SHV Panel Mount Receptacles: Types, Structure, and Uses Explained

SHV connectors are designed with dedicated insulator structures and a bayonet coupling mechanism to ensure safe and reliable mating in high voltage applications.

- After insertion, a slight twist securely locks the connector in place.
- The locked state can be confirmed through clear tactile feedback.
- The design helps prevent incomplete or improper mating and enhances operational safety.

SHV connectors are intended for use exclusively with matching SHV plug and jack interfaces. They are not compatible with BNC or MHV connectors, effectively reducing the risk of accidental or unsafe connections to low-voltage systems.

An SHV receptacle features a recessed SHV interface designed for safe and reliable high voltage connections. The rear structure is optimized for panel or equipment mounting, depending on application requirements. Tyclon SHV receptacles are available in both male and female configurations to support various system designs.

SHV receptacle configurations can be broadly classified by their primary mounting method.

Flange Mount SHV Receptacles
Designed for direct attachment to panels or enclosures using a 4-hole flange, these receptacles provide secure mechanical fixation and dependable performance for external high voltage connections. Flange mount types are commonly used in front-panel interfaces where stability and durability are required.

Bulkhead SHV Receptacles
Intended for installation through chassis walls, bulkhead types are secured with a threaded mounting system. Available in male and female configurations, they support stable internal or rear-panel connections while maintaining high insulation resistance and electrical safety.

All Tyclon SHV receptacles are manufactured with Japanese precision to ensure consistent performance, high insulation reliability, and long-term durability in demanding high voltage applications.

An SHV receptacle features a female interface designed for safe high voltage connections and is primarily used as a fixed interface mounted to equipment rather than for direct cable termination. Unlike SHV plugs and jacks, SHV receptacles are not intended to provide mechanical retention of the cable outer jacket, making them less suitable for applications where the cable is exposed to movement or pulling forces.

Typical applications include mounting the SHV receptacle to a panel, enclosure, or chassis to serve as a high voltage input or output port on test and measurement instruments, medical equipment, and scientific systems. In these configurations, the receptacle provides a secure mating interface while the internal wiring is routed within the equipment where mechanical stress is minimal.

By using SHV receptacles as internal or panel-mounted interfaces, designers can achieve safe high voltage connectivity, stable electrical performance, and reliable long-term operation in controlled equipment environments.