Option # |
Option Name |
Option Description |
01F
|
FWD Detection |
Analog DC voltage that increases as the Forward RF Output power increases. |
01R
|
REV Detection |
Analog DC voltage that increase as the Reflected RF Output increases. |
02
|
RF Sampling (Sample Port) |
Sample port provided with SMA connector (-30 dBr typical). |
05
|
Fan |
Available on lab units and 19" rack mount configurations. |
06
|
Heatsink |
Integral heatsink is supplied for thermal management. |
07
|
N Connectors |
Available on certain models. |
08
|
Right Angle SMA Connectors |
Available on certain models. |
10
|
Hi Temperature Turn Off |
Raises thermal shut off temperature from default +75 degC to +85 - +90 degC |
13
|
On/Off |
TTL Control: Logic High (+2.5 - +5V) turns amplifier on. Logic Low (+0V - +1.2V) turns amplifier off. |
13R
|
Reversed On/Off |
TTL Control: Logic Low (+0V - +1.2V) turns amplifier on. Logic High (+2.5 - +5V) turns amplifier off. |
| 16 |
No On/Off |
TTL On/Off option disabled. PA powers up when main DC power connected. |
19
|
+10 VDC |
Many amplifiers that operate on +12 VDC can be modified to operate on +10 VDC. |
22
|
Level Control |
A voltage variable attenuator used to vary the gain. +0V = minimum attenuation, +5V = maximum attenuation (available on certain models). |
23
|
Control Switch |
High speed (on/off) switching of the amplifier. (1 us Rise / Fall time). |
24
|
Thru-Holes |
Holes that go completely through the amplifier housing so that the unit can be mounted to an external heatsink. Default option when heatsink not equipped. |
26
|
Thermal Detector |
Analog voltage that increases as the case temperature rises. |
