Ku-Band. Reliable Designed and built to survive in extremely adverse environmental conditions. Operates in ambient temperatures up to 60 C.

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200W Outdoor TWT Amplifier for Satellite Communications The T02UO-2G 200 Watt TWT Power Amplifier higher efficiency in an environmentally sealed compact package designed for outdoor operation Less

1 200W Outdoor TWT Amplifier for Satellite Communications The T02UO-2G 200 Watt TWT Power Amplifier higher efficiency in an environmentally sealed compact package designed for outdoor operation Less Prime Power, More Efficient CPI's environmentally sealed 200 W Ku-band hubmount TWTA is the most efficient amplifier in its class. Consuming only 650 W prime power to achieve 175 W at the flange, the Mini-Ku is at least 24% more efficient than any similar product. Reliable Designed and built to survive in extremely adverse environmental conditions. Operates in ambient temperatures up to 60 C. Digital Ready, Simple to Operate User-friendly microprocessor-controlled logic. Integrated Ethernet computer interface and forward power detection over CIF are now standard. A variety of optional configurations, including integral linearizers and BUCs, is available. note: photo is not necessarily representative of your desired confi guration Highly Compact 10% smaller and 25% lighter than any other 200 W TWTA. Easy to Maintain Modular design and built-in fault diagnostic capability via remote monitor and control. Global Applications Meets International Safety Standard EN-60215, Electromagnetic Compatibility 2004/108/EC and Harmonic Standard EN to satisfy worldwide requirements. Worldwide Support Backed by over three decades of satellite communications experience and CPI s worldwide 24-hour customer support network that includes sixteen regional factory service centers. 200W Outdoor TWT Amplifier

2 Remote Control Panel Redundant Subsystems Integrated 1:1 switch control and drive Integral Linearizer Extended GHz Attenuated Solid State IPA Serial Interface Integral L-Band Block Upconverter (BUC --- option is available over to GHz OR to GHz frequency ranges only). This data sheet does not provide amplifier specifications for when the BUC is included. Consult CPI for details. SPECIFICATIONS, T02UO-2G Electrical Output Power TWT Flange Bandwidth Gain Gain Stability Small Signal Gain Slope Small Signal Gain Variation RF Level Adjust Range Input VSWR Output VSWR Load VSWR Residual AM Phase Noise Spurious AM/PM Conversion Harmonic Output Noise Power Density (at maximum gain) Group Delay in any 80 MHz band to GHz (output, wideband option to GHz) 200 W min. (53.01 dbm) 175 W min. (52.43 dbm) 750 MHz (1750 MHz with wideband option) 38 db min. at rated power output (68 db min. with SSIPA option); 40 db min. at small signal (70 db min. with SSIPA option) (71 db min. with SSIPA and linearizer) ±0.45 db/24hr max. (at constant drive and temp.) ±0.04 db/mhz max. 1.0 db pk-pk across any 80 MHz band; 3.5 db pk-pk across the 750 MHz band 4.5 db pk-pk across 1750 MHz (wideband option) 30 db typ. (not available with low gain version) 1.3:1 max. 2.2:1 max. (1.3:1 max. with optional external output isolator) 2.0:1 max. continuous operation; any value for operation without damage -50 dbc below 10 khz -20 [1.5 + log F(kHz)] dbc 10 khz to 500 khz 10 db below IESS-308 continuous mask -36 dbc AC fundamental -41 dbc sum of all spurs -60 dbc max. at 175 W fl ange output 2.0 /db max. for a single carrier up to 7 db OBO (up to 4 db OBO with linearizer option) -60 dbc max. at rated power <-130 dbw/4 khz, below 12.7 GHz <-70 dbw/4 khz, passband <-66 dbw/4 khz, passband with linearizer 0.02 ns/mhz linear ns/mhz 2 parabolic max ns pk-pk ripple max. Electrical (continued) Intermodulation Primary Power Power Consumption Power Factor -24 dbc max. with respect to the sum of both carriers at total output power 7 db OBO (4 db OBO with optional linearizer) VAC ±10% single phase, Hz 650 W typ min. Environmental (Operating) Ambient Temperature Relative Humidity Altitude Shock Vibration Acoustic Noise Mechanical Cooling Computer Interface RF Input Connection RF Output Connection RF Output Monitor Dimensions (W x H x D) Weight -40 C to +60 C operating, including solar loading; -40 C to +71 C non-operating 100% condensing 10,000 ft. with standard adiabatic derating of 2 C/1000 ft., operating; 50,000 ft., non-operating 20 g pk, 11 ms, 1/2 sine 3 grms 65 3 ft. from amplifi er Forced air with integral blower Ethernet (serial interface optional) Type N female (standard) WR-75 waveguide fl ange, grooved with UNC 2B 6-32 threaded holes Type N female, 44 db nom. 8.5 x 8.5 x 15.0 in. max. (216 x 216 x 381 mm) lbs (11.0 kg) with no options; lbs (11.5 kg) with BUC

400W Outdoor TWT Amplifier for Satellite Communications The T04UO Series 400 Watt TWT Amplifier high efficiency in an environmentally sealed compact package designed for outdoor operation Plays in

3 400W Outdoor TWT Amplifier for Satellite Communications The T04UO Series 400 Watt TWT Amplifier high efficiency in an environmentally sealed compact package designed for outdoor operation Plays in the Rain Provides 400 watts of power in a rugged and compact weatherproof package, digital ready, for wideband, single- and multi-carrier satellite service in the GHz frequency band. Ideal for transportable and fixed earth station applications. Cost Effective and Efficient Mounting at the antenna improves performance through minimized cable losses and saves cost in system design. Employs a high efficiency, dualdepressed collector helix traveling wave tube, reducing operating costs. Reliable Designed and built to survive in extremely adverse environmental conditions and features increased cooling margin for longer life. Simple to Operate User-friendly microprocessor-controlled logic with integrated RS422/485 computer interface. Digital metering, pin diode attenuation and optional integrated linearizer for improved intermodulation performance. Easy to Maintain Modular design and built-in fault diagnostic capability via remote monitor and control. Global Applications Meets International Safety Standard EN-60215, Electromagnetic Compatibility 2004/108/EC and Harmonic Standard EN to satisfy worldwide requirements. Worldwide Support Backed by over two decades of satellite communications experience, and CPI s worldwide 24-hour customer support network that includes sixteen regional factory service centers. 400W Outdoor TWT Amplifier

4 1 RU Remote Control Panel Extended ( GHz) Redundant and Power Combined Subsystems Additional External Receive Band Reject Filter (increases loss by a minimum 70 db up to 12.7 GHz) SSIPA with Variable Attenuator (provides RF Level Adjust Range of 0 to 30 db) Integral Linearizer (requires SSIPA with attenuator option) Integrated 1:1 switch control and drive L-Band Block Upconverter (BUC --- requires SSIPA option) Ethernet Interface Higher Operating Temperature Limit (+60 C) Circuit Breaker Package (Note: this option is NOT CE compliant) SPECIFICATIONS, T04UO Electrical Output Power TWT Flange Bandwidth Gain Gain Stability At constant drive and temp. Over temp. constant drive Small Signal Gain Slope Small Signal Gain Variation RF Level Adjust Range Attenuator Step Size Input VSWR Output VSWR Load VSWR Residual AM Phase Noise AC fundamental Sum of all spurs AM/PM Conversion Harmonic Output Noise and Spurious (at rated gain) to GHz 400 W min. (56.02 dbm) 350 W min. (55.44 dbm) 750 MHz (1750 MHz with ext. band option) 46 db min. at rated power output (70 db with SSIPA); 52 db min. at small signal (75 db with SSIPA) ±0.25 db/24hr max. (after 30 min. warmup) ±1.0 db over operating temp. range (any freq.); ±0.75 db over ±10 C ±0.02 db/mhz max. (±0.04 db/mhz max. with BUC option) 1.0 db pk-pk across any 80 MHz band; 2.5 db pk-pk across any 750 MHz band; 4.0 db pk-pk across 1750 MHz band (4.5 db pk-pk across any 500 MHz, with BUC option) 0 to 30 db typ. (SSIPA option required) 0.1 db (SSIPA option required) 1.3:1 max. (1.5:1 max. with BUC option) 1.3:1 max. 2.0 max. continuous operation; any value for operation without damage -50 dbc below 10 khz -20 [1.5 +log F(kHz)] dbc, 10 khz to 500 khz -85 dbc above 500 khz 12 db below IESS-308 continuous mask (3 db below with BUC option) -50 dbc (-33 dbc with BUC option) -47 dbc (-39 dbc with BUC option) 2.5 /db max. for a single carrier up to 7 db below rated power (2.5 /db max. at 3 db below rated with linearizer) -60 dbc at rated power <-150 dbw/4 khz from 10.9 to 12.7 GHz (to 11.7 GHz with ext. freq. option); <-100 dbw/4 khz, 11.7 to 12.2 GHz (ext. freq. option only) < -70 dbw/4 khz transmit band to 18.0 GHz <-65 dbw/4 khz transmit band to 18.0 GHz, (with optional linearizer) <-105 dbw/4 khz from 18.0 to 26.0 GHz <-125 dbw/4 khz from 26.0 to 40.0 GHz Electrical (continued) Intermodulation Group Delay (in any 80 MHz band) Primary Power Power Consumption Power Factor -24 dbc max. with two equal carriers at total output power 7 db (4 db with optional integral linearizer) below rated single-carrier output 0.01 ns/mhz linear max ns/mhz 2 parabolic max. 0.5 ns pk-pk ripple max VAC, single phase; Hz 1.35 kw, typ. 1.5 kw, max min. Environmental (Operating) Ambient Temperature Relative Humidity Altitude Shock and Vibration Acoustic Noise Mechanical Cooling (TWT) RF Input Connection RF Output Connection RF Output Monitor Dimensions (W x H x D) Weight -40 C to +55 C operating, including solar loading; -40 C to +75 C non-operating 100% condensing 10,000 ft. (3,048 m) with standard adiabatic derating of 2 C/1000 ft. (305 m), operating; 50,000 ft. (15,240 m), non-operating 20 g pk, 11 msec, 1/2 sine 65 3 ft. from amplifi er Forced air with integral blower Type N female WR-75 waveguide fl ange, grooved with UNC 2B 6-32 threaded holes Type N female x 10.5 x 20.5 in. (260 x 267 x 521 mm) 55 lbs (25.0 kg) max., with no options

750W Outdoor TWT Amplifier for Satellite Communications The VZC-6967V7 750 Watt TWT Medium Power Amplifier high efficiency in an environmentally sealed compact package designed for outdoor operation

5 750W Outdoor TWT Amplifier for Satellite Communications The VZC-6967V7 750 Watt TWT Medium Power Amplifier high efficiency in an environmentally sealed compact package designed for outdoor operation Plays in the Rain Provides 750 watts of power in a rugged and compact weatherproof package, digital ready, for wideband, single- and multi-carrier satellite service in the GHz frequency band. Ideal for transportable and fixed earth station applications. Cost Effective and Efficient Mounting at the antenna improves performance through minimized cable losses and saves cost in system design. Employs a high efficiency, dualdepressed collector helix traveling wave tube, reducing operating costs. Reliable Designed and built to survive in extremely adverse environmental conditions and features increased cooling margin for longer life. Simple to Operate User-friendly microprocessor-controlled logic with integrated RS422/485 computer interface. Digital metering, pin diode attenuation and optional integrated linearizer for improved intermodulation performance. Easy to Maintain Modular design and built-in fault diagnostic capability via remote monitor and control. Global Applications Meets International Safety Standard EN-60215, Electromagnetic Compatibility 2004/108/EC and Harmonic Standard EN to satisfy worldwide requirements. Worldwide Support Backed by over three decades of satellite communications experience, and CPI s worldwide 24-hour customer support network that includes sixteen regional factory service centers. 750W Outdoor TWT Amplifier

6 C-Band Integral Linearizer Remote Control Panel Redundant and Power Combined Subsystems Extended Frequencies (5.850 to GHz: Model Number VZC-6967VE; to GHz: Model Number VZC-6967VB; Model VZC-6967VA: to GHz) External Receive Band Reject Filter (increases loss by a minimum of 70 db up to 4.8 GHz) SPECIFICATIONS, VZC-6967V7 Electrical GHz Output Power TWT 750 W min. Flange 650 W min. Bandwidth 800 MHz Gain 70 db min. at rated power 75 db min. at small signal RF Level Adjust Range 20 db min. (via PIN diode attenuator) Gain Stability At constant drive & temp. ±0.25 db/24 hrs. max. (after 30 min. warmup) Over temp., constant drive, ±1.0 db over oper. temp. range (any frequency) ±0.75 db over ±10 C Small Signal Gain Slope ±0.02 db/mhz max. Small Signal Gain Variation Across any 40 MHz band 0.5 db pk-pk max. Across the 800 MHz band 2.5 db pk-pk max. Input VSWR 1.3:1 max. Output VSWR 1.3:1 max. Load VSWR Continuous operation 2.0:1 Full spec compliance 1.5:1 Operation without damage Any value Residual AM, max -50 dbc below 10 khz -20 (1.5 + log F khz) dbc, 10 khz to 500 khz -85 dbc above 500 khz Phase Noise IESS-308/ db below mask phase noise continuous AC fundamentals related -36 dbc Sum of spurs (370 Hz to 1 MHz) -47 dbc AM/PM Conversion 2.5 /db max. for a single-carrier at 8 db below rated power (at 3 db backoff with optional linearizer) Harmonic Output -60 dbc at rated power, second and third harmonics Noise and Spurious <-150 dbw/4 khz, 3.4 to 4.2 GHz < -65 dbw/4 khz, 4.2 to 12.0 GHz (<-60 dbw/4 khz w/ optional linearizer) <-110 dbw/4 khz, 12.0 to 40.0 GHz Intermodulation -24 dbc max. with two equal carriers at total output power 7 db (3 db with optional integral linearizer) below rated single-carrier output Electrical (continued) Group Delay 0.01 ns/mhz linear max. (in any 40 MHz band) ns/mhz sq. parabolic max. 0.5 ns pk-pk ripple max. Primary Power Voltage Single phase, VAC ±10% Hz Power Consumption Power Factor Inrush Current Environmental Ambient Temperature Relative Humidity Altitude Shock and Vibration Acoustic Noise Mechanical Cooling RF Output Connection RF Output Monitor Dimensions (W x H x D) Weight Heat Dissipation Into Hub Ducted 2.3 kva typ. (at saturated RF output power) 2.6 kva max. 95 min. 200% max. -40 to + 55 C operating, including solar loading (+60 C optional); -40 to + 75 C non-operating 100% condensing 10,000 ft. with standard adiabatic derating of 2 C/1000 ft., operating; 50,000 ft. non-operating Designed for normal transportation environment per Section MIL-STD-810E. Designed to withstand 20G at 11 ms (1/2 sine pulse) in non-operating condition. 68 dba (as measured at 3 ft.) Forced air w/ integral blower. CPR-137 waveguide fl ange, grooved, threaded UNF 2B Type N female 14.5 x 13.1 x 24 in. (368 x 333 x 610) 87 lbs (39.5 kg) max. 200 W 2000 W

750W Outdoor TWT Power Amplifier for Troposcatter Applications or Tropo/Satellite Uplink Applications The VZU-6996V7 750 watt TWT Medium Power Amplifier high efficiency in an environmentally sealed

7 750W Outdoor TWT Power Amplifier for Troposcatter Applications or Tropo/Satellite Uplink Applications The VZU-6996V7 750 watt TWT Medium Power Amplifier high efficiency in an environmentally sealed compact package designed for outdoor operation Plays in the Rain Provides 750 watts of power in a rugged and compact weatherproof package, digital ready, for troposcatter communications in the GHz frequency band. Wideband satellite uplink capability in the GHz frequency range can be added as an option. Cost Effective and Efficient Mounting at the antenna improves performance through minimized cable losses and saves cost in system design. Employs a high efficiency, dualdepressed collector helix traveling wave tube, reducing operating costs. Reliable Designed and built to survive in extremely adverse environmental conditions and features increased cooling margin for longer life. Operating temperature of up to 60 C, including solar loading. Easy to Maintain Modular design and built-in fault diagnostic capability via remote monitor and control. Global Applications Meets International Safety Standard EN-60215, Electromagnetic Compatibility 2004/108/EC and Harmonic Standard EN to satisfy worldwide requirements. Worldwide Support Backed by over three decades of satellite communications experience, and CPI s worldwide 24-hour customer support network that includes sixteen regional factory service centers. 750W Outdoor TWT Power Amplifi

8 1 RU Remote Control Panel Ethernet Interface Redundant and Hybrid Power Combined Systems Integrated 1:1 Switch Control and Drive Integral L-Band Block Up Converter (BUC) Satellite Uplink Capability in the GHz frequency range. SATELLITE UPLINK Integral Linearizer External Receive Band Reject Filter (Increases loss by a minimum of 60 db up to 12.7 GHz) Integral L-Band Block Up Converter (BUC) SPECIFICATIONS, VZU-6996V7 Electrical Output Power TWT Flange Bandwidth Gain RF Level Adjust Range Gain Stability At constant drive & temp. Over temp., constant drive Small Signal Gain Slope Small Signal Gain Variation Across any 80 MHz band 14.9 to GHz ( GHz satellite uplink frequency optional) 750 W min. (58.8 dbm) 650 W min. (58.1 dbm) 450 MHz (750 MHz in optional satellite uplink mode) 73 db min. at rated power 78 db min. at small signal 0 to 30 db typ. ±0.25 db/24hr max. (after 30 min. warmup) ±1.0 db over oper. temp. range (typical) ±0.02 db/mhz max. 1.0 db pk-pk max. (1.5 db pk-pk max. with BUC option) Across the 450 MHz band ( GHz) 4.5 db pk-pk max. Across the 750 MHz band (optional satellite uplink mode) ( GHz) 3.5 db pk-pk max. (4.5 db with optional linearizer) Input VSWR 1.5:1 max. Output VSWR 1.5:1 max. Load VSWR Continuous operation 2.0:1 Full spec compliance 1.2:1 Operation without damage Any value Residual AM, max. -50 dbc below 10 khz -20 [1.5 +log F(kHz)] dbc, 10 khz to 500 khz -85 dbc above 500 khz Phase Noise IESS Phase Noise Profi le 6 db below mask AC fundamentals -36 dbc (IESS-308 by 6dB) Sum of spurs (370 Hz to 1 MHz) -47 dbc AM/PM Conversion 2.5 /db max. for a single-carrier at 8 db below rated power (at 3 db with optional linearizer) Harmonic Output -60 dbc at rated power, second and third harmonics Noise and Spurious <-130 dbw/4 khz, below GHz < -65 dbw/4 khz, GHz Electrical (continued) Intermodulation ( GHz) -24 dbc or better with two equal carriers at total output power level 7 db below rated single carrier output (at 3 db below with optional linearizer) Group Delay 0.01 ns/mhz linear max; (in any 80 MHz band) ns/mhz sq. parabolic max; 0.5 ns pk-pk ripple max. (1.5 ns pk-pk ripple max. with BUC option) Primary Power Voltage Single phase, VAC ±10% Hz Power Consumption 2.3 kva typ. 2.5 kva max. Power Factor 0.95 min. Inrush Current 200% max. Environmental (Operating) Ambient Temperature Relative Humidity Altitude Shock and Vibration Acoustic Noise Heat Dissipation Mechanical Cooling (TWT) RF Input Connection RF Output Connection RF Output Monitor Dimensions (W x H x D) Weight -40 C to +60 C operating, including solar loading; -40 C to +70 C non-operating 100% condensing 10,000 ft. with standard adiabatic derating of 2 C/1000 ft., operating; 50,000 ft., non-operating 20 G peak, 11 msec, 1/2 sine; 2.1 G rms, 5 to 500 Hz. 68 dba (as measured at 3 ft.) 2000 W max. Forced air with integral blower Type N Female WR-62 waveguide fl ange, grooved, threaded UNC 2B 6-32 Type N female 14.5 x 13.1 x 24 in. (368 x 333 x 610 mm) 95 lbs (43.1 kg) typ.

MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER

ISO 9001 MODEL MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER FOR SATELLITE FOR SATELLITE UPLINK UPLINK APPLICATIONS C-BAND: 400W X-BAND: 400W Ku-BAND: