CRH01(TE85R,Q,M)

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Diodes - Rectifiers – Single are generally used in a variety of applications. Among these, CRH01(TE85R, Q,M) are among the frequently used rectifier diodes. These come with a Tapped Grid connection that is of the TE85 type. The Tapped Grid connection is designed in such a way that the electrical and thermal reliability of the device is guaranteed. The operating parameters of each individual device are available from supplier’s datasheet.

CRH01(TE85R, Q,M) diodes have a wide range of applications. They can be used for power switching and voltage rectification. In power switching, the device acts as a low-cost alternative for power electronic switches. In voltage rectification, these diodes rectify AC voltage into DC voltage by allowing current to flow in one direction. They are also used in boost converters and SMPS (switched mode power supplies).

The working principle of CRH01(TE85R, Q,M) is quite simple. When an AC voltage is subject to the device, the device starts by forwarding the current in one direction by allowing the positive fluctuations in the AC voltage to pass through. The negative fluctuations in voltage, however, are stopped by the device. This way, the AC voltage is rectified into DC voltage.

CRH01(TE85R, Q,M) diodes also feature some other benefits, such as excellent frequency response, low on-state resistance and high temperature tolerance. Another important feature of the device is its low leakage current, which makes it ideal for high-current applications. Moreover, its low profile design makes it suitable for surface-mounting. The efficient heat dissipation of the device is ensured even when operated at high power for several hours.

In short, CRH01(TE85R, Q,M) rectifier diodes are widely used in power switching and voltage rectification and come with a variety of features, making them ideal for these applications. Their simple working principle, low on-state resistance, high temperature tolerance and low leakage current make them one of the most preferred rectifier diodes.

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