MM5230 Wide-Frequency SP4T Micro-Mechanical Switch

Menlo Micro micro-mechanical switch replaces large RF electromechanical relays and RF/microwave solid-state switches

Image of Menlo Microsystems MM5230 Wide Frequency SP4T Micro-Mechanical SwitchThe Menlo Micro MM5230 device is a high-power and wide-frequency range SP4T micro-mechanical switch. Menlo Micro has developed an Ideal Switch® fabrication process and applied it to DC and wideband RF/microwave switch applications. This innovative technology enables highly reliable switches capable of 25 W power handling.

The MM5230 provides ultra-low insertion loss and superior linearity as an SP4T from DC to 18 GHz and greater than 3 billion switching cycles. The MM5230 can also be configured in Super-Port mode Whichextends the frequency operation to 26 GHz. The MM5230 is an ideal solution for replacing large RF electromechanical relays, as well as RF/microwave solid-state switches in applications where linearity and insertion loss are critical parameters. The four switch channels are individually controllable by applying a gate voltage to the corresponding RF GATE pin.

Features
  • Frequency range: DC to 26 GHz
  • 25 W (CW), 150 W (pulsed) max power handling
  • Low on-state insertion loss: 0.3 dB at 6.0 GHz
  • High linearity: IIP3 95 dBm typical
  • 25 dB isolation at 6.0 GHz/42 dB super-port mode
  • High reliability >3.0 x 109 switching operations
  • 2.5 mm x 2.5 mm BGA package (200 µm solder ball)
Applications
  • Switched filter banks and tunable filters
  • High-power RF front ends
  • Antenna tuning
  • Low-loss switch matrices and EM relay replacement

MM5230 Wide-Frequency SP4T Micro-Mechanical Switch

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
RF SWITCHMM5230-03NDB-TRRF SWITCH113 - Immediate$938.11View Details

Evaluation Boards

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
RF SWITCHMM5230EVK3ARF SWITCH2 - Immediate$11,238.89View Details
RF SWITCHMM5230EVK2ARF SWITCH2 - Immediate$11,238.89View Details
Published: 2025-09-09