Home / Electronics / Compact 250 W dual-stage 2.4GHz module

Compact 250 W dual-stage 2.4GHz module

With 50 Ohm input/outputs eases integration complexity

Ampleon announces the compact dual-stage 250 Watt LDMOS RF power module BPC2425M9X2S250-1.

Designed for high power continuous wave (CW) industrial, scientific and medical (ISM) applications operating in the 2,400 MHz to 2,500 MHz frequency band, the high efficiency module measures 72 mm x 34 mm and incorporates a temperature sensor to facilitate the monitoring and control of its temperature, multilayer board with integrated heat spreader and best in class LDMOS technology.



The module also has a 50 Ohm matched input and output, which simplifies the design-in process by removing the need for any tuning or additional matching components.

The BPC2425M9X2S250-1 RF power module is a compact and lightweight solution whose implementation eases the overall system design and manufacturing process by lowering component count and minimising space, an essential aspect of any space-constrained product design.

When operating from a 32 VDC supply, the module has a peak output of 290 Watts (CW), 300 Watt (pulsed) and an efficiency of 59% (CW), 61% (pulsed) and a gain of 31 dB.

Typical RF energy applications for the BPC2425M9X2S250-1 include use in industrial heating and drying systems, plasma lighting fixtures, and solid state cooking ovens.

Each module is full DC, RF tested and x-Rayed during production, ensuring customers can achieve high quality, reliability, and consistency in their end products.

Check Also

Passive splitter for connecting multiple sensors and actuators

ifm announces the launch of its EBFxxx range, the Passive Splitter with ecolink Fast Connect technology. …

Compact code reader with multiple functions

The CleverReader stationary 1-D/2-D code reader detects codes with maximum reliability, allows flexible configuration, and …

Digital signal controllers AI data centre power, motor control and intelligent sensing

As AI servers, data centres, automotive and industrial systems demand higher efficiency designs, deterministic real-time …