This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF121 surface mountable, ultraminiature, Extended Centigrid relays.
This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF172 surface mountable, ultraminiature, Centigrid relays.
This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF342 surface mountable, ultraminiature, TO-5 relays.
This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF300/303 surface mountable, ultraminiature, TO-5 relays.
This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF100/103 surface mountable, ultraminiature, Centigrid relays.
This document provides surface mounting information and printed circuit board (PCB) artwork for circuit traces and RF ground plane configurations. Suggested information provided is intended for use with Teledyne Relays’ GRF180 surface mountable, ultraminiature, Centigrid relays.
This document shows how new attenuator relay design of A152 improves performance in an ultraminiature package with increased reliability. The small package lends itself to multistage attenuator designs requiring less weight, space and volume.
This document presents data demonstrating the performances of the GRF300/GRF303 relays in multi-Gigabit data transmission, specifically at 10Gbps data rate.
This document provides data to demonstrate the insertion loss repeatability of the RF300/303, which maintain an RF signal repeatability of ±0.1dB over the entire 3GHz bandwidth.
This document explains the MTBF (Mean Time Between Failures) and MCBF (Mean Cycles Between Failures) which are used to characterize the expected lifetime of EMRs.
This document highlights several applications of Teledyne Relays' attenuator and bypass switches.
This document demonstrates the power handling capabilities of several of Teledyne Relays' Centigrid and TO-5 relays.
This STP file is a 3D model of the Centigrid package.
This STP file is a 3D model of the slightly taller Centigrid package used in sensitive-coil relays.
This STP file is a 3D model of the Extended Centigrid package usd in the GRF121 series.
This STP file is a 3D model of the TO-5 package.
This STP file is a 3D model of the slightly taller TO-5 package used in sensitive-coil relays.
This STP file is a 3D model of the Half-Sized Crystal Can package used on the 255 and 257 series.
This STP file is a 3D model of the Extended TO-5 package used on the Loopback GLB363, SGLB363
HR114
This document provides specifications on Teledyne's HR114.
This document provides specifications on Teledyne's HR255.
This document provides specifications on Teledyne's HR412.
This document provides specifications on Teledyne's HR412V.
This document provides specifications on Teledyne's HR422.
This document provides specifications on Teledyne's HR422K.
This document provides specifications on Teledyne's HRS422.
This document provides guidance on selecting the appropriate heat sink for an ISSR (also applicable to MSSRs), depending on the current load, ambient temperature, and the thermal resistance of the materials.
This document outlines Teledyne Relays' recommended handling practices for ISSRs.
This document outlines Teledyne Relay's recommended handling practices for MSSRs.
This document provides a technical overview of the C60 series.
This document provides a technical overview of the SR75 series.
This document highlights the applications of the C60 series for controlling solenoids, power systems and battery chargers.
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