High voltage connectors

High voltage coaxial connectors designed for safe and reliable signal transmission in high-voltage environments. They ensure excellent insulation, controlled impedance, and stable performance for industrial, medical, scientific, and testing applications.

Order code: HN-01

QAXIAL HN02-07G-01

Clamp HN male coaxial connector for RG213 / RG214 / RG393, high voltage

Datasheet

Stock: 134 pcs

Price each
VAT excluded
€21,17
Minimum: 1 / Multiple: 1

Order code: HN-02

QAXIAL HN14-4H-01

4-hole flange solder cup HN female coaxial connector, high voltage

Datasheet

Stock: 147 pcs

Price each
VAT excluded
€16,14
Minimum: 1 / Multiple: 1

Order code: SHV-01

QAXIAL SHV02-01-01

Crimp SHV male coaxial connector for RG58 / RG303 cables

Datasheet

Stock: 50 pcs

Price each
VAT excluded
€14,90
Minimum: 1 / Multiple: 1
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More information

High Voltage Coaxial Connectors for Demanding Applications

High voltage coaxial connectors are engineered to ensure safe, stable, and reliable signal transmission in applications operating at elevated voltage levels. Their coaxial design provides controlled impedance, superior shielding, and reduced electromagnetic interference, making them ideal for both high-voltage and high-frequency environments.

These connectors are widely used in industrial, medical, scientific, and research applications where electrical safety, signal integrity, and long-term reliability are critical. By combining robust insulation materials with precise mechanical design, high voltage coaxial connectors minimize the risk of electrical breakdown and signal degradation.

Available High Voltage Connector Series

Our portfolio includes several industry-standard high voltage coaxial connector series, each designed to meet specific electrical and mechanical requirements:

  • HN connectors: designed for high power and high voltage applications, offering excellent voltage handling capability and low signal loss.
  • BNC HT / MHV connectors: compact solutions suitable for moderate to high voltage levels, commonly used in medical imaging, test equipment, and laboratory instruments.
  • SHV connectors: optimized for higher voltage ratings than standard MHV, featuring recessed contacts for enhanced operator safety.

Main Applications

High voltage coaxial connectors are used across a wide range of industries and technical fields, including:

  • Medical equipment such as X-ray systems, CT scanners, and diagnostic imaging devices
  • Scientific instrumentation and laboratory equipment
  • High-voltage power supplies and test & measurement systems
  • Industrial automation and control systems
  • Research facilities and high-energy physics applications

Comparison of High Voltage Coaxial Connector Series

Connector Series Typical Voltage Range Key Features Common Applications
HN High voltage & high power Robust design, high current capacity, low attenuation Industrial power systems, RF high-power applications
BNC HT / MHV Moderate to high voltage Compact size, easy mating, widely standardized Medical imaging, laboratory equipment, test systems
SHV Higher voltage than MHV Recessed contacts, enhanced safety, reliable insulation X-ray equipment, high-voltage measurement systems

Frequently Asked Questions (FAQ)

What is a high voltage coaxial connector?

A high voltage coaxial connector is a connector designed to transmit electrical signals or power at elevated voltage levels while maintaining controlled impedance and effective shielding.

What is the difference between MHV and SHV connectors?

SHV connectors are rated for higher voltages than MHV connectors and feature recessed contacts to improve safety and reduce the risk of accidental contact.

Which connector series is suitable for medical imaging equipment?

BNC HT, MHV, and SHV connectors are commonly used in medical imaging systems such as X-ray and CT scanners due to their reliability and standardized design.

Can high voltage coaxial connectors be used for high-frequency signals?

Yes, thanks to their coaxial geometry, these connectors support both high-voltage and high-frequency signal transmission with minimal losses.

How do I choose the right high voltage coaxial connector?

The selection depends on required voltage rating, frequency range, safety requirements, mechanical constraints, and the specific application environment.