Semikron Bridge Rectifier Module, 1600V, 7-Pin A 46

Dimensions: 93 x 20 x 30mm

Bridge Type: Single Phase

Diode Technology: Silicon Junction

Peak Non-Repetitive Forward Surge Current: 1.6kA

Height: 30mm

Peak Reverse Current: 20mA

Width: 20mm

Length: 93mm

Package Type: A 46

Peak Reverse Repetitive Voltage: 1600V

Minimum Operating Temperature: -40 °C

Mounting Type: Panel Mount

Configuration: Single Maximum Operating Temperature: +125 °C Pin Count: 7

The Semikron SKB 52/16 is a high-performance bridge rectifier module designed to meet the demanding requirements of modern power electronics. With a peak reverse voltage of 1600V, this 7-pin A 46 module is engineered for exceptional reliability and efficiency. Ideal for customers seeking robust solutions for electrical and electronic applications, the SKB 52/16 ensures optimal performance in a compact design, making it a preferred choice for various environments. Its superior construction guarantees long service life and consistent operation, even under challenging conditions.

Impressive Features and Benefits of Using the Semikron SKB 52/16, Bridge Rectifier Module

• Robust design ensures longevity and reliability in harsh environments.
• Minimises power loss, enhancing overall system efficiency.
• The space-saving footprint allows easy integration into various setups.
• Excellent heat dissipation properties prevent overheating.
• Efficiently manages power with a streamlined current flow.
• Simplified setup procedures for quick and secure installations.
• Meets stringent UK and international safety standards.

Application Information of the Bridge Rectifier Module

• Industrial Automation: Perfect for controlling machinery and automated processes.
• Renewable Energy Systems: Essential for solar inverters and wind turbine converters.
• Power Supplies: Crucial component for UPS systems and heavy-duty power converters.
• Transportation: Utilised in electric vehicle charging stations and railway infrastructure.
• Telecommunications: Supports power infrastructure in telecommunications equipment.