Teledyne Relays GRF121 / GRF121R Magnetic-Latching RF Relays
Teledyne Relays GRF121 / GRF121R Magnetic-Latching RF Relays provide a practical surface-mount switching solution with RF performance and repeatability to 18GHz. Teledyne Relays GRF121 / GRF121R incorporate a precision transmission line structure in the internal construction of the contact system. These magnetic-latching RF relays feature a ground shield to facilitate surface mounting and extend the frequency range when compared to through-hole solutions. These relays are designed for use in RF attenuators, RF switch matrices, high frequency spread spectrum radios, ATE, and other applications that require dependable high frequency signal fidelity and performance. GRF121 / GRF121R also serve applications with a restricted power budget. The relays can be operated with a short duration pulse. After the contacts have transferred, no external holding power is required.
Features
High repeatabilityWide bandwidth performanceHigher isolation between each signal pathMetal enclosure for EMI shieldingHigh isolation between control and signal pathsHigh resistance to ESD
Specifications
18GHz frequencyGRF121: common coil negativeGRF121R: common coil positive1 Form C (SPDT) contact arrangement–55°C to +85°C operating temperature range0.25A at 28VDC contact current rating7.0msec maximum switching time5.0VDC or 12.0VDC coil voltage290mW or 410mW power consumption
Applications
AutomationAutomotiveMotor controlIndustrialAudio & VisualAutomatic Test Equipment (ATE)RF attenuatorsRF switch matricesHF spread spectrum radios
Teledyne Newest
Teledyne Relays RF121 and RF121R Ultraminuature Magnetic-Latching RF Relay provides a compact electromechanical switching solution with broadband RF performance from DC to 12GHz.
Date: 2018-03-30Teledyne Relays GRF121 / GRF121R Magnetic-Latching RF Relays provide a practical surface-mount switching solution with RF performance and repeatability to 18GHz.
Date: 2017-03-01Teledyne RF700/RF703 DPDT Electromechanical Relays are at Mouser and are designed to improve RF signal switching repeatability over frequency range.
Date: 2015-12-16