FEATURES
- Wide Frequency Range
- High Output Power
- High Gain
- High Reverse Isolation
- Built-in Protection
- Enable/Disable input (ground to disable)
INDICATOR OPTIONS
- DC Power
- Temperature Fault
OPTIONS
- (-H) Heatsink
- (-T) TTL Input Trigger
- (-D) D Sub
Built Around Real Requirements
We do not treat this as a catalog-only business. In most projects, our engineers work directly with the customer’s team to understand what the system actually needs. That usually goes beyond just frequency and power. Things like duty cycle, thermal constraints, size limitations, and long-term stability tend to matter just as much.
Based on that, we either suggest an existing RF amplifier module or modify a design so it fits better within the system. This approach helps avoid overdesigning or underdelivering, which is a common issue when selecting a standard radio frequency amplifier without enough context.
Designed for Critical RF Systems
Many of the environments these amplifiers go into are not controlled lab setups. They are deployed in the field, sometimes under harsh conditions, and expected to keep working without constant tuning or intervention. That is where solid-state RF power amplifiers make a difference. They are more predictable over time and easier to manage compared to older technologies.
Our goal is not just to meet a spec sheet, but to make sure the RF amplifier performs the same way after months or years of operation.
Start a Technical Discussion
If you are working on a system that requires a reliable RF amplifier, it usually helps to talk through the requirement early. We can look at your specifications and suggest a practical approach based on what has worked in similar setups.
You can reach out at sales@eliterf.com to request an RF quote or start a conversation. Our team will get back to you within 24 business hours to take it forward.
