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Model: TTSK-TZ-KPG-KGAN-100W
Frequency Range: 300–1500 MHz
Output Power: 100W
· Wide frequency coverage
· High output power
· GaN technology: high efficiency, high temperature tolerance, high voltage resistance
· Built-in temperature control and VSWR protection
· High linearity and low distortion
· Package Type: Metal module
· Cooling Method: Bottom-mounted heat sink
· Connector Type: N or customizable RF connector
· Cooling Requirement: Forced air cooling or conductive heat sink
· Mounting Method: Screw-fixed installation
Performance Parameters
|
Item |
Specification |
Unit |
Remarks |
|
|
Frequency Range |
300–1500 |
MHz |
|
|
|
Working voltage |
32 |
V |
28-32 |
|
|
Maximum output power |
100 |
W |
100W@7.2A Typical Value |
|
|
Power amplifier efficiency |
43 |
% |
@100W |
|
|
Maximum gain |
45 |
dB |
Maximum power gain |
|
|
Gain flatness |
≤5 |
dB |
|
|
|
Standard input power |
5 |
dBm |
|
|
|
Maximum non -damaged power |
≤10 |
dBm |
|
|
|
Output Port VSWR |
≤2 |
|
No power, network score test |
|
|
High and low temperature test |
working environment temperature |
-10～+55℃ |
℃ |
|
|
Power stability |
±1.0 @-40℃～+55℃ |
dB |
|
|
|
Power supply requirements |
≥9A@+32V DC |
|
Continuous wave output 100W |
|
|
Power supply interface |
Feedthrough Capacitor |
|
|
|
|
Control communication interface |
485 communication protocol TTL communication |
|
Support temperature,current, voltage detection,radio frequency output power detection 2.54mm 2*4 seats TTL communication can communicate with the digital source, set the digital source frequency band and output power |
|
|
RF connector |
|
|
Input SMA Output N-Female ， |
|
|
Size |
170*77*24.5 |
mm |
|
|
|
Weight |
900 |
g |
|
|
|
Installation hole |
152.3*71.5 |
mm |
M3.0*4 |
|
Picture Show
FAQ:
How to use the module?
1. Input a signal source
2. Connect the antenna (make sure the antenna is properly connected)
3. Connect the positive and negative power supplies
4. Turn on the power
5. The module is now ready to use.
What could be causing the module to have insufficient power?
1. Low voltage. Increase the voltage, but do not exceed the maximum voltage value, to increase power.
2. Reduce attenuation, wiring loss, etc.
