12VDC electromechanical relay
couplingpowerhigh-performance

12VDC electromechanical relay - Xiamen Innovacera Advanced Materials Co., Ltd - coupling / power / high-performance
12VDC electromechanical relay - Xiamen Innovacera Advanced Materials Co., Ltd - coupling / power / high-performance
12VDC electromechanical relay - Xiamen Innovacera Advanced Materials Co., Ltd - coupling / power / high-performance - image - 2
12VDC electromechanical relay - Xiamen Innovacera Advanced Materials Co., Ltd - coupling / power / high-performance - image - 3
12VDC electromechanical relay - Xiamen Innovacera Advanced Materials Co., Ltd - coupling / power / high-performance - image - 4
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Characteristics

Control voltage
12VDC
Function
power, high-performance, coupling
Other characteristics
high power, high-voltage, high-reliability, RF, hermetic
Switching current

30 A

Description

Overview
INNOVACERA high-voltage vacuum relays are components for electronic and power systems used in airborne, mobile and marine communications, RF circuitry, antenna switching and high-voltage power supplies. Designed for operation in demanding applications, they provide controlled vacuum switching for contact protection and low RF loss.

Vacuum advantages
  • High dielectric breakdown strength of vacuum.
  • Fast recovery capability: up to 10 kV per millisecond.
  • Inert contact environment preventing oxidation and contact degradation.

Relay types
  • Clapper-type relays
  • Diaphragm relays

Key applications
  • RF and communication systems
    • Antenna coupling and tuning
    • Transmitter and receiver switching
    • Pulse-forming networks
    • Semiconductor wafer processing (e.g., vapor deposition)
    • Ion implantation systems
    • Radar, MRI and TWT power supplies
    • Security screening equipment
  • Testing and instrumentation
    • High-voltage testing (HiPot and mega-ohm testing)
    • Cable and motor winding tests
    • ESD pulse-forming equipment
    • High-power laser systems
    • Transformer and ballast testing
    • Mass spectrometry and power supply assessments

Technical specifications
  • Dielectric medium: vacuum
  • Voltage breakdown: exceptionally high due to vacuum medium
  • Recovery time: up to 10 kV per millisecond
  • Contact environment: inert, prevents oxidation
  • Primary designs: clapper-type and diaphragm relays
  • Optimized for low RF losses and high-power switching
  • Typical uses: antenna switching, transmitter/receiver switching, pulse-forming, semiconductor processing, ion implantation, radar/MRI/TWT power supplies, security screening
  • Testing uses: HiPot, mega-ohm, cable and motor winding tests, ESD pulse-forming, laser systems, transformer/ballast testing, mass spectrometry and power supply assessment
  • Design focus: consistent performance and reliability for high-voltage switching

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.