CMR5H-06 TR13

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The CMR5H-06 TR13 is a single rectifier diode that can be used for various applications as a result of its blocking voltage, power dissipation and allowable operating junction temperature. It is a high-reliability and low-cost way to regulate a current or voltage in a wide range of electrical circuits. This type of diode can be used in low-frequency power supplies, solid-state relays, photovoltaic circuits and automotive high efficiency applications. As an added feature, it can also be used as an electrostatic discharge protection, due to its wide range of stable voltages.

Characteristics of the CMR5H-06 TR13

The CMR5H-06 TR13 diode is a single, standard rectifier diode that can function in various applications. It is often used in commercial power supplies, DC/DC converters, and other applications.

• It has a 3.0A maximum repetitive peak reverse voltage of 600V.
• It features a blocking/clamping voltage rating of 600V.
• The off-state voltage of the CMR5H-06 TR13 is up to 600V.
• It has a maximum DC power dissipation of 6W.
• The diode’s junction temperature is up to 150℃.
• The package size of the CMR5H-06 TR13 is TO-220.

Application Field and Working Principle of CMR5H-06 TR13

The CMR5H-06 TR13 diode is primarily used for protection of sensitive electrical devices from overvoltage, high-voltage spikes, and other high-voltage disturbances. The diode is used in electrical circuits to either allow or block current in one direction, depending on the voltage of the external circuit.

When the external circuit has a voltage below the diodes forward voltage, current will pass easily through the diode. When the external circuit has a voltage above the diodes forward voltage, current will be blocked and the diode will act as an insulator. This action of allowing or blocking current depending on the voltage is known as rectification, and the diode can be used to control the flow of current in any direction.

In addition, the CMR5H-06 TR13 can also be used as an anti-interference device, to prevent radio-frequency interference (RFI) and electro-magnetic interference (EMI) from entering into sensitive electronics. The EMC emission is reduced significantly as the reverse voltage of the diode is greatly reduced.

Moreover, the CMR5H-06 TR13 is also used in photovoltaic circuits, to control the flow of current from the solar panels to the load. The diode serves as a solar cell bypass, protecting the solar cell array from excessive current, and reducing the voltage sag due to load demand variations.

Conclusion

The CMR5H-06 TR13 diode is a reliable and useful device for various applications. The device features a blocking voltage of 600V and a maximum DC power dissipation of 6W, which makes it suitable for a wide range of electrical circuits. The device can be used as an electrostatic discharge protection, and also as a solar cell bypass. Its uses are varied and it is an easy to use and cost effective way to regulate current and voltage in electrical circuits.

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