Product/Service

Coaxial Relays

Source: Jennings Technology, Div. of Danaher Corporation
The high dielectric strength of a vacuum is one of the important features which distinguishes Jennings vacuum coaxial relays from other types of coaxial relays
The high dielectric strength of a vacuum is one of the important features which distinguishes Jennings vacuum coaxial relays from other types of coaxial relays. The use of vacuum as a contact environment increases the operating reliability and the life of the relay. Absence of oxygen prevents contact corrosion and the formation of oxides and organic materials, which can increase circuit resistance. Jennings vacuum relays are distinguished by very low thermal and RF noise generation. Because the contact resistance of vacuum coaxial relays is very low and stable, these units offer very low circuit losses. RF insertion loss is typically between 0.02 and 0.1 dB at operating frequencies.

Some of our most common applications are:

  • High speed antennae switching
  • Transmit-receive switching
  • Crossbar matrices
  • CCTV, CATV
  • Microwave telemetry data acquisition links
  • Coaxial instrumentation

Jennings coaxial relays feature:
  • Long life, high reliability
  • High speed switching
  • Low, stable contact resistance
  • Maintenance free operation
  • Compact size for applications with space/weight limitations
  • Application flexibility

SPST Coaxial Relays

Power kW CW @ 30 MHz

Power kW CW @ Max Freq.

Freq. Range MHz

Model Number

Order/ Quote Online!

25

14

0-100

RC5A5101A24B

Add to cart

90

50

0-100

RC10C5227A24B

Add to cart

90

20

0-600

RC275576G24F

Add to cart

 

SPDT Vacuum Coaxial Relays

Power kW CW @ 30 MHz

Power kW CW @ Max Freq.

Freq. Range MHz

Model Number

Order/ Quote Online!

3

.7

0-500

RC41E6000D440

Add to cart

5

1.1

0-500

RC43E6050H440

Add to cart

25

6.5

0-400

RC6A5126F14B

Add to cart

90
20
0-500
RC21A5500F14B
Add to cart
90
20
0-600
RC265552G24F
Add to cart

Jennings Technology, Div. of Danaher Corporation, 970 Mclaughlin Ave., San Jose, CA 95122-2696. Tel: 408-292-4025; Fax: 408-286-1789.