interface version. HOW TO ORDER -2 db Specify Model Number: ALC - DDD GG -XX Factory Reserve Circular Diameter in Mils Gain in db OR ALC - WG GG -XX Factory Reserve Rectangular waveguide size Gain in db Example: To order a lens corrected horn antenna with input circular waveguide.2 diameter and 22 dbi gain, specify ALC-222-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

14 GPS Antenna 24 SUNSTAR 微波光电 TEL: Bulletin No. AGA Low noise figure High gain Ceramic patch antenna Water-tight housing Temperature and vibration qualified Compact size Low cost GPS systems AGA Series AGA Series GPS antenna is a standard product for the GPS system. The antenna is constructed with machined housing, ceramic patch array, low noise amplifier, filter and high performance Radome material. The circular polarization improves reception ability. The built-in low noise amplifier with very low DC power consumption enhances an already high performance patch array. The integrated design and pre-installed cable offers compact size and ease system connection. SPECIFICATIONS Performance Model Number AGA-G AGA-G2 AGA-G3 AGA-G4 C onnector Type S MA (M) T NC (M) M MCX (M) SMC(M) Frequency (MHz) 7 Bandwidth (MHz) ± Polarization Right Hand Circular G ain (db) 27 (Typical ) N oise Figure (db). (Typical ) I nterference Rejection (db) 2 db at fo ± 4 MHz (Typical ) P ower Consumption + 3 to + 2 ma (Typical ) Operation Temperature ( C) Storage Temperature ( C) Humidity -4 to + 8 C - to + 9 C %, Water Tight S ize (mm) 46 x 34 x 4 (Typ ) W eight (g) 7 (Typ ) Mounting Magnet or Double Sided Tap e Note: The standard products are equipped with a 3 meters cable and a magnet mounting mechanism. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

15 SUNSTAR 微波光电 TEL: Bulletin No. ASD Custom Built Antennas 24 Custom designed Various antenna configurations High performance Quick delivery Cost effective 2 Communication Systems Radar Systems Modules Sensors Ka Band 6 Lens Corrected Antenna 26 GHz Sector Antenna also understands customer needs and is ready to provide the engineering design and service to its customers for their unique applications. s self-contained, in-house design and fabrication capacities ensured the breath of antenna products offer from rapid prototyping and proof of concept to full production. is approved to be a company who can not only supply high performance catalog products, but also realize a concept into the hardware with state-of-the-art performance prototypes and cost effective volume production. not only supplies the standard gain horn antennas, but also has the ability to design and manufacture other antenna products include, but not limited to Corrugated Horn Antennas Gassegrain Antennas Gaussian Optical Antennas Parabolic Antennas Reflector Antennas Omni Directional Antennas Sector Antennas Printed Array Antennas Ka Band Phase Array E Plane Pattern 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

16 SUNSTAR 微波光电 Antennas Outline Drawings 24 WT-B- TEL: WT-B-2 The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

17 SUNSTAR 微波光电 TEL: Control Devices SPST PIN Diode Switches (CPS) SPDT PIN Diode Switches (CPD) Electrical Controlled Attenuators (CAE) Fixed Attenuators (CAF) Level Setting Attenuators (CAL) Variable Phase Shifters (CPL) Direct Reading Attenuators (CAR) Control Device Outline Drawings # OL Control Device Outline Drawings # OL Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

18 PIN Diode Switches 24 SUNSTAR 微波光电 TEL: Bulletin No. CPS, CPD and CPM Low insertion loss High isolation High speed available TTL control available Single, double and multi-throw Pulse modulation Radar duplexing Receiver protection Antenna beam switching CPS, CPD & CPM Series CPS, CPD and CPM series are discrete or MMIC based PIN diode switches that operate at the frequency range from 8 to GHz. These switches are especially designed for low insertion loss and high isolation applications. While these switches are designed for broadband operation, lower insertion loss and higher isolation can be achieved by optimizing design for specific narrower frequency range. These PIN diode switches are reflective type and can be tailored to absorptive type by integrating input and output isolators. Furthermore, the internal TTL driver is offered as an option for ease TTL control. SPECIFICATIONS Frequency Range (GHz) The switches with the performance other than listed above are available per customer s request. You may submit your specifications along with the model number per following instruction. Specify Model Number: Maximum Available Bandwidth (GHz) S Single Throw D Double Throw M Multi-Throw Center Frequency in GHz Insertion Loss SPST SPDT CPX - CF BW IL IS -XX (db, Typ)* SPMT Isolatio n (db, Min)* Factory Reserve Isolation in db Insertion Loss in / of db Bandwidth in GHz VSWR (Typ) Switch Speed (ns, Min) Full : Full. 2. C F 2 2: 2 o a 33 to : 2 n c 4 to s t 2 2: 2 to u o 2 2: 2 l r 6 to : 2 t y 7 to : 2 Temperature Range to + C * Insertion Loss & Isolation are for waveguide version. ** Consult factory for the switches with the outlines and specifications other than listed above. HOW TO ORDER Example: To order a SPDT switch with center frequency of 6 GHz, 4 GHz bandwidth, 2.2 db insertion loss and 2 db isolation, specify CPS XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

19 SUNSTAR 微波光电 TEL: Bulletin No. CAE Electrical Attenuators 24 High dynamic range Low insertion loss Broad operating bandwidth Pin diode or MMIC based circuitry Current or voltage controlled 3 Automatic level control Amplitude modulation Instrumentation CAE Series CAE series are discrete or MMIC PIN diode based current or voltage controlled electrical attenuators that operate at the frequency range from DC to GHz. These attenuators are especially designed for low insertion loss and high attenuation applications. While PIN diode based attenuators are designed for waveguide bandwidth operation from 8 to GHz, the MMIC based attenuators are designed for broadband operation from DC up to GHz. The maximum attenuation value up to db is available. WAVEGUIDE INTERFACE ATTENUATOR SPECIFICATIONS Frequency Range (GHz) 8 to to 4 3 to to 6 to 7 to 9 to Temperature Range Maximum Available Bandwidth (GHz) Insertion Loss (db, Typ)* Attenuation (db, Min) Full Full to + C * Insertion Loss & Isolation are for waveguide version. ** Consult factory for the attenuators with the outline and specifications other than listed above. VSWR Tuning Speed Outline* Drawing (Typ) (ns) 2: to 2 WT-H- 3 2: to 2 WT-H- 3 2: to 2 WT-H-3, WT-H- 4 2: to 2 WT-H-3, WT-H- 4 2: to 2 WT-H- 3 2: to 2 WT-H- 3 2: to 2 WT-H- 3 HOW TO ORDER The attenuators with the performance other than listed above are available per customer s request. You may submit your specifications along with the model number per following instruction. Specify Model Number: CAE - CO CF BW AT -XX Factory Reserve RF Connector Type Center Frequency in GHz Attenuation in db Bandwidth in GHz Example: To order an electrical attenuator with center frequency of 3 GHz, +/- GHz bandwidth, 3 db minimum attenuation and WR-28 waveguide interface, specify CAE-2833-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

20 SUNSTAR 微波光电 TEL: Bulletin No. CAF and CAL Fixed and Level Setting Attenuators 24 Rugged waveguide configuration Full band operation Up to 3 db attenuation Low cost Test benches Subsystems Prototypes CAF & CAL Series CAF and CAL series fixed and level setting attenuators are offered for the frequency range of 8 to GHz in seven waveguide bands. The standard attenuation level for fixed attenuators are 3, 6,, 2 and 3 db, while level setting attenuators are from to 3 db with full waveguide operational bandwidth. The level setting attenuators are equipped with a micrometer, which enables rapid re-setting. With calibrated charts, the level setting attenuators can be used as direct reading attenuator for bench top test set use. The fixed and level setting attenuators are typically used in the test setups and prototype assemblies where certain attenuation is required. SPECIFICATIONS Fixed Attenuator K Ka Q U V E W M odel Number CAF-WG AT-2 (Where WG is the waveguide size and AT is the attenuation value in db.)* * Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Fixed Attenuation Value (db, Typ.)* 3, 6,, 2 and 3 VSWR (Typical).: Outline Drawing WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 Outline Drawing WT-H- WT-H- WT-H- WT-H- WT-H- WT-H- WT-H- Level Setting Attenuator K Ka Q U V E W Model Number* CAL-42-2 CAL-28-2 CAL-22-2 CAL-9-2 CAL--2 CAL-2-2 CAL--2 Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Level Setting Value (db, Minimum) to 3 VSWR (Typical).2: Power Rating (Maximum) * Consult factory for other attenuation values, waveguide bands and specifications. ** To order a WR- fixed attenuator with 2 db attenuation level, specify CAF Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

21 SUNSTAR 微波光电 TEL: Bulletin No. CPL Variable Phase Shifters 24 Rugged waveguide configuration Full band operation to 8 minimum phase shifting Low cost 3 Test benches Subsystems Prototypes CPL Series CPL series variable phase shifters are offered for the frequency range of 8 to GHz in seven waveguide bands. The phase shifters utilize low loss dielectric material, which offers minimum insertion loss. The standard phase shifters are equipped with micrometer, which allows fine accurate and repeatable phase settings. The variable phase shifters are typically used in the test setups and prototype assemblies where certain phase shifting is required. SPECIFICATIONS Band K Ka Q U V E W Model Number CPL-42-2 CPL-28-2 CPL-22-2 CPL-9-2 CPL--2 CPL-2-2 CPL--2 Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Variable Phase Shifting Range (Min) to 8 degrees VSWR (Typical).4: Insertion Loss (db, Typical) Power Rating (Maximum) Insertion Length (Inches, Typ) Outline Drawing WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 WT-H- 2 Note: Contact factory for other waveguide bands and specifications. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

22 SUNSTAR 微波光电 TEL: Bulletin No. CAR Direct Reading Attenuators 24 Rugged waveguide configuration Full band operation to db attenuation range High accuracy Test benches Instrumentation Calibration CAR Series CAR series direct reading attenuators are offered for the frequency range of 8 to GHz in seven waveguide bands. The attenuators are constructed with a precision rotary resistive vane in a circular waveguide. Therefore, they are frequency independent. The attenuators offer a high degree of repeatability and accuracy over whole attenuation range for the full waveguide band operation. The attenuation value is read directly from the helical drum scale. These attenuators are the ideal devices when precision measurement, such as output power, gain, insertion loss, isolation, coupling and return loss is required. SPECIFICATIONS Band K Ka Q U V E W Model Number CAR-42 CAR-28 CAR-22 CAR-9 CAR- CAR-2 CAR- Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Insertion Loss (db) Attenuation (db) to to to to to to to A ccuracy (Max). db or 2% which ever is greater. Return Loss (db) Power Handling (W) Power Rating (Maximum) Insertion Length (Inches) Note:. The attenuation range is above the insertion loss value; 2. The maximum attenuation setting is up to 6 db; 3. Other waveguide bands are available upon request. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

23 SUNSTAR 微波光电 TEL: Control Device Outline Drawings # 24 WT-H- WT-H-2 M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX 3 WAVEGUIDE W/FLANGE 2 PLS W, E, V & U BAND WT-H-3 WT-H-4 SMA(F) CONNECTOR SMA(F) CONNECTOR M/N: XXXXX S/N: XXXXX D/C: XX/XX WAVEGUIDE W/FLANGE 2 PLS WT-H- WT-H-6.96 DIA x THRU, 4 PLS WR-28 WAVEGUIDE W/UG99/U FLANGE 3 PLS 2-6 x.2 DP 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

24 SUNSTAR 微波光电 TEL: Control Device Outline Drawings #2 24 WT-H-7 WT-H-8 RF IN K(F) M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 X.2 DP 4 PLS 4-4 X.2 DP 4 PLS WT-H-9 WT-H- WR-28 WAVEGUIDE W/UG99/U FLANGE 2 PLS 2-6 x. DP 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX.96 DIA x THRU 4PLS WT-H- WT-H-2 M/N: XXXXX S/N: XXXXX D/C: XX/XX The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL2

25 SUNSTAR 微波光电 TEL: Frequency Converters Amplitude Detectors () (FAS) I-Q Mixers (Phase Detectors) (FPB) Active Frequency Multipliers (FMA) Passive Frequency Multipliers (FMP) Harmonic Mixers (FDH) Balanced Mixers (FDB) Balanced Up-converters (FUB) Subharmonically Pumped Mixers (FDS) Subharmonically Pumped Up-converter (FUS) Single Sideband Modulators (FSS) Frequency Converter Outline Drawings # OL Frequency Converter Outline Drawings # OL Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

26 SUNSTAR 微波光电 TEL: Bulletin No. FAS Broadband Detectors 24 Full waveguide bandwidth High sensitivity Zero biased No mechanical tuning Compact size Instrumentation Power detection Direct detection receiver FAS Series FAS series broadband waveguide detectors are offered in seven waveguide bands to cover frequency spectrums from 8 to GHz. These detectors employ high performance GaAs Schottky beamlead diodes and a proprietary circuit design to produce high sensitivity and broad bandwidth without external DC bias or mechanical tuning. The standard detectors are equipped with SMA(F) connector for video output and offered negative output voltage polarity for various applications. The matched pairs with similar sensitivity response cross the entire bandwidth are available. These detectors are idea devices where power detection or power monitoring is required. SPECIFICATIONS Band K Ka Q U V E W Model Number FAS-42SF- FAS-28SF-FAS-22SF- FAS-9SF-FAS-SF- FAS-2SF-FAS-SF- Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Sensitivity (mv/mw, Min) Video Bandwidth (MHz, Min) Output Video Imp. (M ohm, Typ) Outlines WT-F- WT-F- WT-F- 2 WT-F- 2 WT-F- 2 WT-F- 2 WT-F- 2 Voltage Output Polarity 2 Negative Input RF Power (dbm, Max) + 2 Temperature Range to + C Note:. SMA(F) output connector is offered as standard model while SMA(M) is available per customer request. For example, the model number for a WR-22 detector with SMA(M) connector is specified as FAS-22SM-; 2. Positive polarity is available per request. Specify model number with P. For example: FAS-SF-P. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

27 SUNSTAR 微波光电 TEL: Bulletin No. FPB I/Q Mixers or Phase Detectors 24 Low conversion loss Low LO drive power I/Q IF outputs LO/RF in-line configuration Compact size Distance detection Plasma analysis system Communication system FPB Series 4 4 FPB series I/Q mixers are offered in seven waveguide bands to cover frequency spectrums from 8 to GHz with % minimum bandwidth. These mixers employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with moderate LO pumping level. The mixers are constructed with fully integrated 2 balanced mixers, 2 3-dB power splitters and phase shifters. These mixers offer high port to port isolation for most application without the requirement of additional filtering. These mixers are ideal candidates for critical distance measurement and specific modulation scheme in certain communication systems where phase information is required. SPECIFICATIONS Band K Ka Q U V E W R F & LO Bandwidth (Min.) % % % % % % % Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- RF & LO Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to R F & LO Bandwidth % % % % % % % IF Frequency Range (GHz) DC to. DC to. DC to. DC to. DC to. DC to. DC to. LO Pumping Level (dbm) Conversion Loss (db, Typical) IF I/Q Phase Error (Degree) ± ± ± ± ± ± ± Outline Drawing Consult Factory WT-F- 4 WT-F- 4 WT-F- 4 WT-F- 4 WT-F- 4 WT-F- 4 Port Isolation (db, Typical) Maximum Input Signal Level Temperature Range HOW TO ORDER + 23 dbm to + C Specify Model Number: FPB CO RF IF CL - XX Factory Reserve RF Connector Type RF Frequency in GHz Conversion Loss in db IF Bandwidth in GHz Example: To order a V band, 6 GHz I/Q mixer with GHz IF frequency and. db conversion loss, specify FPB-6-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

28 SUNSTAR 微波光电 TEL: Bulletin No. FMA Active Frequency Multipliers 24 High output power Up to full waveguide operation Moderate conversion gain Frequency up to 96 GHz Single power supply Frequency extenders Test set Local oscillators Subsystems FMA Series FMA series active multipliers utilize high performance GaAs Schottky beamlead diodes or discrete PHEMT devices and/or MMIC chips for frequency multiplication and amplification. The multipliers offer moderate conversion gain with output frequency covering 8 to 96 GHz in six waveguide bands. The X2, X3 and X4 are offered as standard multiplication factors. The input power requirement for these multipliers is + to +2 dbm. While SMA or K female coaxial connector is equipped for input and waveguide for output interface, WR-28 waveguide input is available as an option for V band doubler and W band tripler design. SPECIFICATIONS Output Freq. Input Freq. Output Power Bandwidth Output Multiplying Factor (GHz) (GHz) (dbm, Typ) (GHz) Input Connector X to 3 ± 2 to Full W R-42 SMA(F) X to 2 ± 2 to Full W R-28 SMA(F) X to 2 ± 2 to Full W R-28 SMA(F) X to 23 ± 2 to ± 4 W R-22 SMA(F) X to 23 ± 2 to ± 4 W R-22 SMA(F) X to 6 ± 2 to ± 6 W R- K(F) X to 6 ± 2 to ± 6 W R- K(F) X to 2 ± 2 W R- 2.4mm(F) X to 2 ± 2 W R- SMA(F) Temperature Range to + C * Consult factory for other active multiplier and outline requirements. HOW TO ORDER Specify Model Number: FMA - EF BW MM PP - XX Factory Reserve Output High End Frequency in GHz Output Bandwidth in GHz Output Power in dbm Multiplying Factor Example: To order an active doubler with output end frequency 6 GHz, bandwidth GHz and power 6 dbm, specify FMA-626-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

29 SUNSTAR 微波光电 TEL: Bulletin No. FMP Passive Frequency Multipliers 24 High output power Full waveguide bandwidth Or narrow band with higher output power Low conversion loss Frequency up to GHz Frequency extenders Test set Local oscillators Subsystems FMP Series 4 FMP series of passive frequency multipliers utilize high performance GaAs Schottky beamlead diodes and balanced configuration to produce an extremely broad bandwidth performance. The multipliers cover the output frequency range of 8 to GHz with seven waveguide bands. The balanced design enhances either even or odd harmonics while suppressing unwanted odd or even harmonics. External bias is not required for ease system integration. The maximum input power for these standard units are rated at +23 dbm. While SMA or K female coaxial connector is equipped for input and waveguide for output interface, WR-28 waveguide input is available as an option for V band doubler and W band tripler design. also offers passive frequency multipliers with higher output power and narrower bandwidth by utilizing high performance varactor diodes. These multipliers offer several GHz bandwidth with db typical conversion loss. Contact factory for your detailed requirements. STANDARD PASSIVE MULTIPLER SPECIFICATIONS (Input Power: 2 dbm) Model Number Output Freq. (GHz) Multiplying Factor Input Freq. (GHz) Output Power (dbm, Min) Output Input Connector Outline Drawings FMP-KF2- FMP-SF X W R-42 SMA(F) WT-F- 7 FMP-SF228- X W R-28 SMA(F) WT-F FMP-SF328- X W R-28 SMA(F) WT-F- 7 FMP-SF X W R-22 SMA(F) WT-F- 7 FMP-SF X W R-9 SMA(F) WT-F- 7 X W R- K(F) WT-F- 7 FMP X WR- WR-28 WT-F- 6 FMP-KF3- X W R- K(F) WT-F- 7 FMP-KF X W R-2 K(F) WT-F- 7 FMP-KF3- X W R- K(F) WT-F FMP-283- X WR- WR-28 WT-F- 6 Temperature Range to + C 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

30 SUNSTAR 微波光电 TEL: Bulletin No. FDH Harmonic Mixers 24 Low conversion loss High Sensitivity Full waveguide band operation Compact and rugged package Spectrum analyzer Frequency counter Phase lock loop FDH Series FDH series harmonic mixers are offered in seven waveguide bands to cover frequency spectra from 8 to GHz. These mixers employ high performance GaAs Schottky beamlead diode to produce superior performance with a moderate LO pumping level. The mixers are designed for full RF waveguide band operation with wide IF bandwidth. The LO and IF frequency range for standard models are 2 to GHz and DC to 4 GHz, respectively. These harmonic mixers are designed for use with spectrum analyzers and frequency counters with built-in frequency diplexer. When used with external diplexer, these mixers can be used to phase lock the high frequency sources. The standard model equipped with SMA(F) connector for LO/IF port connection. SPECIFICATIONS B and K Ka Q U V E W RF Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- RF Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to LO Frequency Range IF * The conversion loss is a typical value with harmonic mixing number 8 or lower. HOW TO ORDER (GHz) Frequency Range (GHz) 2 to 4 GHz, 4 to 8 GHz and 8 to GHz DC to GHz, DC to 2. GHz and DC to 4. GHz LO Pumping Level (dbm) Conversion Loss (db, Typ)* Maximum Input Temperature Signal Level Range + 2 dbm to + C Specify Model Number: FDH - CO NN IF CL - XX Factory Reserve RF Port Connector Type Conversion Loss in db IF in GHz Harmonic Number Example: To order a harmonic mixer with WR-22 waveguide RF port and SMA(F) LO/IF port, specify FDH-22SF-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

31 SUNSTAR 微波光电 TEL: Bulletin No. FDB Balanced Mixers 24 Low conversion loss Low LO drive power Full waveguide band operation Compact and rugged package Test equipment Communication systems Radar receivers 4 FDB Series FDB series balanced mixers are offered in seven waveguide bands to cover frequency spectra from 8 to GHz. These mixers employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with a moderate LO pumping level. The mixers are designed for full RF waveguide band operation with extremely wide IF bandwidth. Better performance can be obtained by operating the mixers in narrower bandwidth. These mixers are ideal candidates for test equipment, communication systems and Radar receivers where frequency down conversion is required. FULL BAND MODEL SPECIFICATIONS Band K Ka Q U V E W Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Model Number FDB-42- FDB-28- FDB-22- FDB-9- FDB-- FDB-2-FDB-- RF & LO Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to IF Frequency Range (GHz) DC to 8 DC to 4 DC to 7 DC to 8 DC to 8 DC to 8 DC to 8 LO Pumping Level (dbm) to 3 to 3 to 3 to 3 to 3 to 3 to 3 Conversion Loss (db, Typical) Port Isolation (db, Typical) Outline WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 Temperature Range to + C NARROW BAND MODELS The lower cost model with narrow operating bandwidth. Customer may submit the specifications along with the model number per following instruction. Specify Model Number: FDB CO LO IF CL - XX Factory Reserve RF Port Connector Type LO Center Frequency in GHz Conversion Loss in db IF Bandwidth in GHz Example: To order a V band balanced mixer with 6 GHz LO frequency, 2 GHz IF bandwidth and 7 db conversion loss, specify FDB-627-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

32 Balanced Up-converters 24 SUNSTAR 微波光电 TEL: Bulletin No. FUB Low conversion loss Low LO drive power Full waveguide band operation Compact and rugged package Test equipment Communication systems Radar receivers FUB Series FUB series balanced up-converters are offered in seven waveguide bands to cover frequency spectra from 8 to GHz. These converters employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with a moderate LO pumping level. The converters are designed for full RF waveguide band operation with extremely wide IF bandwidth. Better performance can be obtained by operating the converters in narrower bandwidth. These converters offer moderate port to port isolation, which is high enough for most applications to eliminate additional filtering requirement. The standard converters are offered as double sideband operation and signal sideband version can be realized by adding an optional low pass or band pass filter. These converters are ideal candidates for test equipment, communication systems, frequency extenders and radar transmitters where frequency up conversion is desired. FULL BAND MODEL SPECIFICATIONS Band K Ka Q U V E W Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Model Number FUB-42- FUB-28- FUB-22- FUB-9- FUB-- FUB-2- FUB-- RF & LO Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to IF Frequency Range (GHz) DC to 8 DC to 4 DC to 7 DC to 8 DC to 8 DC to 8 DC to 8 LO Pumping Level (dbm) to 3 to 3 to 3 to 3 to 3 to 3 to 3 Conversion Loss (db, Typical) Port Isolation (db, Typical) Outline Drawing WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 WT-F- 3 Temperature Range to + C NARROW BAND MODELS The lower cost model with narrow operating bandwidth. Customer may submit the specifications along with the model number per following instruction. Specify Model Number: RF Port Connector Type LO Center Frequency in GHz FUB CO LO IF CL - XX Factory Reserve Conversion Loss in db IF Bandwidth in GHz Example: To order a W band balanced up-converter with 94 GHz LO frequency, 8 GHz IF bandwidth and 8 db conversion loss, specify FUB-9488-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

33 Subharmonically Pumped Mixers 24 SUNSTAR 微波光电 TEL: Bulletin No. FDS Low conversion loss LO frequency = ½ RF frequency Up to full waveguide band operation Compact and rugged package Test equipment Communication systems Receivers FDS Series FDS series balanced subharmonically pumped mixers are offered in seven waveguide bands to cover frequency spectra from 8 to GHz. These mixers employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with a moderate LO pumping level. The mixers are designed for up to full RF waveguide band operation with wide IF bandwidth. Better performance can be obtained by operating the mixers in narrower bandwidth. The advantage to use subharmonically pumped mixers is their low LO frequency (½ RF frequency) characteristic, therefore, LO/RF frequency separation and their products treatment can be easily realized. In addition, lower LO frequency requirement will reduce system integration cost dramatically, especially, at higher millimeterwave frequency range. These mixers are ideal candidates for test equipment, communication systems and receivers where frequency down conversion is required. 4 SPECIFICATIONS Band K Ka Q U V E W RF Size WR-4 2 WR-2 8 WR-2 2 WR- 9 WR- WR- 2 WR- LO Connector F Frequency Range (GHz) O Frequency Range (GHz) F Frequency Range (GHz) O Pumping Level (dbm) SMA 8 to 26. to 3.2 C to to SMA or K 6. to to 2 C to to WG or K 3 to 6. to 2 C to 2 to WG or K to 6 to 3 C to 2 to WG or K to 7 to 37. C to 2 to WG or K to 9 to 4 C to 2 to WG or V 7 to 37. to DC to 2 to R L I D 4 D 6 D 8 D D 2 D 8 L Conversion Loss (db, Typ) Maximum Input Signal Level Temperature Range HOW TO ORDER + 2 dbm + 8 dbm to + C Specify Model Number: FDS CO LO IF CL - XX Factory Reserve RF Port Connector Type LO Center Frequency in GHz Conversion Loss in db IF Bandwidth in GHz Example: To order a subharmonically pumped mixer with WR-22 waveguide, 2 GHz LO frequency, DC to 8 GHz IF bandwidth and 2 db conversion loss, specify FDS XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

34 SUNSTAR 微波光电 TEL: Bulletin No. FUS Subharmonically Pumped Up-converters 24 Low conversion loss LO frequency = ½ RF frequency Up to full waveguide band operation Compact and rugged package Test equipment Communication systems Receivers FUS Series FUS series balanced subharmonically pumped up-converters are offered in seven waveguide bands to cover frequency spectra from 8 to GHz. These up-converters employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with a moderate LO pumping level. The up-converters are designed for up to full RF waveguide band operation with wide IF bandwidth. Better performance can be obtained by operating the up-converters in a narrower bandwidth. The advantage to use subharmonically pumped up-converters is their low LO frequency (½ RF frequency) characteristic, therefore, LO/RF frequency separation and their products treatment can be easily realized. In addition, lower LO frequency requirement will reduce system integration cost dramatically, especially, at higher millimeterwave frequency range. These up-converters are ideal candidates for test equipment, communication systems and receivers where frequency up conversion is required. SPECIFICATIONS Band K Ka Q U V E W RF Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- LO Connector SMA SMA or K WG or K WG or K WG or K WG or K WG or V RF Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to LO Frequency Range (GHz) 9 to to 2 6. to 2 2 to 3 2 to to to IF Frequency Range (GHz) DC to 4 DC to 6 DC to 8 DC to DC to 2 DC to DC to 8 LO Pumping Level (dbm) to to 2 to 2 to 2 to 2 to 2 to Conversion Loss (db, Typ) Maximum Input Signal Level + 2 dbm + 8 dbm Temperature Range to + C HOW TO ORDER Specify Model Number: RF Port Connector Type LO Center Frequency in GHz FUS CO LO IF CL - XX Factory Reserve Conversion Loss in db IF Bandwidth in GHz Example: To order a subharmonically pumped up-converter with WR- waveguide, 47 GHz LO frequency, DC to 8 GHz IF bandwidth and 2 db conversion loss, specify FUS-4782-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

35 SUNSTAR 微波光电 TEL: Bulletin No. FSS Single Sideband Modulators 24 Low conversion loss High image rejection Separate I/Q IF inputs LO/RF in-line configuration Compact size Single sideband modulation Communication system Radar system FSS Series 4 FSS series single sideband modulators are offered in seven waveguide bands to cover frequency spectra from 8 to GHz with % minimum bandwidth. These modulators employ high performance GaAs Schottky beamlead diodes and balanced configuration to produce superior performance with moderate LO pumping level. The modulators are constructed with fully integrated two balanced mixers, two 3-dB power splitters and phase shifters. The modulators are internally phase matched and often be used as single sideband up-converters without adding external filter. The modulators are ideal candidates for test equipment, communication and Radar systems where the single sideband modulation is required. SPECIFICATIONS Band K Ka Q U V E W Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- R F Bandwidth (Min) % % % % % % % LO Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to IF Frequency Range (GHz) DC to. DC to. DC to. DC to. DC to. DC to. DC to. LO Pumping Level (dbm) Conversion Loss (db, Typical) Image Rejection (db, Min) Outline Drawing WT-F- WT-F- WT-F- 4 WT-F- 4 WT-F- 4 WT-F- 4 WT-F- 4 Port Isolation (db, Typical) R F Bandwidth (Min) % % % % % % % Maximum Input Signal Level + 23 dbm + 2 dbm Temperature Range to + C HOW TO ORDER Specify Model Number: FDB CO LO IF CL - XX Factory Reserve RF Port Connector Type LO Center Frequency in GHz Conversion Loss in db IF Bandwidth in / GHz Example: To order a V band, 6 GHz single sideband modulator with. GHz IF frequency and. db conversion loss, specify FSS-6-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

36 SUNSTAR 微波光电 TEL: Frequency Converter Outline Drawings # 24 WT-F- WT-F-2 SMA(F) CONNECTOR SMA(F) CONNECTOR M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX WAVEGUIDE W/ FLANGE WR-28 W/UG99/U FLANGE OR WR-42 W/UG9/U FLANGE WT-F-3 WT-F-4 IF CONNECTOR M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX RF WAVEGUIDE WAVEGUIDE W/FLANGE 2 PLS 4-4 x.22 DP 2 PLS LO WAVEGUIDE WT-F- WT-F-6 INPUT CONNECTOR OUTPUT WAVEGUIDE INPUT WAVEGUIDE M/N: XXXXX S/N: XXXXX D/C: XX/XX OUTPUT WAVEGUIDE M/N: XXXXX S/N: XXXXX D/C: XX/XX The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details.the outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

37 SUNSTAR 微波光电 TEL: Frequency Converter Outline Drawings #2 24 WT-F-7 OUTPUT WAVEGUIDE WT-F-8 IF CONNECTOR M/N: XXXXX S/N: XXXXX D/C: XX/XX IF LO M/N: XXXXX S/N: XXXXX D/C: XX/XX RF WAVEGUIDE W/FLANGE LO CONNECTOR 4 WT-F-9 WT-F- M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX WR- W/UG 387/U-MOD OR WR- W/UG 38/U FLANGE 4-4 x.22 DP 2 PLS 4-4 x.2 DP 4 PLS WT-F- WT-F x.2 DP 2 PLS WR-28 WAVEGUIDE W/UG99/U FLANGE M/N: XXXXX S/N: XXXXX D/C: XX/XX WAVEGUIDE W/FLANGE 2 PLS.2 DIA x THRU, C'BORE.9 DIA x.4 DP 6 PLS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL2

38 SUNSTAR 微波光电 TEL: Notes 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

39 SUNSTAR 微波光电 TEL: Oscillators Dielectric Resonator Oscillators (OFD) Low Cost Gunn Oscillators (OGL) Bias Tuned Gunn Oscillators (OGB) Mechanically Tuned Gunn Oscillators (OGM) Full Band Gunn Oscillators (OGF) Varactor Tuned Gunn Oscillators (OGV) Gunn Oscillator Bias Regulators (OGR) Gunn Oscillator Modulators (OMR) Injection Locked Gunn Oscillators (OGI) Phase Locked Oscillators (OPL) Oscillator Outline Drawings # OL Oscillator Outline Drawings # OL2 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

40 SUNSTAR 微波光电 TEL: Bulletin No. OFD Dielectric Resonator Oscillators 24 Internal voltage regulated Excellent frequency stability Low phase noise Low cost and reliable construction Communication systems Radar systems Frequency reference Local oscillators OFD Series OFD series dielectric resonator stabilized oscillators cover the frequency range of to 26. GHz. The oscillators utilize state of the art MIC and FET devices technology to provide highly stable, reliable and clean signal sources. Each oscillator has an internal voltage regulator to provide regulated bias and over-voltage protection. An internal isolator may be integrated in to improve the anti-load pulling ability. Standard products incorporate a screw tuner with a reliable self-locking feature to provide small mechanical frequency tuning. SMA or K female coaxial connector is equipped for standard RF interface. The electrical tunable dielectric resonator oscillators are offered as non-standard units. Consult factory for technical information regarding this choice. SPECIFICATIONS Frequency Output Power Frequency Stability Range 8. to 3. GHz 3. to 8. GHz 8. to 26. GHz 3 to 23 dbm 3 to 23 dbm 3 to 23 dbm + /-3 ppm/ C + /-3 ppm/ C +/-3 ppm/ C Phase Noise (Typ) -7 KHz offset -8 KHz offset -3 KHz offset -6dBc/Hz at KHz offset -7dBc/Hz at KHz offset -7dBc/Hz at KHz offset -6dBc/Hz at KHz offset -7dBc/Hz at KHz offset -2dBc/Hz at KHz offset Harmonic Spurious Bias (Max) (Max) (V/mA) -2 dbc -2 dbc -2 dbc -7 dbc -6 dbc -6 dbc + 2 Vdc / to ma + 2 Vdc / to 2 ma +2 Vdc / to 2 ma Outline Drawing Consult Factory Consult Factory Consult Factory Temperature to + C HOW TO ORDER Specify Model Number OFD - CO CF BW PP - XX Factory Reserve RF Connector Type Output Power in dbm Center Frequency in GHz Mechanical Tuning Range in MHz Example: To order an DRO with SMA female connector, frequency output 8 GHz, mechanical tuning bandwidth MHz and power output 6 dbm, specify OFD-SF86-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

41 SUNSTAR 微波光电 TEL: Bulletin No. OGL Low Cost K and Ka Band Gunn Diode Oscillators 24 Fix or mechanically tuned Excellent frequency and power stability Extremely high external Q Very low phase noise Self locking tuning mechanism Police speed radar guns Doppler sensors Transceivers OGL Series OGL series K and Ka band Gunn diode oscillators are especially designed for low cost commercial applications. Unlike most manufacturers products, these oscillators are made of high performance devices and machined aluminum cavities. Due to extremely high external Q and temperature compensation mechanism, these oscillators exhibit higher frequency and power stability, lower phase noise and higher anti-load-pulling abilities. The oscillators are ideal candidates for the applications such as Police Speed Radar Gun and Doppler Sensors, where low close-in phase noise and high frequency stability are required. SPECIFICATIONS Typical Specifications K Band (Model No.: OGL ) Ka Band (Model No.: OGL ) Center frequency: 24.2 GHz Power Output: + dbm (minimum) Mechanical tuning range: ± MHz (minimum) F/ T: -.2 MHz/ C (maximum, -4 to +8 C) P/ T: -.3 db/ C (maximum, -4 to +8 C) Phase noise: -98 KHz offset Bias:.V/2 ma (Typical) Flange: UG9/U (through holes, 4-4) Temperature Range: -4 to +8 C Center frequency: 3. GHz Power Output: + dbm (minimum) Mechanical tuning range: ± MHz (minimum) F/ T: -.4 MHz/ C (maximum, -4 to +8 C) P/ T: -.4 db/ C (maximum, -4 to +8 C) Phase noise: -9 KHz offset Bias:.V/3 ma (Typical) Flange: UG99/U (through holes, 4-4) Temperature Range: -4 to +8 C OUTLINE K Band ( Outline: WT-G-A ) Ka Band ( Outline: WT-G-A2) 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

42 SUNSTAR 微波光电 TEL: Bulletin No. OGB Bias Tuned Gunn Diode Oscillators 24 High output power Wide bias tuning range Up to 2 MHz tuning rate Excellent frequency stability Low AM and FM noise Test benches Local oscillators Multiplier drivers Subsystems OGB Series OGB series bias tuned Gunn oscillators combine proprietary circuit design capability and experience with either GaAs or InP Gunn diode to cover the frequency range of 8 to GHz in nine waveguide bands. The oscillators are especially designed for high output power, fast bias tuning ability and low AM/FM noise characteristics. The standard models are equipped with feedthru pin for bias port, while a SMA(F) connector can be specified at the time of order for better EM shielding. The oscillators can be supplied with optional integrated isolator, OMR Gunn oscillator modulator/regulator and temperature heater. Combined with the OMR Gunn oscillator modulator/regulator, the bias-tuning characteristic of the oscillator can be enhanced without additional circuitry. The benefit of utilizing bias tuned Gunn oscillator includes better linearity and higher power output compared with its counter part, Varactor Tuned Gunn oscillator (OGV). While waveguide is the standard interface, the oscillators are available with coaxial interface as an option. The operating temperature range of the standard unit is to + C. SPECIFICATIONS Frequency Range (GHz) O utput Power (dbm) Bias Tuning Bandwidth (MHz/V) Bias Voltage Range (Volts) Bias Current Range (A) size Frequency Stability (MHz/ºC) Power Stability (db/ºc) Outline Drawing WR WT-G WR WT-G WR WT-G WR WT-G WR WT-G WR WT-G WR WT-G WR WT-G WR WT-G- Temperature Range HOW TO ORDER to + C Specify Model Number OGB-CO CF BW PP - XX Factory Reserve RF Connector Type Center Frequency in GHz Output Power in dbm Bandwidth in / GHz Example: To order a center frequency 94 GHz bias tuned Gunn oscillator with WR- waveguide interface,. GHz tuning bandwidth 7 dbm output power, specify OGM-947-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

43 SUNSTAR 微波光电 TEL: Bulletin No. OGM Mechanically Tuned Gunn Diode Oscillators 24 High output power Wide mechanical tuning range Bias tuning ability Excellent frequency stability Low AM and FM noise Test benches Local oscillators Multiplier drivers Subsystems OGM series mechanically tuned Gunn oscillators combine proprietary circuit design capability and experience with either GaAs or InP Gunn diode to cover the frequency range of 8 to GHz in nine waveguide bands. The oscillators are especially designed for high output power, wide mechanical tuning range, bias tuning ability and low AM/FM noise characteristics. The standard oscillators are equipped with a self-locking screw for system integration, while a micrometer driver can be provided instead of a self-locking screw to enhance convenient frequency tuning and reliable frequency resetting. The models with micrometer driver are ideally suited for bench test sources. The oscillators can be supplied with optional integrated isolator, voltage regulator and temperature heater. While waveguide is standard interface, the oscillators are available with coaxial interface as an option. The operating temperature range of the standard unit is to + C. SPECIFICATIONS OGM Series Frequency Range (GHz) O utput Power (dbm) Bias Tuning Bandwidth (MHz/V) Bias Voltage Range (Volts) Bias Current Range (A) size Frequency Stability (MHz/ºC) Power Stability (db/ºc) Outline Drawing WR WT-G-,2, WR WT-G-,2, WR WT-G-,2, WR WT-G-,2,3, WR WT-G-,2,3, WR WT-G-,2,3, WR WT-G-,2,3, WR WT-G-, WR WT-G-,2, 3 Temperature Range HOW TO ORDER to + C Specify Model Number OGM-CO CF BW PP - XX Factory Reserve RF Connector Type Center Frequency in GHz Output Power in dbm Bandwidth in GHz Example: To order a center frequency 6 GHz mechanically tuned Gunn oscillator with WR- waveguide interface, 4 GHz tuning bandwidth 7 dbm output power, specify OGM-647-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

44 SUNSTAR 微波光电 TEL: Bulletin No. OGF Full Band Mechanically Tuned Gunn Oscillators 24 Up to full waveguide band coverage Single mechanical tuner Bias tuning ability High output power Excellent frequency and power stability Low AM and FM noise Test sources Local oscillators EW systems Radio astronomy systems Frequency extender drivers OGF series Gunn oscillators are near full waveguide band mechanically tuned Gunn oscillators. The oscillators combine proprietary circuit design capability and experience with either GaAs or InP Gunn diode to cover the frequency range of 8 to GHz in seven waveguide bands. The oscillators are especially designed for high output power, full waveguide band mechanical tuning range, bias tuning ability and low AM/FM noise characteristics. The standard oscillators are equipped with a micrometer driver, which enables convenient frequency tuning and reliable frequency resetting. Unlike many other competitors products, these oscillators are equipped with a single mechanical tuner, which eases frequency and power control. The oscillator can be converted to an electrical/mechanical-tuned oscillator by replacing micrometer with an electrical driven motor. The oscillators are ideally suited for test sources, local oscillators of EM and radio astronomy systems and frequency extender drivers. The oscillators can be supplied with optional integrated isolator, voltage regulator and temperature heater. While waveguide is standard interface, the oscillators are available with coaxial interface up to U band as an option. Combined with OMR Gunn modulator/regulator (Bulletin number OMR), OGF series Gunn oscillators can produce AM or FM modulated signals with internal or external modulation capability. The operating temperature range of the standard unit is to + C. SPECIFICATIONS OGF Series M odel Number F requency (GHz) O utput Power (dbm, Typ. ) Tuning (GHz, Typ. ) Bias Voltage (Volts, Typ.) Bias Current (Amp, Typ.) Size Outline Drawing OGF WR-42 OGF WR-28 WT-G- 4 OGF WR-22 WT-G- 2 OGF WR-9 WT-G- 2 OGF Full Band. WR- OGF Full Band. WR-2 OGF Full Band. WR- Temperature Range to + C Note:. Consult factory for outline drawings; 2. Specifications are subject to change without notice. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

45 SUNSTAR 微波光电 TEL: Bulletin No. OGV Varactor Tuned Gunn Diode Oscillators 24 High output power Wide varactor tuning range Mechanical tuning ability Excellent frequency stability Low AM and FM noise FMCW transceivers Phase locked oscillators AFC loops OGV series varactor tuned Gunn oscillators combine proprietary circuit design capability and experience with either GaAs or InP Gunn diode to cover the frequency range of 8 to GHz in seven waveguide bands. The oscillators are especially designed for high output power, wide varactor tuning range, mechanical tuning ability and low AM/FM noise characteristics. The DC power is applied via a low pass EMI filter, while a female SMA connector is utilized for the varactor tuning voltage. The tuning rate can be as high as MHz. The oscillators are ideally suited for FMCW transceivers, AFC loops and phase locked systems. The oscillators can be supplied with an optional integrated isolator, voltage regulator and temperature heater. While waveguide is standard interface, the oscillators are available with coaxial interface as an option. The operating temperature range is to + C. SPECIFICATIONS OGV Series Frequency Range (GHz) O utput Power (dbm) Varactor Tuning Range (GHz) Bias Voltage Range (Volts) Bias Current Range (A) size Frequency Stability (M H z/ºc) Power Stability (db/ºc) Outline Drawing W R W T-G W R W T-G W R W T-G W R W T-G W R W T-G W R W T-G W R W T-G- Temperature Range HOW TO ORDER to + C Specify Model Number OGV-CO CF BW PP - XX Factory Reserve RF Connector Type Center Frequency in GHz Output Power in dbm Bandwidth in / GHz Example: To order a center frequency 3 GHz varactor tuned Gunn oscillator with WR-28 waveguide interface,.2 GHz tuning bandwidth and 7 dbm output power, specify OGV XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

46 SUNSTAR 微波光电 TEL: Bulletin No. OGR & OMR Gunn Oscillator Bias Regulator and Modulator 24 Low noise Internal and external AM/FM modulation External modulation rate up to MHz Phase locking capability Over voltage protection Regulator for test bench Gunn oscillators Modulator for test bench Gunn oscillators Phase lock Gunn oscillator to frequency counters Subsystems and instruments OGR and OMR series Gunn oscillator bias regulator and regulator/modulator are developed as a low noise DC regulator/ modulator for Gunn diode oscillators. The OGR regulator and OMR regulator/modulator supplies well regulated, low noise DC voltage to Gunn oscillators. This feature enhances Gunn oscillator signal purity and also provides protection against destructive over-voltage to the Gunn diode. The OMR regulator/modulator features internal or external AM or FM modulation capabilities. The internal modulation rate is KHz and external modulation rate is from DC and up to MHz. This feature allows phase locking the Gunn oscillator to a microwave source-locking counter via bias voltage. SPECIFICATIONS I nput Voltage (V) +. (Typical ) O utput Voltage Range (V) +2. to +2. (Typical ) O utput Current (ma) to 2, (Typical ) N oise and Ripple (MV, rms) (Typical ) D imensions (L" x W" x H") 4.2 X 3.8 X.7 (Typical ) C onnectors DC Input: Post; DC Output: SMA(F) OGR & OMR Series Model Number: OGR- Model Number: O MR-+. (Typical) I nput Voltage (V) +. (Typical ) O utput Voltage Range (V) +2. to +2. (Typical ) O utput Current (ma) to 2, (Typical ) N oise and Ripple (MV, rms). (Typical ) I nternal Modulation Rate (KHz). (Typical ) E xternal Modulation Rate (KHz) to, (Max) P hase Locking Feature Yes. Use with EIP Source-Locking Counters, Model # 7 and 78. D imensions (L" x W" x H") 4.2 X 3.8 X.7 (Typical ) C onnectors DC Input: Post; DC Output: SMA(F); Modulation Input: BNC (F); Phase Locking Input: BNC (F) 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

47 SUNSTAR 微波光电 TEL: Bulletin No. OGR & OMR Gunn Oscillator Bias Regulator and Modulator 24 OMR Modulator Outline and Port Designation WT-G-A3 Phase Lock Application Block Diagram 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

48 SUNSTAR 微波光电 TEL: Bulletin No. OGI Injection Locked Gunn Diode Oscillators 24 High output power Moderate gain and bandwidth CW operation Frequency up to GHz Power amplification Local oscillators Multiplier drivers Subsystems OGI series CW injection-locked Gunn oscillators are alternatives to HEMT device and IMPATT diode based stable amplifiers, especially at high millimeterwave frequencies. The operating frequency and power output of these oscillators are up to GHz and 24 dbm. The spectrum purity of the output signal is injected signal dependent. There is an output free running signal in the absence of an input injection signal. The oscillators are provided with integral circulators and optional DC voltage regulator. An optional heater is provided to achieve better temperature stability. For higher gain, broader locking bandwidth and higher output, multi-stage and multi-diodes configurations are used. The operating temperature range is to + C. SPECIFICATIONS OGI Series Frequency Range (GHz) Input Power (dbm) Output Power (dbm, Min) Locking Bandwidth (GHz, Max) Bias Voltage Range (Volts) Bias Current Range (A) Size Outline Drawing to W R-2 8 * 33- to W R-2 2 * 4-6 to W R- 9 * -7 to W R- * 6-9 to W R- 2 * 7- to W R- * Temperature Range to + C * Consult factory for outlines. HOW TO ORDER Specify Model Number OGI-CO CF BW PP - XX Factory Reserve RF Connector Type Center Frequency in GHz Output Power in dbm Bandwidth in / GHz Example: To order a center frequency 6 GHz injection locked Gunn oscillator with WR- waveguide interface, 2 GHz locking bandwidth and 7 dbm output power, specify OGI-627-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

49 SUNSTAR 微波光电 TEL: Bulletin No. OPL Phase Locked Oscillators 24 High output power Low phase noise Internal or external reference Frequency up to GHz Instrumentation Local oscillators Subsystems OPL Series OPL series phase-locked oscillators are offered to cover frequency range up to GHz by utilizing high performance FET oscillators, Gunn oscillators or multiplier/amplifier chain to produce desired frequency and power output. The phase locked oscillators are offered with either internal or external referenced version. The phase noise of an externally referenced phase locked oscillator is depended on the quality of the reference signal. SPECIFICATIONS Frequency Output Power Range to 4 GHz 4 to 6 GHz 6 to GHz to 3 dbm to 2 dbm to 2 dbm Frequency Stability 2 +/- x -9 Phase Noise (Typ) Consult Factor y Harmonics (Max) Spurious (Max) External Reference 3 Lock Alarm Temperature Range - 2 dbc - 6 dbc MHz, - 3 to + 3 dbm Locked = TTL High; Unlocked = TTL Low to + C Note:. Consult factory for the frequency other than listed; 2. Frequency stability is with internal reference; 3. MHz external reference is for standard model. Consult factory for the frequency other than MHz. HOW TO ORDER Specify Model Number OPL-CO CF PP X Y Z Factory Reserve RF Port Connector Type Center Frequency in GHz E for External; I for Internal Reference Factory Reserve Output Power in dbm Example: To order an output frequency 94 GHz, 7 dbm output power phase locked oscillator with WR- waveguide interface and externally referenced specify OPL-947X-EZ. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

50 SUNSTAR 微波光电 TEL: Oscillator Outline Drawings # 24 WT-G- WT-G x. DP 2 PLS WAVEGUIDE W/FLANGE WAVEGUIDE W/FLANGE 2-6 x. DP 2 PLS FREQUENCY TUNER 4-4 x. DP 2 PLS 4-4 x. DP 2 PLS WT-G-3 WT-G x. DP 2 PLS WAVEGUIDE W/FLANGE WR-28 WAVEGUIDE W/UG99/U FLANGE 4-4 x. DP 2 PLS WT-G- WT-G-6 FREQUENCY TUNER BIAS PORT 2-6 x. DP 2 PLS WAVEGUIDE W/FLANGE.4 DIA X.38 DP WR-/WR-2/WR- W/UG387/U FLANGE POWER TUNER 4-4 x. DP 2 PLS 4-4 x. DP 2 PLS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

51 SUNSTAR 微波光电 TEL: Oscillator Outline Drawings #2 24 WT-G-7 WT-G-8 FREQUENCY TUNNER 2-6 x. DP 2 PLS WR-28 WAVEGUIDE W/UG99/U FLANGE WAVEGUIDE W/FLANGE 4-4 x. DP 2 PLS 4-4 x. DP 2 PLS WT-G-9 WT-G- WAVEGUIDE W/FLANGE 4-4 x. DP 2 PLS TUNER.89 DIA x THRU 4 PLS WT-G- WT-G-2 M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 x.28 DP C'BORE.2 x.6 DP 4 PLS 4-4 x.28 DP C'BORE.2 x.6 DP 4 PLS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL2

52 SUNSTAR 微波光电 TEL: Notes 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

53 SUNSTAR 微波光电 TEL: Ferrite Devices Drop-in Isolators (FID) Drop-in Circulators (FCD) Connectorized Isolators (FIC) Connectorized Circulators (FCC) Iso-adapters (Isolators) (FII) Iso-adapters (Circulators) (FCI) Narrow Band Junction Isolators (FIW) Narrow Band Junction Circulators (FCW) Full Band Junction Isolators (FIF) Full Band Junction Circulators (FCF) Faraday Isolators (FFF) Ferrite Devices Outline Drawings OL Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

54 SUNSTAR 微波光电 TEL: Bulletin No. FID & FCD Drop-in Ferrite Isolators and Circulators 24 Low cost, high quality Compact size, light weight High performance Wide operation temperature range Common Radar and wireless bands Ports isolation Module integration Transceiver subsystems FID & FCD Series FID and FCD series narrow band drop-in isolators and circulators cover common Radar and wireless communication frequency bands up to 2 GHz. The isolator is an ideal device where the port isolation is required, while the circulator is commonly used as a duplexer for transceiver subsystems where the transmitter and receiver ports share a single antenna port. They are often used in amplifiers, oscillators, integrated modules and transceiver subsystems. The low cost FID and FCD series isolators and circulators offer very compact sizes that can be easily inserted into the sub-assembly with minimum size increase. While the standard specifications are shown below, the custom ones with wider bandwidth and higher isolation are available. SPECIFICATIONS Frequency Range (GHz).8 to. 2.2 to to to.. to to 8. Bandwidth (MHz min) Isolation (db min) Insertion Loss (db max) VSWR (max) Power Handling (W, min) 6 Outline Drawings WT-D- and/or WT-D- 2 Temperature Range to + C HOW TO ORDER Specify Model Number FXD - CF BW IL IS - XX I = Isolator C = Circulator Center Frequency in GHz Factory Reserve Isolation in db Insertion Loss in /db Bandwidth in / GHz Example: To order a center frequency 4. GHz isolator with.3 GHz bandwidth,.3 db maximum insertion loss and 3 dbminimum isolation, specify FID-4333-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

55 SUNSTAR 微波光电 TEL: Bulletin No. FIC & FCC Connectorized Ferrite Isolators and Circulators 24 Low cost, high quality Compact size, light weight High performance Wide operation temperature range Common Radar and wireless bands Ports isolation Module integration Transceiver subsystems FIC and FCC series narrow band connectorized isolators and circulators cover common Radar and wireless communication frequency bands up to 2 GHz. The isolator is an ideal device where the port isolation is required, while the circulator is commonly used as a duplexer for transceiver subsystems where the transmitter and receiver ports share a single antenna port. The connectorized isolators and circulators equipped with either SMA(F) or SMA(M) connectors for ease connections. The low cost FIC and FCC series isolators and circulators offer very compact sizes that can be easily inserted into the subassembly with minimum size increase. While the standard specifications are shown below, the custom ones with wider bandwidth and higher isolation are available. SPECIFICATIONS FIC & FCC Series 6 Frequency Range (GHz).8 to. 2.2 to to to.. to to 8. Bandwidth (MHz min) Isolation (db min) Insertion Loss (db max) VSWR (max) Power Handling (W, min) 6 Outline Drawings WT-D-3 and/or WT-D- 4 Temperature Range to + C HOW TO ORDER Specify Model Number FXC - CF BW IL IS - XX I = Isolator C = Circulator Center Frequency in GHz Factory Reserve Isolation in db Insertion Loss in /db Bandwidth in / GHz Example: To order a center frequency 8 GHz circulator with. GHz bandwidth,.4 db maximum insertion loss and 2 db, minimum isolation, specify FCC-842-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

56 SUNSTAR 微波光电 TEL: Bulletin No. FII & FCI Iso-adapters 24 Low cost, high quality Compact size, light weight High performance Wide operation temperature range Common Radar and wireless bands Ports isolation Module integration Transceiver subsystems FII & FCI Series FII and FCI series narrow band iso-adapters provide isolation and circulation functions between waveguide and coaxial interface. These iso-adapters cover common Radar and wireless communication frequency bands up to 6 GHz. The isoadapters are ideal device where the port isolation and duplexing are required. The iso-adapters can be configured with standard waveguide interface with N-type, SMA, K, 2.4 mm and V coax interface. The low cost FII and FCI series isoadapters offer very compact sizes that can be easily inserted into the sub-assembly with minimum size increase. While the standard specifications are shown below, the custom ones with up to full waveguide bandwidth and higher isolation are available. SPECIFICATIONS Frequency Band X WR-7 Ku K Ka Q U V Frequency Range (GHz) 8.2 to 2. 4 to 2.4 to 8 8 to to 4 33 to 4 to 6 to 7 Bandwidth (GHz) Insertion Loss (db max) Isolation (db min) VSWR (max).2:.2:.2:.2:.2:.3:.3:.4: Size WR-9 WR-7 WR-62 WR-42 WR-28 WR-22 WR-9 WR- Coax Connector N, SMA SMA SMA K K 2. 4 V V Temperature Range to + C HOW TO ORDER Specify Model Number FXI - CF BW IL IS - XX I = Isolator C = Circulator Center Frequency in GHz Factory Reserve Isolation in db Insertion Loss in /db Bandwidth in / GHz Example: To order a center frequency 8 GHz circulator/iso-adpater with. GHz bandwidth,. db maximum insertion loss and 2 db minimum isolation, specify FCI- 82-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

57 SUNSTAR 微波光电 TEL: Bulletin No. FIW & FCW Narrow Band Ferrite Junction Isolators and Circulators 24 High quality and volume production Compact size, light weight High performance Wide operation temperature range Common communication and Radar frequency bands Cavity oscillators Amplifiers Transceiver subsystems FIW & FCW Series FIW and FCW series narrow band junction isolators and circulators cover common communication and Radar frequency bands from 8.2 to GHz in eleven waveguide bands. The isolator is an ideal device where the port isolation is required, while the circulator is commonly used as a duplexer for transceiver subsystems where the transmitter and receiver ports share a single antenna port. The FIW and FCW series isolators and circulators offer very compact size that can be easily inserted into the sub-assembly with minimum size increase. While the standard specifications are shown below, the custom ones with up to full waveguide bandwidth and higher isolation are available. 6 SPECIFICATIONS Band Frequency (GHz) Bandwidth (GHz, Min) Insertion Loss (db, Max) Isolation (db, Min) VSWR (Typ) Power (W, Min) Outline (Isolator) Outline (Circulator) X 8.2 to :. Consult Factory WR-7. to : 4. Consult Factory Ku 2.4 to : 3. Consult Factory K 8. to : 2. WT-D- WT-D- 6 WR to :. WT-D- WT-D- 6 Ka 26. to :. WT-D- WT-D- 6 Q 33. to :. WT-D- WT-D- 6 U 4. to :. WT-D- WT-D- 6 V. to :. WT-D- WT-D- 6 E 6. to :. WT-D- WT-D- 6 W 7. to :. WT-D- WT-D- 6 Temperature Range to + C HOW TO ORDER Specify Model Number FXW-WG CF BW IS -XX I or C for Isolator or Circulator WG Size Factory Reserve Isolation in db Bandwidth in / GHz Center Frequency in GHz Example: To order a center frequency 24. GHz isolator with 2 GHz bandwidth, 2 db minimum isolation and WR-42 waveguide interface, specify FIW XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

58 SUNSTAR 微波光电 TEL: Bulletin No. FIF & FCF Full Band Junction Circulators and Isolators 24 Full waveguide band operation Low insertion loss High Isolation Compact size Test setup Instrumentation Subsystems Transceivers FIF & FCF Series FIF series full band waveguide junction isolators and FCF series full band waveguide junction circulators are available from 8.2 to 4 GHz frequency range in five waveguide bands. The isolators and circulators feature low insertion loss and high isolation for full waveguide bands operation. With H-plane junction configuration, the full band junction isolators offer a lower insertion loss compared to the Faraday-rotation types, while circulators offer unique full band operation features. These devices are ideally suited for broad band communication systems, EW systems and test instrument applications. SPECIFICATIONS Frequency Band X WR-7 Ku K Ka Model Number (Isolator) FIF-9- FIF-7- FIF-62- FIF-42- FIF-28- Model Number (Circulator) FCF-9- FCF-7- FCF-62- FCF-42- FCF-28- Frequency Range (GHz) 8.2 to to. 2.4 to 8. 8 to to 4. Size WR-9 WR-7 WR-62 WR-42 WR-28 Insertion Loss (db max)..... Isolation (db min) VSWR (max).3:.3:.3:.4:.4: Flange Type UG-39/ U WR-7 UG49/ U UG9/ U UG99/ U Forwarding (W, min) Load Power (W, min)*... Outline Drawings Temperature Range Consult Factory to + C *Note: Isolator only 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

59 SUNSTAR 微波光电 TEL: Bulletin No. FFF Full Band Faraday Isolators 24 Full waveguide band operation Faraday rotation type 8 to GHz frequency range High Isolation Test setup Instrumentation Subsystems Transceivers FFF series full band Faraday waveguide are available from 8 to GHz frequency range in seven waveguide bands. The isolators feature moderate insertion loss and high isolation up to 3 db for full waveguide bands operation. These devices are ideally suited for broadband communication systems or test instrument applications. SPECIFICATIONS FFF Series 6 Frequency Band K Ka Q U V E W Model Number FFF-42- FFF-28- FFF-22- FFF-9- FFF-- FFF-2- FFF-- Freq. Range (GHz) Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Insertion Loss (db max) Isolation (db typ) VSWR (max).4:.4:.4:.4:.4:.:.: Flange Type UG9/ U UG99/ U UG383/ U UG383/U Mod UG38/ U UG387/ U UG387/U Mod Temperature Range to + C OUTLINE DRAWING Outline: WT-D-A M/N: XXXXX S/N: XXXXX D/C: XX/XX WAVEGUIDE W/FLANGE 2 PLS Note: The outline is subject to change without notice. Please confirm with factory if the outline is a critical issue to your design. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

60 SUNSTAR 微波光电 TEL: Ferrite Device Outline Drawings 24 WT-D- A Drop-in Isolator B WT-D-2 A Drop-in Circulator M/N: XXXXX S/N: XXXXX D/C: XX/XX 2 M/N: XXXXX S/N: XXXXX D/C: XX/XX 3 WT-D-3 Coaxial Isolator WT-D-4 Coaxial Circulator 6 *SMA(F) M2 x.2 DP, 3 PLS SMA(F)* M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX.9 DIA, 2 PLS M2 x.2 DP 4 PLS *SMA(M) is available per request *SMA(M) is available per request WT-D- Junction Isolator WT-D-6 Junction Circulator M/N: XXXXX S/N: XXXXX D/C: XX/XX M/N: XXXXX S/N: XXXXX D/C: XX/XX The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

61 SUNSTAR 微波光电 TEL: Passive Components Multi-Hole Directional Couplers (PCM) Crossguide Couplers (PCC) Magic Tees (PCT) Coaxial Power Dividers (PDD) Bandpass Filters (PFB) Lowpass Filters (PFL) Highpass Filters (PFH) Diplexers (PDC) Rectangular to Circular Transitions (PRC) Tapered Transitions (PTW) Flange Adapters (PWA)...7- Bulkhead Adapters (PWK)...7- to Coax Adapters (PTC) Straight Sections (PWS) E Bend Sections (PWE) H Bend Sections (PWH). 7-2 Twist Sections (PWT). 7-2 Termination Loads (PWM) Jack (WTJ)...7- Passive Component Outline Drawings #.7-OL Passive Component Outline Drawings # OL Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

62 SUNSTAR 微波光电 TEL: Bulletin No. PCM Multi-Hole Directional Couplers 24 or split block configuration Light weight High directivity Low insertion loss Low cost Test benches Subsystems Power sampling PCM series multi-hole directional couplers are offered for the frequency range of 8 to GHz in seven waveguide bands. The standard coupling levels are 3, 6,, 3 and 4 db with full waveguide operational bandwidth. The high directivity is achieved via low VSWR built-in termination. The couplers are typically used for power sampling or frequency monitoring with minimum signal loss on the main transmitting path. The multi-hole couplers are especially used in the test setups where power reflection measurement is required. The multi-hole couplers are offered in two physical configurations, waveguide and split block. SPECIFICATIONS PCM Series Band K Ka Q U V E W Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Coupling Level (db, Typical) 3, 6,, 2, 3 and 4 Coupling Flatness (db, Maximum) ±. 8 ±. 8 ±. 8 ±. 9 ±. 9 ±. 9 ±. Insertion Loss (db, Typical) Directivity (db, Typical) Main Line VSWR (Typical).:.:.:.2:.2:.2:.2: Secondary Line VSWR (Typical).:.:.2:.2:.2:.2:.2: Outline for Split Block Version 2 WT-E- 9 WT-E- 9 WT-E- 9 WT-E- 9 WT-E- 9 WT-E- 9 WT-E- 9 Outline for Version 2 WT-E- WT-E- WT-E- WT-E- WT-E- WT-E- WT-E- Note:. Insertion loss is defined as the power loss in addition to the coupling loss. Contact factory for other waveguide size or coupling level needs. 2. Split block version does not have an E plane bend version. Contact factory for outline drawing of waveguide version with E bend coupling port. HOW TO ORDER Specify Model Number PCM-WG CC DD X B-X Y for Split Block Version 2 for Version Factory Reserve WG Size E for E Plane Bend Coupling in db H for H Plane Bend Directivity in db Example: To order a WR- waveguide multi-hole directional coupler with 2 db coupling level, 3 db minimum directivity E plane bend for coupling port and waveguide version, specify PCM-23EB-X Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

63 SUNSTAR 微波光电 TEL: Bulletin No. PCC Crossguide Directional Couplers 24 or split block configurations Light weight High performance Low insertion loss Low cost Test benches Subsystems Power sampling PCC Series PCC series crossguide directional couplers are offered for the frequency range of 8 to GHz in seven waveguide bands. The standard coupling level is 2 db with moderate operation bandwidth and directivity. The couplers are typically used for power sampling or frequency monitoring with minimum signal loss on the main transmitting path. The crossguide couplers perform similar system functions while delivering much shorter insertion length and lower insertion loss compared to their counterpart, multi-hole directional couplers. Because of its unique features, these directional couplers are ideal candidates for system integration. The crossguide couplers are offered in two physical configurations, waveguide and split block. 7 SPECIFICATIONS Band K Ka Q U V E W Frequency Range (GHz) 8 to to to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Bandwidth (GHz,Typical) Coupling Level Fo, Typical) to 3 to 3 to 3 to 3 to 3 to 3 to 3 Coupling Flatness (db, Maximum) ±. ±. ±. 6 ±. 6 ±. 6 ±. 8 ±. 8 Insertion Loss (db, Maximum) Directivity (db, Typical) Main Line VSWR (Maximum).2:.2:.2:.2:.2:.2:.2: Secondary Line VSWR (Maximum).2:.2:.2:.2:.2:.2:.3: Outline for Split Block Version WT-E- 7 WT-E- 7 WT-E- 7 WT-E- 7 WT-E- 7 WT-E- 7 WT-E- 7 Outline for Version WT-E- 8 WT-E- 8 WT-E- 8 WT-E- 8 WT-E- 8 WT-E- 8 WT-E- 8 Note:. Insertion loss is defined as the power loss in addition to the coupling loss. Contact factory for other waveguide size or coupling level needs. HOW TO ORDER Specify Model Number PCC-WG CF CC DD-X Y WG Size Center Frequency in GHz for Split Block Version 2 for Version Factory Reserve Directivity in db Coupling in db Example: To order a center frequency 94 GHz crossguide coupler with 2 db coupling level, db minimum directivity and WR- waveguide interface and split block version, specify PCC-942-X. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

64 SUNSTAR 微波光电 TEL: Bulletin No. PCT Matched Hybrid Tees (Magic Tees) 24 High isolation Low insertion loss Excellent port balance Wide bandwidth Rugged mechanical construction Power splitting & combining Phase & frequency discriminating PCT series waveguide matched hybrid tees(magic Tees) are available in microwave and millimeterwave frequency bands up to GHz. These hybrid tees are matched power dividers or combiners for many system applications. These hybrid tees are four port couplers. A signal inputting to H-plane port is equally split into two amplitude balanced, in phase signals at colinear ports (H-arms) and isolated from the E-plane port, while a signal inputting to E-plane port is equally split into two amplitude balanced, 8 out of phase signals at colinear ports (H-arms) and isolated from the E-plane port. The in-phase and equal amplitude signals inputting into two colinear ports can result combined signal at H-plane port and cancelled signal at E-plane port. This feature is widely used in the monopulse antenna feed structure and phase testing setup. The typical operating bandwidth of the matched hybrid tees is up 8 % of waveguide bandwidth while it can cover full waveguide bandwidth with slight performance degradation at band edge. The matched hybrid tees are readily to be used to configure 4, 8 and 6 way power dividers. SPECIFICATIONS PCT Series Frequency Band K Ka Q U V E W Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Insertion Loss (db, Typ)* Ports Isolation (db, Min) Amplitude Un-Balance (db, Max) ±. ±. ±. 2 ±. 2 ±. 2 ±. 3 ±. 3 VSWR (Typ).:.:.:.:.:.:.: Outline Drawing WT-E- WT-E- WT-E- WT-E- WT-E- WT-E- WT-E- * Insertion loss is defined as the power loss in addition to the coupling loss. Contact factory for other waveguide size. HOW TO ORDER Specify Model Number PCT-WG CF BW-XX WG Size Center Frequency in GHz Factory Reserve Bandwidth in GHz 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

65 SUNSTAR 微波光电 TEL: Bulletin No. PPD Coax Power Dividers 24 2 to 4 GHz Even power splitting Low insertion loss Wide bandwidth High port isolation Laboratory Instrumentation Subsystems PPD Series PPD series coax standard power dividers are available in 2 way and 4 way power splitting configuration to cover the frequency range of 2 to 4 GHz frequency range. Unlike their resistive counterpart, these power dividers offer extremely low insertion loss and high port to port isolation while having moderate operating bandwidth. The power dividers are ideal choices where the precise power splitting is required. The power dividers can be used as power combiners. SPECIFICATIONS 7 Frequency Range (GHz) 2 to 8 8 to 2 2 to 3 2 to 3 3 to 4 3 to 4 2 Way Power Dividers Model Number PPD-SF62 PPD-KF2282 PPD-KF22 PPD-KF32 PPD-KF32 PPD-2F42 Insertion Loss (db Typical) Amplitude Balance (db Max) ±.2 ±. ±.8 ±.2 ±.22 ±.2 Port Isolation (db, Min) VSWR (Typical) 2: 2: 2: 2: 2: 2: Outline Drawing WT-E- WT-E- WT-E- WT-E- WT-E- WT-E- 4 Way Power Dividers Model Number PPD-SF64 PPD-KF2284 PPD-KF24 PPD-KF34 PPD-KF34 PPD-2F44 Insertion Loss (db Typical) Amplitude Balance (db Max) ±.22 ±.2 ±.28 ±.3 ±.32 ±.3 Port Isolation (db, Min) VSWR (Typical) 2: 2: 2: 2: 2: 2: Outline Drawing WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 TECHNICAL NOTATION These power dividers offer wider operating bandwidth than shown above with moderate performance degradation. For example, PDD-KF32 can cover 2 to 4 GHz frequency range with slightly higher VSWR (2.:) in 3 to 4 GHz frequency band. The standard products are equipped with K (2.92 mm) female coax connectors. Different type connectors, such as 2.4 mm or V connectors, both male and female type are available per request. To order the product with the specification other than listed, contact factory with your detailed requirement. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

66 SUNSTAR 微波光电 TEL: Bulletin No. PFB Bandpass Filters 24 High rejection Low insertion loss Frequency up to GHz Rugged mechanical construction Outdoor Units Subsystems Transceivers PFB Series PFB series waveguide bandpass filters are available in millimeterwave frequency bands up to GHz and major communication frequency bands. There are two types of configurations employed in these bandpass filters. The cavity/tunable version offers best performance and design flexibility, while E-plane version offers low cost and large volume production solution. The typical pass band bandwidth is 2 to % and in band ripple is. to. db. TYPICAL SPECIFICATIONS Frequency Band K Ka Q U V E W WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Insertion Loss (db).8 to. 2.8 to. 2.8 to.. to.. to. 8.2 to. 8.2 to 2. Rejection (db) 2 3 to 3 to 3 to 3 to 3 to 3 to 3 to Ripple in Passband. to.. to.. to.. to.. to.. to.. to. Outline for E Plane Version WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 WT-E- 2 Note:. The pass band insertion loss is bandwidth related; 2. The out of band rejection is offset frequency related. Consult factory for you specific bandpass filter requirement. HOW TO ORDER Specify Model Number PFB-WG CF BW RJ-XX WG Size Center Frequency in GHz Factory Reserve Rejection in db Bandwidth in / GHz Example: To order a WR-28 bandpass filter with 38 GHz center frequency, 2.2GHz bandwidth and 4 db rejection, specify PFB XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

67 SUNSTAR 微波光电 TEL: Bulletin No. PFL Low Pass Filters 24 High rejection Low insertion loss Frequency up to GHz Rugged mechanical construction Test systems Subsystems Transceivers PFL Series PFL series waveguide low pass filters are available in millimeterwave bands to cover the frequency range up to GHz. The high pass nature of waveguide dictates the low end cut off for standard model. Both low end and high end cut off frequencies can be specified as a custom order. In fact, the waveguide low pass filters are the bandpass filters with very broad pass band. They are ideally suited for broad band system applications, such as EW system, instrumentation and harmonic and spurious rejections,etc. 7 STANDARD PRODUCT SPECIFICATIONS Frequency Band K Ka Q U V E W Model Numbers PFL-42- PFL-28- PFL-22- PFL-9- PFL-- PFL-2- PFL-- WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Passband (GHz) 6 to to 4 28 to 33 to 6 42 to 7 to 9 62 to Insertion Loss (db) Rejection Band (GHz) < 4 & > 33 < 2 & > 47 < 2 & > 6 < 29 & > 66 < 38 & > 8 < 4 & > 98 < 6 & > 8 Rejection (db, Min) Outline Drawing WT-E- 4 WT-E- 4 WT-E- 4 WT-E- 4 WT-E- 4 WT-E- 4 WT-E- 4 CUSTOM ORDER Specify Model Number PFL-WG EF RJ-XX Factory Reserve WG Size High End Cut Off Frequency in GHz Rejection in db Example: To order a WR-28 bandpass filter with 38 GHz high end cut off frequency, 4 db rejection, specify PFL XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

68 SUNSTAR 微波光电 TEL: Bulletin No. PFH Highpass Filters 24 High rejection Low insertion loss Frequency up to GHz Rugged mechanical construction Lower side band rejection Up and down converters Transceivers PFH Series PFH series waveguide highpass filters are available in major communication frequency and Radar bands. The frequency coverage is up to GHz in seven waveguide bands. These filters are designed to offer sharp cut off and high attenuation in the stop band and low insertion loss in the pass band. The corner frequency is specified at the time of order. SPECIFICATIONS Frequency Band K Ka Q U V E W WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Cut off Frequency Range (GHz) 4 to 23 2 to to 4 3 to 4 4 to to 82 9 to Pass band Loss (db) Stop band Rejection (db) Outline Drawing WT-E- 3 WT-E- 3 WT-E- 3 WT-E- 3 WT-E- 3 WT-E- 3 WT-E- 3 Note:. The pass band insertion loss and stop band rejection is cut off frequency and filter physical length related. The longer the length, the higher the rejection in the stop bands. 2. Other waveguide band highpass filters are available upon request. HOW TO ORDER Specify Model Number PFH-WG EF RJ-XX Factory Reserve WG Size Low end cut off frequency Rejection in db Example: To order a WR-28 highpass filter with 3 GHz cut off frequency and 4 db minimum rejection, specify PHF-2834-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

69 SUNSTAR 微波光电 TEL: Bulletin No. PDC Diplexers 24 High Isolation Low insertion loss Rugged mechanical construction Outdoor Units Transceivers Subsystems PDC Series PDC series waveguide diplexers are available in major communication frequency bands. Existing products offer narrow frequency band to cover common North American point-to-point digital radio frequency bands and unlicensed communication bands from 8 to 6 GHz. These diplexers consist of two bandpass filters (BPF) and a circulator. The critical element, BPF, can be constructed with either E plane configuration by using proprietary simulation tool and fabricated by conventional low cost printed circuit techniques or more conventional cavity structure. The diplexers with E-plane configuration require no tuning, which allows low cost, high volume production, while cavity structure offer design flexibility, quick prototyping and higher performance. Typical insertion loss is from. to 2. db, depending on the channel bandwidth and isolation. The frequency stability is around -.4 MHz/ C with low cost aluminum housing. Some of products performance is illustrated as follows. Other frequency bands and performance are available upon request. SPECIFICATIONS 7 Item Model Number Size Center Freq. (GHz) Bandwidth (MHz) Insertion Loss (db) Channel Isolation (db) VSWR (Typ) PDC WR / PDC WR / PDC WR-42 8./ PDC WR / PDC WR / PDC WR / PDC WR / PDC WR- 8./ HOW TO ORDER Specify Model Number PDC-WG F F2 RJ-XX Factory Reserve WG Size Center Frequency in GHz Rejection Center Frequency 2 in GHz Example: To order a WR-22 diplexer with 4GHz for receiver channel and 42 GHz for transmitter channel and rejection 4 db, specify PDC XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

70 SUNSTAR 微波光电 TEL: Bulletin No. PRC & PTW Transitions 24 Rugged waveguide configuration Full band operation High performance Test benches Subsystems Prototypes Inter connections PRC & PTW Series PRC series rectangular to circular waveguide transitions are offered to cover frequency range of 8 to GHz. These transitions are manufactured with electro-forming technique to ensure high mechanical tolerance and surface smoothness. Typical VSWR for these transitions is.:. The transitions are used for connecting rectangular waveguide to circular waveguide with minimum loss. The outline drawing for these transitions is WT-E-6. PTW series rectangular waveguide taper transitions are offered to cover frequency range of 8 to GHz. These transitions are manufactured with EDM technique to ensure high mechanical tolerance and ruggedness. Typical VSWR for these transitions is.:. The transitions are used for smooth transition between different waveguide size with minimum loss. The outline drawing for these transitions is WT-E-6. HOW TO ORDER Rectangular to circular waveguide transitions Specify Model Number PRC - WG DDD -XX Factory Reserve Rectangular Size Diameter in Mils Example: To order a WR- to.4 diameter rectangular to circular waveguide transition, specify PRC-4-XX. Rectangular taper transitions Specify Model Number PTW - WG WG L - XX Factory Reserve Smaller Size Larger Size Example: To order a WR- to WR-28 waveguide taper transition, specify PTW-28L-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

71 SUNSTAR 微波光电 TEL: Bulletin No. PWA & PWK Flange and Bulkhead Adapters 24 Rugged waveguide configuration Full band operation High performance Test benches Subsystems Prototypes Inter connections PWA & PWK Series PWA series rectangular waveguide flange adapters are offered to cover frequency range of 8 to GHz in seven waveguide bands. These adapters are used for connecting the same size rectangular waveguide with different flange patterns. PWK series rectangular waveguide bulkhead flange amount adapters are offered to cover frequency range of 8 to GHz in seven waveguide bands. These transitions are manufactured with EDM technique to ensure high mechanical tolerance and ruggedness. The transitions are used for waveguide interface in panel amount equipment. 7 HOW TO ORDER Flange Adapters Specify Model Number PWA FG FG2 -XX Factory Reserve Flange Type Flange Type 2 Example: To order a UG383/U to UG99/U flange adapter, specify PWA XX. Bulkhead Adapters Frequency Band K Ka Q U V E W Model Number PWK-42- PWK-28- PWK-22- PWK-9- PWK-- PWK-2- PWK-- Freq. Range (GHz) Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Flange Type UG9/ U UG99/ U UG383/ U UG383/U Mod UG38/ U UG387/ U UG387/U Mod 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

72 SUNSTAR 微波光电 TEL: Bulletin No. PTC to Coax Adapters 24 Full waveguide band operation Low insertion loss Low VSWR Rugged mechanical configuration Test setups Instrumentation Subsystems Transceivers PTC series waveguide to coax adapters are available in nine waveguide bands covering the frequency range of 8.2 to 7 GHz. The adapters covering 8.2 to 6 GHz frequency range are designed for full waveguide band operation, while V band one is for to 7 GHz. These adapters are specially designed with exceptional high performance. SMA male or female connectors are standard coaxial line interfaces for WR-9, WR-7, WR-62 waveguide adapters mm (K) male or female connectors are for WR-42 and WR-28 waveguide adapters, while 2.4 mm male or female connectors are for WR-22 and V male or female connectors are for WR-9 and WR- waveguide adapters. The adapters are ideal choices where the waveguide to coaxial transitions are required. SPECIFICATIONS PTC Series M odel Number Frequency (GHz) Size Coax Connector Insertion Loss (db, Max) Return Loss (db, Min) Flange Type Outline Drawing PTC-9SF- 8.2 to 2. 4 W R-9 SMA (F).2 2. UG39/ U WT-E- PTC-9SM- 8.2 to 2. 4 W R-9 SMA (M).2 2. UG39/ U WT-E- PTC-7SF-. to. W R-7 SMA (F).2 2. Square WT-E- PTC-7SM-. to. W R-7 SMA (M).2 2. Square WT-E- PTC-62SF- 2.4 to 8. W R-62 SMA (F).2 2. UG49/ U WT-E- PTC-62SM- 2.4 to 8. W R-62 SMA (M).2 2. UG49/ U WT-E- PTC-42KF- 8. to 26. W R-42 K (F).3 2. UG9/ U WT-E- PTC-42KM- 8. to 26. W R-42 K (M).3 2. UG9/ U WT-E- PTC-34KF- 22. to 33. W R-34 K (F).3 2. UG3/ U WT-E- PTC-34KM- 22. to 33. W R-34 K (M).3 2. UG3/ U WT-E- PTC-28KF- 26. to 4. W R-28 K (F).3 2. UG99/ U WT-E- PTC-28KM- 26. to 4. W R-28 K (M).3 2. UG99/ U WT-E- PTC-222F- 33. to. W R mm (F).4 8. UG383/ U WT-E- PTC-222M- 33. to. W R mm (M).4 8. UG383/ U WT-E- PTC-9VF- 4. to 6. W R-9 V (F).4 7. UG383/U-M WT-E- PTC-9VM- 4. to 6. W R-9 V (M).4 7. UG383/U-M WT-E- PTC-VF-. to 7. W R- V (F). 6. UG38/ U WT-E- PTC-VM-. to 7. W R- V (M). 6. UG38/ U WT-E- Note: The adapters with different type of coax interface and flange are available per request. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

73 SUNSTAR 微波光电 TEL: Bulletin No. PWS, PWE, PWH, PWM, PWT Sections, Bends, Twists and Loads 24 Rugged waveguide configuration Full band operation Low cost Test benches Subsystems Prototypes PWS, PWE, PWH, PWM & PWT Series PWS, PWE, PWH, PWM and PWT series offered various waveguide components to cover frequency range of 8 to GHz in seven waveguide bands. Other frequency bands are available per request. Straight waveguide sections (PWS) offer the inter-connections between the waveguide ports and are available in to 8 standard length in incremental as well as customer-specified lengths. 7 bends (PWE) change the E plane direction in the waveguide assembly. While standard version offers 9 bend, the special bend angle up to 8 are available per request. bends (PWH) change the H plane direction in the waveguide assembly. While standard version offers 9 bend, the special bend angle up to 8 are available per request. termination loads (PWM) are useful when a matched port termination is required. The standard termination loads offer less than. VSWR and up to. watts power handling. Higher power handling versions are offered as custom-specified option. twists (PWT) allow changing the orientation of the waveguide port and are available with the twisting angle of 4 or 9. WAVEGUIDE SPECIFICATIONS Band K Ka Q U V E W Frequency Range (GHz) 8 to to 4 33 to 4 to 6 to 7 6 to 9 7 to Size WR-42 WR-28 WR-22 WR-9 WR- WR-2 WR- Flange Pattern UG9/ U UG99/ U UG383/ U UG383/ U UG38/ U UG387/ U UG387/ U Inner Dimension (A x B, Inches).42 x.7.28 x x.2.88 x x x.6. x. Note: Contact factory for other waveguide band needs. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

74 SUNSTAR 微波光电 TEL: Bulletin No. PWG Sections, Bends, Twists and Loads 24 HOW TO ORDER Straight waveguide sections Specify Model Number PWS - WG LL -XX Factory Reserve Size Length in Inches Example: To order a 2 long, WR- straight waveguide section, specify PWS-2-XX. E plane bends Specify Model Number PWE - WG DD - XX Factory Reserve Size Degrees Example: To order a WR-28, E-plane, 3 waveguide bend, specify PWE-283-XX. H plane bends Specify Model Number PWH - WG DD - XX Factory Reserve Size Degrees Example: To order a WR-28, E-plane, 3 waveguide bend, specify PWE-283-XX. twists Specify Model Number PWT - WG DD -XX Factory Reserve Size Degrees Example: To order a 4, long, WR-2 waveguide twist, specify PWT-24-XX. termination loads Specify Model Number PWM WG WW -XX Factory Reserve Size Power in Watts Example: To order a WR-42 waveguide, 2 Watts termination load, specify PWM-422-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

75 SUNSTAR 微波光电 TEL: Bulletin No. PWG Sections, Bends, Twists and Loads 24 Outline: WT-E-A Outline: WT-E-A2 WAVEGUIDE 9 E BEND WAVEGUIDE 9 H BEND Outline: WT-E-A3 Outline: WT-E-A4 7 Outline: WT-E-A WAVEGUIDE 9 TWIST Band Frequency Range (GHz) Size Flange Pattern E-Bends A(Inch) H-Bends B(Inch) Twist C(Inch) Loads D(Inch) Section L(Inch)* X WR-9 WR-7 - WR-7 Ku 2-8 WR-62 K WR-42 Ka WR-28 Q 33- WR-22 U 4-6 WR-9 V -7 WR- E 6-9 WR-2 W 7- WR- UG39/ U Square UG49/ U UG9/ U UG99/ U UG383/ U UG383/U-M UG38/ U UG387/ U UG387/U-M Outline Drawing WT-E-A WT-E-A 2 WT-E-A WT-E-A 3 WT-E-A 4 * The length shown is for standard model. Customer may specify the length at time of inquiry. The flange pattern shown is for illustration purpose. Refer to standard waveguide flange pattern in page 9- for details. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

76 SUNSTAR 微波光电 TEL: Bulletin No. WTJ Jack 24 Rugged configuration Smooth adjustment Top and bottom plate skid pads Four size selections Laboratory setup supporting system supporting WTJ Series WTJ series jacks are offered in four table size to provide total flexibility of waveguide or module supporting or positioning requirements in the laboratory environment. These jacks are engineered for smooth and continuous height adjustment through their height range. They are constructed with chromed steel and anti-skid pads to offer stable, slipping and scratch free support. SPECIFICATIONS Model Number WTJ-4-2 WTJ-7-2 WTJ-7-2 WTJ-4-2 Table Size ( L x W ) Elevation Height ( H ) x 4 mm 7 x mm x 7 mm 4 x mm mm mm mm 2-2 mm OUTLINE DRAWING Outline: WT-E-A6 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

77 SUNSTAR 微波光电 TEL: Passive Component Outline Drawings # 24 WT-E- WT-E-2 WAVEGUIDE W/FLANGE 4 PLS M/N: XXXXX S/N: XXXXX D/C: XX/XX WAVEGUIDE W/FLANGE 2 PLS 4-4 x.2 DP 4 PLS WT-E-3 WT-E-4 7 WAVEGUIDE W/FLANGE 2 PLS WAVEGUIDE W/FLANGE 2 PLS WT-E- WT-E-6 COAXIAL CONNECTOR WAVEGUIDE W/FLANGE WR- WAVEGUIDE W/UG38/U FLANGE WAVEGUIDE W/FLANGE NOTES: BOTH MALE AND FEMALE COAXIAL CONNECTORS ARE AVAILABLE FOR ALL BANDS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL

78 M/N: XXXXX S/N: XXXXX D/C: XX/XX SUNSTAR 微波光电 TEL: Passive Component Outline Drawings #2 24 WT-E-7 WT-E-8 WAVEGUIDE W/FLANGE 3 PLS WAVEGUIDE W/FLANCE 3 PLS WT-E-9 WT-E- WAVEGUIDE W/FLANCE 3 PLS WAVEGUIDE W/FLANGE, 3 PLS 7 WT-E- WT-E-2 M/N: XXXXX S/N: XXXXX D/C: XX/XX 4-4 x.2 DP 4 PLS.96 DIA x THRU, 4 PLS The flange pattern shown is for illustration purpose. Refer to Technical Reference Section, P.9- for flange pattern details. The outline drawings shown are standard versions. Contact factory for your specific package requirements. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: OL2

79 SUNSTAR 微波光电 TEL: Subsystems Motion Detectors (SMD) Doppler Sensor Heads (SRF) Ranging Sensor Heads (SRR) Sensor Heads Application Notes Radar Target Simulator (SSA) Frequency Extenders (SFE) Network Analyzer (SNA)...8- Sub-assemblies (SSS) Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

80 SUNSTAR 微波光电 TEL: Bulletin No. SMD Motion Detector Modules 24 High reliability High sensitivity CW and pulse operation Low harmonic emission Compact size Low cost and volume production Meet FCC, PTT, FTZ and DTI regulations Intrusion alarm Automatic door opener Speed measurement Contact less vibration measurement Traffic signal actuator Automatic illumination system SMD Series SMD series K band Motion Detector Modules are designed for short-range motion/speed detection where the cost is essential. The modules are constructed with a T/R diplexer, a single ended mixer and a frequency and power adjustable Gunn diode oscillator. The module uses the low cost die-cast housing to further reduce the manufacturing cost while maintain a ridged mechanical configuration. The integrated design offers compact size and ease system integration. The dual channel version is available per request. SPECIFICATIONS Typical Specifications P arameters C W (Model No.: SMD-2492CW-2) Pulse (Model No.: SMD-2492PS-2) RF frequency 24. GHz 24. GHz T ransmitter output power + 8. dbm (typical) +8. dbm (typical) R eceiver conversion loss 2 db (typical) 2 db (typical) I F bandwidth D C to MHz (minimum ) DC to MHz (minimum ) Operation Voltage Operating Detector Current Voltage 4. to. Vdc 6 to 8. Vdc, 2% Duty Cycle 9 to 6 ma N/ A.3 (Volts) into 2 K-ohm Load.3 (Volts) into 2 K-ohm Load F / T -. MHz/ C (maximum ) -. MHz/ C (maximum ) P / T -.4 db/ C (maximum ) -.4 db/ C (maximum ) Operation temperature Storage temperature -4 to +8 C -4 to +8 C - to + 9 C - to + 9 C 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

81 Doppler Sensor Heads SUNSTAR 微波光电 TEL: Bulletin No. SRF 24 High sensitivity Low /f noise Circular polarized waveform Low harmonic and spurious emission Temperature and vibration qualified Compact size Low cost and volume production Automotive Radar Doppler Radar Directional sensor Long range motion detector SRF Series SRF series Single and Dual Channel Doppler Sensor Heads are designed for long range motion/speed/directional detection where the sensitivity is essential. The sensors are constructed with a high performance horn antenna or horn-lens antenna, a linear to circular polarizer and T/R diplexer, a balanced mixer (I/Q mixer for dual channel version) and a high performance Gunn diode oscillator or dielectric resonator oscillator/multiplier chain. The low /f noise mixer diodes and high performance oscillator enhance Doppler detection at low IF frequency and circular polarization waveform improves reception ability for various Radar targets. The sensors are offered with single or dual channel version. The dual channel version provides target moving direction (approaching or receding) information of the target while detecting speed. 8 Standard products are offered at 24. GHz, 3 GHz and 76. GHz, while other frequency bands are available upon request. SPECIFICATIONS Typical Specifications (Single Channel) Parameters / Model # SRF SRF-326- SRF RF frequency 24. GHz 3. GHz 76. GHz T ransmitter output power + dbm (typical) + dbm (typical) + dbm (typical) R eceiver conversion loss 6 db (typical) 6 db (typical) 9 db (typical) I F bandwidth D C to MHz (minimum ) D C to MHz (minimum ) DC to MHz (minimum ) A ntenna 3 db beamwidth 2 degrees (typical) 2 degrees (typical) 2 degrees (typical) A ntenna side lob level - 2 db (maximum ) - 2 db (maximum ) -2 db (maximum ) Polarization right hand circular right hand circular right hand circular S purious and harmonics - 6 dbc (maximum ) - 6 dbc (maximum ) -6 dbc (maximum ) F / T -.2 MHz/ C (maximum ) -.4 MHz/ C (maximum ) -4. MHz/ C (typical) P / T -.3 db/ C (maximum ) -.4 db/ C (maximum ) -.4 db/ C (typical) D C bias +. V / 2 ma (typical) +. V / 3 ma (typical) +. V / 6 ma (typical) Operation temperature -4 to +8 C -4 to +8 C -4 to +8 C Outline drawing WT-C-A WT-C-A 2 Consult factory 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

82 SUNSTAR 微波光电 TEL: Bulletin No. SRF Doppler Sensor Heads 24 Typical Specifications (Dual Channel) Parameters / Model # SRF-2429-D SRF-32-D SRF-7722-D RF frequency 24. GHz 3. GHz 76. GHz T ransmitter output power + dbm (typical) + dbm (typical) + dbm (typical) R eceiver conversion loss 9 db (typical) db (typical) 2 db (typical) I F bandwidth D C to MHz (minimum ) D C to MHz (minimum ) DC to MHz (minimum ) I /Q Channel Phase 9 ± 9 ± 9 ± 2 A ntenna 3 db beamwidth 2 degrees (typical) 2 degrees (typical) 2 degrees (typical) A ntenna side lob level - 2 db (maximum ) - 2 db (maximum ) -2 db (typical) Polarization right hand circular right hand circular right hand circular S purious and harmonics - 6 dbc (maximum ) - 6 dbc (maximum ) -6 dbc (maximum ) F / T -.2 MHz/ C (maximum ) -.4 MHz/ C (maximum ) -4. MHz/ C (typical) P / T -.3 db/ C (maximum ) -.4 db/ C (maximum ) -.4 db/ C (typical) D C bias +. V / 2 ma (typical) +. V / 3 ma (typical) +. V / 6 ma (typical) Operation temperature -4 to +8 C -4 to +8 C -4 to +8 C Outline drawing WT-C-A WT-C-A 2 Consult factory OUTLINES WT-C-A WT-C-A2 4-4 x.2 DP 4 PLS (2 PLS ON THE OTHER SIDE) GND IF-I GND IF-I M/N: XXXXX S/N: XXXXX D/C: XX/XX GND IF-Q NO PINS ON THIS SIDE FOR SINGLE CHANNEL 4-4 x.2 DP 4 PLS (2 PLS ON THE OTHER SIDE) NO PINS IN THIS SIDE FOR SINGLE CHANNEL Oscillator Outline may alter K Band Doppler Sensor Heads Ka Band Doppler Sensor Heads 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

83 SUNSTAR 微波光电 TEL: Bulletin No. SRR Ranging Sensor Heads 24 High sensitivity Low /f noise Circular polarized waveform Low harmonic and spurious emission Temperature and vibration qualified Compact size Low cost and volume production Automotive Radar Ranging Radar SRR Series SRR series ranging sensor heads are designed for long range distance detection where the sensitivity is essential. The sensors are constructed with a high performance horn antenna or horn-lens antenna, a linear to circular polarizer and T/R diplexer, a balanced mixer and a high performance varactor tuned Gunn oscillator or dielectric resonator VCO/ multiplier chain. The low /f noise mixer diodes and high performance oscillator enhance the detection sensitivity at low IF frequency and circular polarization waveform improves reception ability for various Radar targets. The standard models are offered with single channel output and the dual channel version are available per request. Standard products are offered at 24. GHz, 3. GHz and 76. GHz, while other frequency bands are available upon request. 8 SPECIFICATIONS Parameters / Model # SRR SRR-326- SRR RF frequency 24. GHz 3. GHz 76. GHz V aractor Tuning Range MHz (Min) / to +2 V (Typ. ) MHz (Min) / to +2 V (Typ. ) 2 MHz (Min) / to +2 V (Typ. ) T ransmitter output power + dbm (typical) + dbm (typical) + dbm (typical) R eceiver conversion loss 6 db (typical) 6 db (typical) 9 db (typical) I F bandwidth D C to MHz (minimum ) D C to MHz (minimum ) DC to MHz (minimum ) A ntenna 3 db beamwidth 2 degrees (typical) 2 degrees (typical) 2 degrees (typical) A ntenna side lob level - 2 db (maximum ) - 2 db (maximum ) -2 db (maximum ) Polarization right hand circular right hand circular right hand circular S purious and harmonics - 6 dbc (maximum ) - 6 dbc (maximum ) -6 dbc (maximum ) F / T -.2 MHz/ C (maximum ) -.4 MHz/ C (maximum ) -4. MHz/ C (typical) P / T -.3 db/ C (maximum ) -.4 db/ C (maximum ) -.4 db/ C (typical) D C bias +. V / 2 ma (typical) +. V / 3 ma (typical) +. V / 6 ma (typical) Operation temperature -4 to +8 C -4 to +8 C -4 to +8 C Outline drawing WT-C-A 3 WT-C-A 4 Consult factory 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

84 SUNSTAR 微波光电 TEL: Bulletin No. SRR Ranging Sensor Heads 24 Typical Specifications (Dual Channel) Parameters / Model # SRR SRR-32- SRR RF frequency 24. GHz 3. GHz 76. GHz V aractor tuning range MHz (Min) to +2 V (Typ. ) MHz (Min) to +2 V (Typ. ) 2 MHz (Min) to +2 V (Typ. ) T ransmitter output power + dbm (typical) + dbm (typical) + dbm (typical) R eceiver conversion loss 9 db (typical) 9 db (typical) 2 db (typical) I F bandwidth D C to MHz (minimum ) D C to MHz (minimum ) DC to MHz (minimum ) A ntenna 3 db beamwidth 2 degrees (typical) 2 degrees (typical) 2 degrees (typical) A ntenna side lob level - 2 db (maximum ) - 2 db (maximum ) -2 db (maximum ) Polarization right hand circular right hand circular right hand circular S purious and harmonics - 6 dbc (maximum ) - 6 dbc (maximum ) -6 dbc (maximum ) F / T P / T -.2 MHz/ C (maximum ) -.3 db/ C (maximum ) -.4 MHz/ C (maximum ) -.4 db/ C (maximum ) -4. MHz/ C (typical) -.4 db/ C (typical) D C bias +. V / 2 ma (typical) +. V / 3 ma (typical) +. V / 6 ma (typical) Operation temperature -4 to +8 C -4 to +8 C -4 to +8 C Outline drawing WT-C-A 3 WT-C-A 4 Consult factory OUTLINES WT-C-A3 WT-C-A4 GND IF-I M/N: XXXXX S/N: XXXXX D/C: XX/XX GND IF-Q GND IF-I M/N: XXXXX S/N: XXXXX D/C: XX/XX GND IF-Q 4-4 x.2 DP 4 PLS (2 PLS ON THE OTHER SIDE) NO PINS ON THIS SIDE FOR SINGLE CHANNEL 4-4 x.2 DP 4 PLS (2 PLS ON THE OTHER SIDE) NO PINS ON THIS SIDE FOR SINGLE CHANNEL Oscillator Outline may alter K Band Ranging Sensor Heads Ka Band Ranging Sensor Heads 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

85 SUNSTAR 微波光电 TEL: Bulletin No. SRF & SRR Sensor Heads Application Notes 24 Technologies offers three types of microwave and millimeterwave sensor heads. They are Doppler Sensor Heads, Directional Doppler Sensor Heads (SRF Series) and Ranging Sensor Heads (SRR Series). The main objectives of the application notes are to explain the basic principles of Doppler Radar and Ranging (Distance) Radar and how Technologies sensor heads should be implemented to configure such Radar systems. Doppler Radar It is well known that Doppler Radar is widely used for speed measurement. The principle behind the Doppler Radar is the frequency shift of a microwave signal bounced back by a moving object. The resultant frequency shift is known as Doppler Frequency Shift, which is given by the following equation F d = 2V (Fo/C) Cos (θ) Where: Fo is the transmitter frequency (Hertz). C is the speed of light, which is 3 x 8 (meter/sec). V is the speed of the target (meter/sec). θ is the angle between the radar beam and the moving target (in degrees) as shown in Fig.. SRF series single channel Doppler sensor heads offered by are designed for long range Doppler Radar application where detection sensitivity is essential. The simplified block diagram of a Doppler Radar formed by using s single channel sensor head is shown in Fig. 2. A high quality DC power supply for Gunn oscillator bias, a low noise IF amplifier and DSP circuitry are the minimum requirements for a system designer to realize such a radar system. In addition, the moving target radar cross section, detection distance and target speed are the main factors in consideration when specifying the transmitting power, antenna gain and IF frequency bandwidth of the sensor head. The example of the IF frequency range of a 24. GHz and 76. GHz Doppler radar at various speeds is shown in the following table. Transmitting Freq. (GHz) 24. Speed (Km/Hr.) 8 2 IF (Hz) 224,79 4,47 Transmitting Freq. (GHz) 76. Speed (Km/Hr.) 8 2 IF (Hz) 79,67 4,76 8 θ Target DC Power Gunn Osc. Polarizer Diplexer Radar SRF Single IF Mixer Figure. Doppler Shift Display DSP IF Amplifie When moving target moves perpendicular to the radar beam, the Fd equals, which indicates no Doppler shift. On the other hand, the F d is equal to 2V(Fo/C) when the target moves parallel to the radar beam or if q is real small ( to degrees). Control Unit Figure 2. Simplied Doppler Radar 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

86 SUNSTAR 微波光电 TEL: Bulletin No. SRF & SRR 24 Doppler Directional Radar In certain applications, one not only has to know the target speed, but also the target moving directions, i.e., whether the target is approaching to the radar or receding from the Radar. The examples for such applications are the law enforcement radar systems used by police officer or door openers in the building entrance. Also, such radar systems are often used for distinguishing vibrating targets, fan rotations or curtain movements caused by the wind from a real intrusion in the security system. The implement of the directional information is realized by adding an additional mixer to the single channel sensor head with a 9 degrees phase difference. The mixer used in the directional sensor is sometimes known as phase detector or I/Q mixer. The phase relationship between two mixers is that the first mixer will lead the second, or the phase shift is positive if the target is approaching the radar, while the phase will lag if the target is receding from the radar. SRF series dual channel Doppler sensor heads offered by are designed for long range Directional Doppler Radar applications where detection sensitivity is essential. The simplified block diagram of a Directional Doppler Radar achieved by using s single channel sensor head is shown in the Fig. 3. In a similar manner, a high quality DC power supply for Gunn oscillator bias, a low noise IF amplifier and DSP circuitry are the minimum requirements for a system designer to realize such a radar system. Ranging (Distance) Radar In many applications, one has to know not only the speed of a moving target, but also the range or distance between the moving or stationary target and the radar. In this case, a Frequency Modulation Continuos Waveform (FMCW) technique may be used in the sensor head to realize the ranging radar. Implementing the FMCW technique in the sensor head is to replace the fixed tuned oscillator with a Varactor or voltage tuned one. DC Power Display Control Unit Gunn Osc. Mixer 2 DSP IF2 Polarizer Diplexer 9 Phase Detector SRF Dual IF Figure 4. Simplied FMCW Ranging Radar Mixer Amp Amp 2 Figure 3. Simplied Directional Doppler Radar SRR series dual channel Doppler sensor heads offered by are designed for long range FMCW Radar application. DC Power Voltage Modulator Display Control Unit Gunn Osc. SRR Single DSP Polarizer Diplexer IF IF Amplifie Mixer 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

87 SUNSTAR 微波光电 TEL: Bulletin No. SRF & SRR 24 The simplified block diagram of an FMCW Radar formed by using s single channel sensor head is shown in the Fig. 4. In a similar manner, a high quality DC power supply for Gunn oscillator bias, a voltage modulator, a low noise IF amplifier and DSP circuitry are the minimum requirements for a system designer to realize such a radar system. The range information can be extracted from the frequency difference between the transmitted and returned signal at distance R, the signal transit time ( T) and the frequency modulation rate (N). The idea is briefly illustrated in the Fig.. The detail is explained as follow. At time T, the signal is transmitted and fed to the mixer at frequency F. The F returned from the target at distance R is received at T2, while the transmitting and LO frequency is F2. With known ramping rate (N), one can find the transit time by using From the description above, an FMCW ranging radar can detect not only the stationary target, but also the moving target. Therefore, an FMCW radar is a Doppler Ranging Radar. Ranging (Distance) Radar with Directional Doppler Feature With a similar idea, Technologies SRR series Dual channel sensor head offers ranging capacity with directional features. The simplified block diagram is shown in Figure 6. DC Power Gunn Osc. Polarizer Diplexer SRF Dual T = (Ft-Fr)/N, where Ft and Fr are the IF frequency at mixer IF port in Hz and N is Hz/sec. F (GHz) Transmitter Frequency Returned Frequency at Range R Voltage Modulator 9 Mixer 2 Mixer IF2 IF Amp Amp 2 8 F2 F F T T T2 Time Figure. FMCW Radar Frequency vs. Time Therefore, the range (distance) is given by R = ( T x C)/2 Where C is the speed of light, which is 3 x 8 (meter/sec). The range accuracy is governed by the ramp linearity. Display Control Unit Figure 6. Simplied FMCW Ranging Radar with Directional Doppler Feature Conclusions DSP Phase Detector. Technologies SRF and SRR series sensor heads offer total solutions for Long Range Radar system requirements. 2. Technologies SRF and SRR series sensor heads can be tailored to various transmitting power levels and antenna gains. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

88 SUNSTAR 微波光电 TEL: Bulletin No. SSA Radar Target Simulators 24 Low routing loss High image rejection Separate I/Q input ports Low harmonic and spurious emission Circular or rectangular waveguide interface Radar target simulator Single side band modulation Forward and backward moving object simulator SSA Series SSA series Radar target simulators is a single side band (SSB) modulators, which can simulate the moving Radar target for Doppler Radar system testing. The simulator can eliminate expensive and time consuming field test for most Doppler/ speed Radar manufacturers. The modulators are available in major Doppler Radar frequency bands, such as K band (24. GHz), Ka band (3 GHz), V band (6 GHz), and W band (77 GHz and 94 GHz). The simulators are capable of simulating the approching and receding moving target by varying the relative phase of I and Q channel audio input signals, the speed of the target by adjusting the audio input frequency and the size and/or distance of the target by adjusting the attenuator value. The existing product specifications are illustrated as following. Other frequency bands are available up request. SPECIFICATIONS Typical Specifications (Single Channel) Parameters SSA-422-XX SSA-282-XX SSA-3-XX SSA-24-XX SSA--XX Frequency (GHz) Bandwidth (MHz) + /- + /- 7 + /- + /- +/- Routing Loss (db) 2 db 2 db 3 db 4 db db Image Rejection (dbc) Attenuation Level (db)* I/Q Driven Current (ma) RF Connector WR-42 or Circular WR-28 or Circular WR- or Circular WR- or Circular WR- or Circular I /Q Connectors S MA (F) S MA (F) S MA (F) S MA (F) SMA (F) Temperature Range to + C * Note: 6-dB round trip. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

89 SUNSTAR 微波光电 TEL: Bulletin No. SFE Frequency Extenders 24 High output power Full waveguide bandwidth Extends MW frequencies to MMW bands Output frequency up to GHz Automatic test set Bench top test set Local oscillators Swept frequency sources SFE Series SFE series of frequency extenders combine high performance millimeterwave amplifiers, passive or active multipliers and filters to extend the low frequency sweepers, such as HP 83B or Agilent 837B, to extreme clean and low cost millimeterwave sources. The frequency extenders cover the output frequency range of 26. to GHz in six waveguide bands. The typical input power for these standard units are rated at +. dbm while the output power up to 2 dbm is available. The SMA (F) coaxial connector is equipped for input and standard waveguide for output interface. The dimension of the standard products is measured as 4.2 (W) x 6. (L) x 2.68 (H). 8 STANDARD PRODUCT SPECIFICATIONS Model Number Output Freq. (GHz) Multiplying Factor Input Freq. (GHz) Output Power (dbm, Min) Input Power (dbm, Min) Output Bias (V/mA) SFE X WR / 2 SFE X WR / 6 SFE X WR / 2 SFE X WR-9 +8 / 2 SFE X WR- +8 / 6 SFE X WR-2 +8 / 6 SFE X WR- +8 / 6 Temperature Range to + C CUSTOM ORDER Specify Model Number: WG Size Multiplication Factor SFE-WG NN PO-XX Factory Reserve Output Power in dbm Example: To order a Quadriplier with WR- waveguide with dbm output power, specify SFE-4-XX. 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

90 SUNSTAR 微波光电 TEL: Bulletin No. SNA Scalar Network Analyzer Extenders 24 High output power Full waveguide bandwidth Extend MW SNA to MMW bands Output frequency up to GHz Bench top test set SNA series of scalar network extenders combine high performance millimeterwave amplifiers, passive or active multipliers, filters, Faraday isolators, direct reading attenuator, high directivity directional couplers and high sensitive detectors to extend the low frequency scalar network analyzers, such as HP 876A or HP 877A to low cost millimeterwave scalar network analyzers. The scalar network analyzers cover the output frequency range of 26. to GHz in six waveguide bands. The typical input power required for these standard units are +. dbm while the dynamic ranges of these extenders for insertion loss are 3 to db and return loss is 2 db to 4 db. The SMA (F) coaxial connector is equipped for input and standard waveguide for output interface. STANDARD PRODUCT SPECIFICATIONS SNA Series Model Number Output Freq. (GHz) Multiplying Factor Input Freq. (GHz) Dynamic Range (IL, db) Dynamic Range (RL, db) Output Bias (V/mA) SNA X WR / 2 SNA X WR / 6 SNA X WR / 2 SNA X WR-9 +8 / 2 SNA X WR- +8 / 6 SNA X WR-2 +8 / 6 SNA X WR- +8 / 6 Temperature Range to + C APPLICATION BLOCK DIAGRAM SNA SWEEPER SNA Series DUT 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

91 SUNSTAR 微波光电 TEL: Bulletin No. SSS Sub-assemblies 24 Custom designed Integrated module or bolt together solution High performance Quick delivery Cost effective Radar Sensors Modules Test set 3 GHz W PA Assembly 3 GHz Plasma Detection Sensor Assembly Among them, the K and Ka band directional Doppler Radar front ends are in production. More than one thousand sets have been delivered. In addition, has delivered Ka through W band engineering prototypes for plasma detection system, automotive Radar, speed Radar, automatic test set, Radio Telescope, Missile terminal guidance, telecommunication system, etc. applications. is approved to be a company who can not only supply high performance catalog products, but also realize a concept into the hardware with state-of-the-art performance prototypes and cost effective volume production. 8 understands customers needs. not only supplies the standard and custom made components and modules, but also understands the importance of providing engineering design and service to its customers. s self-contained, in-house components design and fabrication capacities ensured the breath of sub-assemblies offer from rapid prototyping and proof of concept to full production. has produced many high performance millimeterwave band sub-assemblies for specific commercial and military system applications. K and Ka Band Doppler Sensor Assemblies 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

92 SUNSTAR 微波光电 TEL: Notes 343 Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL:

93 SUNSTAR 微波光电 TEL: Technical Reference Rectangular Circular and Coax Connectors Units Conversion Tables Kashiwa Street, Torrance, CA 9 Tel. (3) Fax (3) TEL: