SELECTION GUIDE. Visit our website THE COMPANY

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1 SELECTION GUIDE T h e w i d e s t c h o i c e o f q u a r t z c r y s t a l s, o s c i l l a t o r s a n d s e n s o r s Visit our website THE COMPANY In 1970, Statek Corporation was the first to use semiconductor technology such as photolithography, chemical etching and micromachining to manufacture quartz resonators in wafer m. Today, Statek remains at the efront of innovation in the design, development and manufacturing of highly reliable, ultraminiature quartzbased frequency control products. Innovative inhouse design, production and testing capabilities make possible not only rapid new product development and validation, but also continuous improvement of key product features such as low acceleration sensitivity, high shock, tight calibration tolerance, low aging, radiation resistance, and highly stable frequencies at increasingly higher operating temperatures. KEY ATTRIBUTES Ultra miniature products Highest shock survivability in the industry High stability and precision Proven reliability Excellent longterm aging Full military testing Widest selection of packaging options Prompt specialized technical support Full lot traceability Designed and manufactured in the USA EXAMPLES OF APPLICATIONS Medical Cardiac rhythm management Neurostimulators RF telemetry Infusion pumps Cochlear implants Orthopedic implants Retinal implants Glaucoma implants Patient monitoring equipment Military Smart munitions High shock embedded electronics Guidance and navigation Communications Sensors (IMU) Avionics Military medical devices Space Satellites Unmanned Aerial Vehicles (UAV) Industrial Oil and gas exploration Directional drilling Ruggedized wireless communications Force, temperature, pressure sensors Inventory control Transport safety Public transport electronics Inflight entertainment systems Aircraft engines ISO 9001 AS9100

2 SURFACE MOUNT CRYSTALS 10 khz to 2 CX1 Range Reference 10 khz to 600 khz khz to 2.1 MHz 6 MHz to 2 CX1VSM TF CX1HSM TF CX1VHT CX1SM EXT CX1HT EXT CX1SM AT CX1HGSM AT CX1HT AT SWCX1SM AT HG = HIGH SHOCK, HT = HIGH TEMPERATURE, SW = SWEPT QUARTZ CX3 18 khz to 600 khz 800 khz to 1.35 MHz CX3VSM TF CX3HSM TF CX3SM EXT 9.6 MHz to CX3SM AT CX3HGSM AT 30 khz to 250 khz 600 khz to 2.5 MHz 14 MHz to 2 14 MHz to () HG = HIGH SHOCK CX4 HG = HIGH SHOCK, HT = HIGH TEMPERATURE HIGHEST SHOCK SURVIVABILITY CX6 CX9 CX4VSM TF CX4VHT TF CX4 EXT CX4HT EXT CX4SM AT CX4HT AT CX4HGSM AT 18 khz to 600 khz 800 khz to 1.35 MHz 9.6 MHz to CX6VSM TF 32 khz to 250 khz 32 khz to 160 khz (Tuning Fork ) CX9VSM TF 14 MHz to CX9SM AT CX9 Telemetry 32 khz to 180 khz CX11SM TF 16 MHz to CX11SM AT CX6SM EXT CX6SM AT CX9VHT TF HT = HIGH TEMPERATURE CX11CX11LCX11LHG CX11L Telemetry L = LowProfile Package Version, 0.51mm typical height HG = HIGH SHOCK CX14 16 MHz to (AT Fundamental ) CX11LHG 12 MHz to CX14SM AT

3 SURFACE MOUNT OSCILLATORS 30 khz to 0 MHz CXOL 3.mm Features Package Configuration Reference Range CXOL 1.2V to 5.0V operation 32 khz to 100 khz 105 CXOMK CXOMKHG 0.9V to 5V operation 0 khz to 0 MHz CXOMKHT 0 khz to CXOMKHT Fast Startup 3.3V operation khz 101 CXOQ CXOQHG 1.8V to 3.3V operation 400 khz to 100 MHz CXOX CXOXHG 1.8V to 5V operation 1 MHz to 160 MHz khz CXOXHT Enable output 1 MHz to khz 101 HFXO High Precision 0.9V to 5V operation 2 khz to 100 MHz hybrid circuit Shock survivability of 75,000 g Tight frequency tolerance HGXO 1.8V to 5V operation Extreme high shock survivability up to 100,000 g. Highest accuracy and stability mm 1.50 mm ULTRALOW CURRENT CXOMK GM M mm 1.34mm CXOQ 2.00mm 2.50mm 0.89mm CXOX 3.mm 2.50mm 1.00mm Fast Start Up HFXO 6.50mm 103 (3.3V) 1.65mm HGXO HGXOHT Fast Start Up and 460 khz to 108 (3.3V and 5.0V) khz mm 2.50mm HIGHEST SHOCK SURVIVABILITY

4 SURFACE MOUNT OSCILLATORS 30 khz to 0 MHz (continued) LFXO Features Package Configuration Reference Range LFXO Fast Start Up 1.8V to 5V operation High shock resistance Tight frequencytemperature stability khz CMOS compatible Tristate output (optional) Lowest current Highest accuracy and stability 30 khz to 0 khz khz to 2.1 MHz mm 1.60mm LSMLSC LFXOTF Low Power LSM 10.mm 1.80mm LSM 1.65mm LSC 4.50mm CMOS compatible Tristate output (optional) Lowest current 30 khz to 0 khz VCXO 6pad 3.3V operation High frequency MHz to 130 MHz Package Features Configuration LHGAT 4Pin S 7.00mm 1.75mm LEADED OSCILLATORS 3 khz to LHGATLHTAT 7.00 mm 4.90mm LHTAT High Temperature 1.65mm 5.08mm LSC X X XX VCXO Reference Range 3.3V operation khz to (outward bent leads available) x 7 mm PIN mm Packaging options shipments of surface mount crystals, oscillators and sensors Tray Pack Tape and Reel Packaging options shipments of thruhole crystals, oscillators and sensors Tray Pack Tube Surface mount (SM) package termination guide Designation Termination Maximum Process Temperature SM1 SM2 SM3 SM4 SM5 Gold Plated (Pb Free) Solder Plated Solder Dipped Solder Plated (Pb Free) Solder Dipped (Pb Free) O R D E R I N G O P T I O N S F O R S TAT E K Q UA R T Z C RYS TA L O S C I L L ATO R S e.g. CXOMK 4 Supply Voltage 1 = 1.8 V 2 = 2.5 V 3 = 3.0 V 4 = 3.3 V 5 = 5.0 V S T* SM3 32.0M E = Enable S = special K = khz T = TriState or custom M = MHz N = Neither design Blank = Std. Terminations *The T option is not Blank = SM1 Gold Plated available in all frequencies. (Pb Free) See data sheet. SM3 = Solder Dipped NOTE: For specific ordering requirements, call us at SM5 = Solder Dipped Please refer to the model data sheet detail of all (Pb Free) available parameters and options Stability over Temp. Range Calibration 25ºC I Temp. Range C = 10ºC to +70ºC I = 40ºC to +85ºC M = 55ºC to +125ºC S = Specify Or 100 I Total Stability over Temp. Range

5 SURFACE MOUNT CRYSTALS 10 khz to 2 (continued) CX x 1.2 mm Range 24 MHz to Reference 100 CX16SM AT CX17 High Pullability VCTCXO Applications 12 MHz to 0 MHz 106 CX17SM AT CX x 0.95 mm 30 MHz to 107 CX18SM AT Actual Size THRUHOLE CRYSTALS 10 khz to 2 Range Reference CX1 03 SIDE LEAD 10 khz to 600 khz CX1V TF CX1H TF 530 khz to 2.1 MHz CX1 EXT CX2 SW = SWEPT QUARTZ 02 END LEAD 1.27mm 03 SIDE LEAD 5.08mm 04 SIDE LEAD 2.54mm 6 MHz to CX1 AT 102 CX1HT SWCX1 AT 16 khz to 600 khz CX2V TF 760 khz to 1.35 MHz CX2 EXT 9.6 MHz to CX2 AT 102 CX2HT CX2HT07 HT = HIGH TEMPERATURE SX1 30 khz to SX1HT HT = HIGH TEMPERATURE (up to +) O R D E R I N G O P T I O N S F O R S TAT E K Q UA RTZ C RYS TA L S e.g. CX11 S C SM1* 32.0M, I S=Special or custom design. Blank if std. Designate H Series, V Pierce: 10 khz to 600 khz Tuning Fork design only. Leave blank standard AT cut designs. C= Lid Blank=Glass Lid SM1 SM2 SM3 SM4 SM5 K=kHz M=MHz Calibration 25ºC Stability Over Temp. Range Or *Refer to Package Termination Guide 100 I Temp. Range: C =10ºC to +70ºC I = 40ºC to +85ºC M =55ºC to +125ºC S=Specify NOTE: For specific ordering requirements, call us at Please refer to the model data sheet detail of all available parameters and options. Total Stability over Temp. Range

6 TEMPERATURE SENSORS 160 khz to 350 khz TS1 See CX1 surface mount and leaded package configurations typical dimensions. TS2 See CX2 surface mount and leaded package configurations typical dimensions. Range 160 khz to 350 khz 160 khz to 350 khz Reference LEGACY OSCILLATORS Statek provides full support its legacy oscillators. Please contact us. 3 Pin 6 Pin TO39 TO5 24 Pad LCC Leadless Chip Carrier 4 Pin Half DIP 4 Pin Full DIP TCXOOCXO PLEASE CONTACT OUR SISTER COMPANY: GREENRAY INDUSTRIES, TEL: FAX: WEBSITE: Statek Corporation maintains synergetic relationships with sister companies Greenray Industries ( and Advanced Technical s Company ( both leaders in their respective industries. Our alliance helps us to best serve our customers with leadingedge innovation and worldclass manufacturing, all from a single source. Statek Corporation Orange, Calinia Greenray Industries Mechanicsburg, Pennsylvania Advanced Technical s Company Chattanooga, Tennessee ISO 9001 AS9100