CMSH2-60 TR13

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CMSH2-60 TR13 application field and working principle

CMSH2-60 TR13 belongs to the diode rectifier family of single-phase bridges. It has a compact design, high current carrying capacity, low forward voltage and is widely used in the industry. The CMSH2-60 TR13 Diode rectifier bridges are used in a wide variety of applications, including phase control circuits, rectification, and protection against over-voltage and over-current. These diodes provide a highly efficient, low ripple rectification.

Features

• High peak repetitive reverse voltage
• High surge current capacity
• Compact design
• Low forward voltage
• High avalanche rating
• Temperature stable and reliable performance

Applications

• AC-DC rectification
• Uninterruptible Power Supplies
• Inverters
• Switching Mode Power Supplies (SMPS)
• Backlighting Systems
• High Voltage DC/DC Converters
• Power Factor Correction
• Battery Chargers
• Automotive Electronics

Working principle

The basic principle behind the operation of the CMSH2-60 TR13 Diode rectifier bridge is the operation of two sets of diodes, connected in a bridge configuration. The two sets of diodes work in opposite directions, one set to conduct current in the forward direction and the other to conduct current in the reverse direction. When the voltage across one set of diodes is higher than that across the other set, current flows in the forward direction. Some of the voltage drop occurs across the forward conducting diodes, which results in rectification. As a result of the operation of the different sets of diodes, the diode bridge operates in a highly efficient manner, with the output from the rectification process having a low ripple.

The CMSH2-60 TR13 Diode rectifier bridges have a wide variety of applications and are used in many different industries. They provide a high current carrying capacity, low forward voltage and are highly efficient, making them ideal for use in power supplies, AC-DC rectification, UPS systems, and high voltage DC/DC converters, among other applications.

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