HomeElectronics NewsNew ProductsRF Power Limiter For High Reliability, Mission Critical Applications

RF Power Limiter For High Reliability, Mission Critical Applications

  • Enables high-peak power handling and fast recovery times
  • Also offers “always-on” protection in a compact form factor

The SMT Silicon PIN Diode Limiter, RFLM-102402QF-290 from RFuW Engineering offers both high power CW and peak power protection across the L & S-Band region (1 to 4 GHz).  It is based on a hybrid assembly technique utilized extensively in high reliability, mission-critical applications.

Capable of handling average power up to 100 Watts (50 dBm) and pulsed peak power up to 1,000 Watts (60 dBm at pulse width = 25 usec, duty cycle = 5%), the RFLM-102402QF-290 maintains low flat leakage to less than 14 dBm and reduces spike leakage to less than 0.5 ergs. Recovery time is <3 uSec. The combination of high peak power handling and fast recovery time is mandatory for mission-critical applications.

RF performance with an insertion loss of less than 0.35 dB makes the module optimal for small-signal insertion loss permitting extremely low receiver noise figure. This quasi-active limiter requires no external control lines or power supply connections offering “always-on” protection.

The RFLM-102402QF-290 offers excellent thermal characteristics in a compact 8 mm x 5 mm x 2.5 mm ceramic surface mount package and is now available from RFMW.


Vinay Prabhakar Minj
Vinay Prabhakar Minj
Vinay Prabhakar Minj is a technology writer and science communication specialist with a Master’s degree in Communication of Science and Innovation (Science Communication). He is a prolific contributor to Electronics For You, where he has authored over 1,000 articles covering electronics, semiconductors, embedded systems, IoT, and emerging technologies. With a strong foundation in science communication, Vinay focuses on translating complex engineering concepts into clear, accessible, and application-oriented content. His work spans topics such as sensor technologies, chip design, wireless systems, and next-generation electronics, making advanced innovations easier to understand for engineers, students, and industry professionals. Through his extensive contributions, he has built a reputation for delivering reliable, well-researched, and practical insights that help readers stay updated with the rapidly evolving electronics ecosystem. His writing bridges the gap between technical depth and real-world usability, supporting both learning and decision-making in the field.

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