Overview
The 800–1000MHz 50W RF Power Amplifier is a wideband RF amplifier designed for wireless communication, RF transmission, and wireless video transmission systems. It provides approximately 50W of typical RF output power across the 800–1000MHz frequency range and operates from a 24–28V DC power supply.
An integrated RF isolator helps reduce the effects of reflected RF power from the antenna or RF load, providing additional protection for the amplifier and improving system stability under varying load conditions.
Key Features
- Wide frequency range: 800–1000MHz
- Typical RF output power: 50W / 47.0dBm
- Maximum tested output: approximately 62W under specified conditions
- Operating voltage: 24–28V DC
- Recommended operating voltage: 26V DC
- Integrated RF isolator
- SMA Female RF input and output
- Compact aluminum housing
- Natural heat dissipation
- Suitable for wireless RF transmission and communication systems
- Suitable for OEM and customized RF applications
Specifications
| Parameter | Specification |
|---|---|
| Product Type | RF Power Amplifier |
| Frequency Range | 800–1000MHz |
| Typical Output Power | 50W / 47.0dBm |
| Maximum Tested Output | Approximately 62W |
| Operating Voltage | 24–28V DC |
| Recommended Voltage | 26V DC |
| Typical Operating Current | Approximately 4.0A |
| RF Input | SMA Female |
| RF Output | SMA Female |
| RF Isolator | Integrated |
| Housing | Aluminum |
| Cooling | Natural Heat Dissipation |
| Dimensions | 50 × 50 × 100mm |
| Weight | Approximately 300g |
Output Power Reference
- 24V DC / 4.1A / 17dBm input → approximately 50W output
- 26V DC / 4.3A / 17dBm input → approximately 55W output
- 28V DC / 4.6A / 20dBm input → approximately 62W output
Recommended operating voltage: 26V DC.
The actual RF output power may vary depending on operating frequency, input power, supply voltage, RF load matching, cooling conditions, and other operating parameters.
Integrated RF Isolator
The integrated RF isolator helps reduce the impact of reflected RF power from the antenna or RF load. This provides additional protection for the power amplifier and can improve system stability.
It is particularly useful for wireless transmission systems where antenna impedance matching or RF load conditions may vary.
Applications
- Wireless video transmission
- Wireless communication equipment
- RF signal transmission systems
- Long-range wireless links
- Industrial wireless equipment
- RF test and development systems
- Wireless transmitter systems
- OEM RF equipment
- Customized RF transmission systems
OEM & Customization
Custom RF power amplifiers are available for different frequency ranges, output power levels, supply voltages, RF connectors, and mechanical configurations.
For OEM projects, please provide the required frequency range, output power, RF input power, supply voltage, connector type, and quantity. A customized RF solution can be evaluated based on your requirements.
Important Notes
- Actual output power depends on frequency, input power, supply voltage, RF load matching, cooling, and other operating conditions.
- 26V DC is the recommended operating voltage.
- Proper RF load matching and adequate thermal management are required for reliable operation.
- Please confirm the required operating conditions before ordering for continuous-duty or OEM applications.
FAQ
Q1: What frequency range does this RF amplifier support?
A: It supports a wide frequency range of 800–1000MHz.
Q2: What is the output power?
A: The typical output power is 50W (47.0dBm). Under specified test conditions, the output can reach approximately 62W.
Q3: What power supply does it require?
A: The amplifier operates from 24–28V DC, with 26V DC recommended for normal operation.
Q4: Does it include an RF isolator?
A: Yes. An integrated RF isolator is included to help reduce reflected RF power and provide additional protection for the amplifier.
Q5: What RF connectors are used?
A: Both RF input and RF output use SMA Female connectors.
Q6: Can this amplifier be customized?
A: Yes. Frequency range, output power, supply voltage, connector type, and mechanical configuration can be customized for OEM projects.
Q7: Can it be used for continuous operation?
A: Continuous operation depends on frequency, input power, supply voltage, RF load matching, and cooling conditions. Please contact us to confirm the appropriate operating conditions for your application.