0.5 - 3.2 GHz 1.5 Watt
Power Amplifier AM053231SF-3H
DESCRIPTION
FEATURES
22300 Comsat Drive, Clarksburg, MD 20871 •tel: 301-353-8400 •fax: 301-353-8401 •email: info@amcomusa.com •www.amcomusa.com
The RF Power House
PERFORMANCE FROM 0.5- 3.2 GHz
(+15V / -5V, TA = 25oC)
•Broadband design from 0.5 to
3.2 GHz
•High Gain (16dB min.) and High
Saturated Power (31.5 dBm
min.) across entire operating
frequency band.
•RF Output Monitoring Port
(Nominal Coupling Factor: 25
dB)
•+15V/1A, -5V/65mA bias with
built-in reverse-bias protection
and zero-gate voltage/drain
shutoff circuit.
•Positive Voltage Regulation.
•Return Loss on Input port: >
13dB. Return Loss on Output
port: > 8 dB.
AMCOM's AM053231SF-3H is a broadband Power Amplifier designed for
high power microwave applications. It operates from 0.5 to 3.2 GHz and
delivers a minimum P1dB of +31dBm and a minimum small signal gain of 16
dB. The amplifier is in an aluminim housing with SMA connectors. The unit
has an RF output monitoring port and is equipped with a built-in reverse-bias
protection circuit and a zero-gate voltage/drain-shutoff switching circuit.
22300 Comsat Drive, Clarksburg, MD 20871 •tel: 301-353-8400 •fax: 301-353-8401 •email: info@amcomusa.com •www.amcomusa.com
AMCOM COMMUNICATIONS 0.5 - 3.2 GHz 1.5 Watt Power Amplifier
AM053231SF-3H
PACKAGE OUTLINE
The AM053231SF-3H Power Amplifier is housed in an
Aluminum housing with SMA female connectors on all
RF Ports. The amplifier is designed to operate within
specifications when biased with a +15 V positive supply
and -5 V negative supply. Furthermore, the amplifier
dissipates an average of 15 Watts and therefore needs
to be attached to a heatsink under operation to allow the
case temperature to remain well below +55 ºC.
GENERAL PRECAUTIONS
PERFORMANCE FROM 0.5- 3.2 GHz (+15V, - 5V, TA = 25oC) (CONTINUED)
Frequency (MHz)
Small Signal Gain, Input/Output Return Loss
vs. Frequency
Monitoring Port Coupling
Factor vs. Frequency
All dimensions are in inches.
Tolerance is +/- 0.005"
Output Power (P1dB), Saturated Power
vs. Frequency
