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Faster, Easier and More Accurate RF Prototyping Solutions On 2000W Amplifier

2024-12-30

From Mars RF R&D Department

 

For 2000W Amp designs, the typical prototyping experience goes something like this: Buy evaluation boards for each component in the signal chain, string the boards together with RF cables, and roughly estimate how a properly laid out signal chain would perform if built on a single production PCB.

This approach can incur considerable insertion loss due to the long evaluation board PCB traces and the large amount of wiring and connectors involved. The resulting prototype test run can also be frustrating and time-consuming, as each evaluation board has specific voltage requirements. It’s also common for RF devices to require multiple voltages with specific power rail power-up sequencing, and if the sequencing requirements are violated, the device can be damaged. The power and RF lines alone can cause a lot of trouble, and things get even more complicated when the board requires digital control.

If the entire system doesn’t work as expected when it’s first turned on, debugging can quickly become an exercise in patience and perseverance. Prototyping is a well-known headache in the RF engineering community, but our company’s 2000-watt power amplifier product is a faster, easier, and more accurate prototype solution. Modifiable signal chains can be easily built in less than an hour without any special tools.

Our 2000W amplifier is an advanced device designed to meet the needs of high-performance RF signal amplification. With its excellent power output capability, outstanding linearity, and high reliability, the amplifier has shown great application potential in many fields such as broadcast communications, radar systems, industrial heating, medical equipment, and scientific research.

You can learn more detailed information about Mars RF’s 2000W amp from the following Links:

2700~3100MHz 2000W amplifier 

 

If you’re interested in our 2000W amplifier, please contact us by the following info:

Add.: 13.No. 25-201, Sandao Street, Qingyang District, Chengdu, Sichuan, China, 610014

Mob./WhatsApp:+86 18113158334

E-mail: info@marsrf.com

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