Broadband Amplifier
Narrowband Amplifier
Pulse Amplifier
RF Amplifier Subsystem
RF Circulator
Radar
EW
Test and Measurement
Communication
Rack-mounted ultra-broad Power Amplifier Subsystems MPS1214P57A
Product introduction
The MPS1214P57A is a rack-mountable unit operating between 1200 MHz and 1400 MHz and offering a wide dynamic RF signal range with 500 Watts typical power. This rack-mounted power amplifier has an input power of 0dBm and an output power of 500 Watts. After very rigorous testing, the harmonics of this RF power amplifier are -20dBc and the spurious signal value is -50dBc. The RF product can be well connected to the power system, the impedance can be as low as 50Ω.
The MPS1214P57A is a rack-mountable unit incorporating a universal voltage power supply and a built in forced air-cooling system. Our RF power products are usually designed with highly efficient energy consumption ratio and resistance to various kinds of interference, thus this RF subsystem wideband power amplifier provides excellent power density, high power amplifier efficiency, low distortion and wide dynamic range. Despite the high power density of the rack-mounted rf power amplifier, efficient cooling ensures suitable temperatures in the amplifier rack.
Due to robust engineering and employment of advanced broadband RF matching networks, combining techniques and qualified components, the rack-mounted RF power amplifier achieves consistent performance with field proven reliability and reduces the frequency and cost of system maintenance. Our rack-mounted power amplifier are reliable, cost-effective solutions.
The class AB power amplifier has over-temperature, over-voltage and over-current protection, so users don't have to worry about safety. Various protection measures can also reduce the wear and tear of the machine and the maintenance cost.
The RF subsystem wideband power amplifier is suitable for applications such as EMC testing, communications and TWT replacement.
Key Features
• Instantaneous ultra broadband
• Digital interface option
• Compact and robust design
• Pulse width/duty cycle protection
• Unconditional stability and ruggedness
FAQ
1.What are some other design highlights of the product?
Built-in monitoring circuitry helps the SSPA amplifier to function properly under any fault conditions such as overdrive, load mismatch and thermal overload. Digital interfaces such as Ethernet and RS232/RS422 are available for remote switching and power level control.
2.What is the difference between a Module and a Subsystem?
An RF Power Module is an individual RF Amplifier. A RF Subsystem is made up of many RF modules.
3.Our vision for the future:
As communication technology continues to evolve, so do RF power amplifiers. Our products are designed to be smaller, more power amplifier efficient and to cover a wider frequency range. The application of new materials and manufacturing processes will enable RF power amplifiers to further improve both power consumption and performance.
In the future, as technology continues to advance, our products will evolve towards higher performance and a wider range of applications, bringing more innovation and possibilities to the communications field.
May We Also Suggest
Picture
Model No.
Data Sheet
Start(MHz)
Stop(MHz)
Pout(Watts)
Gain(dB)
Voltage(V)
Mode
Size(mm)
Quote
Start:1.5
Stop:30
Pout:200
Gain:53
Size:200x150x30