HD31153 RF Amplifier
Module
HD31153
| FREQUENCY RANGE6,000–18,000 MHz | OUTPUT POWER7 W (catalog) |
| GAIN37 dB (catalog) | SUPPLY VOLTAGE32 V (catalog) |
| CONFIGURATIONModule | CATEGORYUltra High Frequency amplifier Module |
HD31153 electrical specifications
Source: HD31153 V1.2.pdf. Refer to the complete datasheet for all test conditions, optional ratings and protection limits.
| Parameter | Specification | Conditions / notes |
|---|---|---|
| Frequency range | 6,000–18,000 MHz | Catalog |
| Output power | 7 W | Catalog; rating definition requires confirmation |
| Gain | 37 dB | Catalog |
| Supply voltage | 32 V | Catalog |
HD31153 control and monitoring
Use the matching datasheet to confirm available control and monitoring interfaces for the ordered configuration.
Confirm connector orientation and optional functions against the complete model-specific documentation before wiring.
Operating and storage conditions
Operating temperature, storage conditions and environmental limits require confirmation from the matching manufacturer datasheet before installation.
Mechanical specifications and cooling
Confirm enclosure dimensions, RF connectors, mounting and cooling requirements in the matching datasheet.
Use the original outline drawing for mounting-hole positions, connector clearances and ordered options.
HD31153 documentation
Download HD31153 V1.2.pdf for the complete specifications, test conditions, drawings and available options.
About HD31153
HD31153 is listed for 6,000–18,000 MHz operation.
Output: 7 W (catalog). Gain: 37 dB (catalog). Preserve the rating definitions and conditions in the complete datasheet.
Supply: 32 V (catalog). Confirm cooling and installation requirements in the datasheet.
Review the matching datasheet and confirm the required interface and monitoring options when requesting a quote.
Review the mechanical table and original outline drawing before planning mounting and connector clearances.
Protection ratings are subject to the datasheet conditions and time limits. They do not imply unlimited operation under overload or mismatch.