High voltage connectors (HV connectors) are typically used in AC, DC and RF applications that experience high voltage. These connectors make it possible to transmit signals with high voltage ratings without posing safety risks to operators. Any connector above 1 kVDC is considered high voltage. When used in harsh environments, high voltage connectors must accommodate temperatures between -55 °C and 150 °C and elevations up to 70,000 ft. Most HV connectors have design properties that make them resistant to extreme conditions.
High voltage connector solutions ensure safety and efficiency in medical, aerospace and Test & Measurement applications, where safety is critical. There are two main high voltage connector types that engineers can use when designing interconnect solutions.
Single-pin High Voltage Connectors
These connectors have a single pin and socket pair, and they can include different locking systems. They typically offer several options for contact pins and cable attachments.
Multi-pin High Voltage Connectors
These connectors use multiple pins and sockets, but each application will dictate the number of pins needed. They can have anywhere from two pins to 30 pins.
Radiall’s high voltage connectors are rated from 5 KV to 20 KV, and they feature a minimum of 500 mating cycles. Our BNC HT/MHV, SHV, THT20 and HN series can be used in a variety of aerospace, defense, industrial, medical imaging, space, telecom and Test & Measurement applications.
The bayonet-coupling, miniature high-voltage BNC HT/MHV series is ideal for space-constrained applications and operates at DC~2 GHz, 5 0Ω impedance, temperatures from -55 °C to +155 °C and 10 kV as a mated pair. The enhanced-safety, bayonet-coupling SHV series features a protruding insulator and operates at DC~2 GHz, 50 Ω impedance, temperatures from -65 °C to +165 °C and 12 kV as a mated pair. The large, screw-on THT20 series operates at DC~1 GHz, 50 Ω impedance, temperatures from -55°C to +125°C and 20 kV as a mated pair. Finally, the HN series is designed for use in nuclear applications. These high voltage screw-on connectors accommodate high dielectric withstanding voltage (a minimum of 5,000 Vrms) and insulation resistance.