HA5003

C-Band Driver Amplifier PRELIMINARY HBH Microwave GmbH HA5003 General Description The HA5003 is a C-band driver amplifier at 5.35 GHz with a gain of 24 dB and an output power of +23 dBm. The amplifier is hermetically sealed. Electrical Performance Data @ 20°C and at 1 dB Compression P arameter Frequency Range Output Power Norm. Input Power Small Signal Gain Gain Flatness over 150 MHz Power Stab. (24hrs) (2) Power Stab. (temp.) Droop over 30 µs pulse (duty = 3%) (1) Ripple over 150 MHz (1) 2nd Harmonic Level 3 Harmonic Level Spurious AM Sideband (1) PM Sideband (1) 3 order IMP (1) Pulse Rise Time Pulse Fall Time Phase Response Impedance Input VSWR Output VSWR 50 1.2 : 1 1.2 : 1 rd rd Min 5.2 23 -30 Typ Max 5.5 Units GHz dBm 0 24 6 dBm dB 0.1 0.1 0.3 0.01 0.01 -30 -34 -60 -60 -60 -15 50 50 3° Quadratic 0.3° Ripple dB dB dB dB dB dBc dBc dBc dBc dBc dBc ns ns Ohm HBH Microwave GmbH, Helmholtzstr 9, 76297 Stutensee, Germany Phone +49-7244-6098490 Internet: http://www.hbhmw.com Email: info@hbhmw.com Fax +49-7244-6098489 Date: 02/10/2003 C-Band Driver Amplifier PRELIMINARY HBH Microwave GmbH Data @ 20°C and at 1 dB Compression (continued) P arameter Temperature Range Option I Temperature Range Option II Temp. Storage DC Voltage DC Current RF Connectors DC Connector Cooling S ize Weight Min -15 -40 -40 tbd tbd SMA female (input and output) tbd (shielded) Device to be mounted on cold plate tbd tbd mm g Typ Max +55 +71 +85 Units °C °C °C V A (1) Measurement method to be specified (2) tbd seconds after power on. Operating parameters are tested at -15°C, +20°C and +55°C for 4 hours at each temperature. Continuous operation is guaranteed for Option II with reduced performance. Temperature storage test is performed at -40°C and +85°C for 6 hours at each temperature. Active vibration test (pulse operation at 1 dB compression) according to Exhibit-III is performed. Humidity test (+40°C, 95% RH), higher altitude test (200 torr) and EMI/EMC test (MIL-STD-461D/E) are not performed, but device is designed to meet specifications within amplifier unit. Rev. 1.0 HBH Microwave GmbH, Helmholtzstr 9, 76297 Stutensee, Germany Phone +49-7244-6098490 Internet: http://www.hbhmw.com Email: info@hbhmw.com Fax +49-7244-6098489 Date: 02/10/2003