|
Wolf Rx-AMP
100 MHz to 500 MHz Broadband Receiver Amplifier
 | 13 dB Gain |
| Broadband 100 to 500 MHz |
| Very Low Noise Figures |
| VHF and UHF |
| Low Current - 10 mA Maximum |
| Mounts on Wolf Receiver board |
| Silver Plated |
| SMA Input and Output Connectors |
| Power inputs are RF bypassed |
| Maximum Low Temperature -65C |
| Maximum High Temperature +165C |
| TU Wolf Rf Board Band Amplifier - Model: Wolf Rx-Amp Enviromental
Test Sheet Results |
| Low Temperature Test -30C High
Temperature Test: +60C |
Test Date: |
24-May-10 |
|
|
|
|
|
|
|
Tested By: |
Terry Urbanowski |
|
|
|
|
|
|
|
Parameters |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| |
|
|
|
Chamber Temperature |
|
|
|
|
UHF High - 467R730MHz |
|
+20C |
0 C |
-10C |
-20C |
-30C |
+40C |
+60C |
12dB Sinad |
|
-120dBm |
-120dBm |
-120dBm |
-120dBm |
-120dBm |
-120dBm |
-120dBm |
Gain |
dB |
12dB |
12dB |
12dB |
11.5dB |
12.5dB |
11.5dB |
11dB |
Current draw |
|
8.8mA |
8.8mA |
8.8mA |
8.8mA |
8.8mA |
9 |
9 |
12dB Sinad with 4dB Insertion
Loss |
|
-122dBm |
-122dBm |
-122dBm |
-122dBm |
-122dBm |
-121dBm |
-121dBm |
| |
|
|
|
|
|
|
|
|
| |
|
|
|
|
|
|
|
|
UHF Low - 410R0375MHz |
|
+20C |
0 C |
-10C |
-20C |
-30C |
+40C |
+60C |
12dB Sinad |
|
-119dBm |
-119dBm |
-119dBm |
-119dBm |
-119dBm |
-119dBm |
-119dBm |
Gain |
dB |
13dB |
13dB |
13.5dB |
14dB |
14dB |
14dB |
13dB |
Current Draw |
|
8.8mA |
8.8mA |
8.8mA |
8.8mA |
8.8mA |
9mA |
9mA |
12dB Sinad with 4dB Insertion
Loss |
|
-123dBm |
-123dBm |
-124dBm |
-124dBm |
-124dBm |
-123.5dBm |
-123.5dBm |
| |
|
|
|
|
|
|
|
|
| |
|
|
|
|
|
|
|
|
VHF - 170R310 MHz |
|
+20C |
0 C |
-10C |
-20C |
-30C |
+40C |
+60C |
12dB Sinad |
|
-121dBm |
-121dBm |
-121dBm |
-121dBm |
-121dBm |
-121dBm |
-121dBm |
Gain |
dB |
14dB |
15dB |
16dB |
16dB |
15.5dB |
15.5dB |
15.5dB |
Current Draw |
|
8.8mA |
8.8mA |
8.8mA |
8.8mA |
8.8mA |
9mA |
9mA |
12dB Sinad with 4dB Insertion
Loss |
|
-124dBm |
-124dBm |
-126dBm |
-126dBm |
-126dBm |
-126dBm |
-126dBm |
Tech Notes:
Increase of gain noted on UHF Low and UHF with decrease of temperature. Minimum
of 12 hrs
of sustained low and high temperature testing.
4dB insertion loss represented by the Rf helical
| 
