KU PA 9501050-30 A, GaAs-FET Leistungsverstärker

KU PA 9501050 -30 A, GaAs-FET Power Amplifier

9500 ... 10500 MHz • 30 W

- High linearity
- Analog transmission systems
- COFDM (QAM, QPSK)

This power amplifier is designed for digital as well as analog radio systems. Furthermore, this power amplifier achieves a high bandwidth of 1 GHz.
Lead time on request
Frequency range9500..10500 MHz
Input power for P1dBtyp. 2 dBm
Maximum input power+7 dBm
Output power P1dBtyp. 44 dBm, min. 44.7 dBm
typ. 30 W, min. 25 W
Output power COFDM (1)typ. 37 dBm, min. 34.8 dBm
typ. 5 W, min. 3 W
Gain (small signal)typ. 48 dB
Gain flatness (small signal)typ. +/- 2 dB
Harmonic rejection typ. 40 dB @ 44 dBm
Over temperature protectionyes
IM3 (2)typ. 35 dBc @ 40 dBm PEP
Efficiency min. 15 % @ 44 dBm (CW)
ON voltage+5 ... 15 V DC
Supply voltage+12 ... 14 V DC
Current consumption @ P1dBtyp. 14 A
Forward detectionyes (diode detector)
VSWR of loadmax. 1.8 : 1
Operating case temp. range-20 ... +55 °C
Input connector / impedanceSMA-female / 50 ohms
Output connector / impedanceSMA-female / 50 ohms
Casemilled aluminium
Dimensions (mm)158 x 64 x 22
Weight380 g (typ.)
(1)Measured with QAM 64, single carrier, EVM: 2%
(2)Measured 2-tone, frequency spacing: 1 MHz
This power amplifier was specially developed and optimized for the frequency range from 9.5 GHz to 10.5 GHz. The result of this development is a power amplifier with a 1 dB compression point of over 25 watts and good intermodulation behavior.
  • GaAs FET-technology
  • Reverse polarity protection
  • Monitor output for forward power detection (DC voltage)
  • Milled aluminium case
  • COFDM – systems with modulation QPSK, QAM
  • Analog transmission systems
  • Measurement and laboratory equipment
Please notice the following:
  • The technical specifications refer to room temperature.
  • The recommended combination of heat sink and fan(s) is only specified for an ambient temperature of 25 °C.
  • Further information about dimensioning of heat sinks is available on our FAQ site.

Accessories

References