BYG22B-E3/TR

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BYG22b-E3/TR is a Silicon rectifier used in different applications and is classified as a diode. It uses a single-phase half-wave or full-wave controlled rectifying circuit in its working principle. The maximum repetitive peak reverse voltage of this device is 450V, while its non-repetitive peak reverse voltage can reach to 700V. Its PIV, peak inverse voltage equals to double the maximum repetitive peak reverse voltage value and its PIF, peak in-rush current has a value of 1.5mA. Its maximum DC current rating is 2A.

This diode has a low forward voltage drop due to the varying voltage during forward conduction. It also features excellent reverse power dissipation qualities and minimal temperature behavior. As for the physical, the total device size occupies a mere 2.0 mm by 1.25 mm. This makes it suitable for use in tight spaces, and it is often chosen for its minimal size and light weight.

BYG22b-E3/TR has several applications, most notably as a general-purpose surface mount diode. It can be used in rectifying circuits, reverse current protection or as a general circuit protection element. As a surface mount diode, it is often placed in transistors, transformers, integrated circuits, and printed wiring boards. Its superior current and power characteristics make it a go to choice for many applications.

The working principle of the BYG22b-E3/TR is relatively straightforward and simple. This diode utilizes a single-phase half-wave or full-wave controlled rectifying circuit in its operation. During the forward conduction, the applied voltage turns the diode on, allowing current to flow through the device in the forward direction. When the applied voltage changes, the diode switches off, stopping the current flow and preventing current from flowing in reverse.

The BYG22b-E3/TR device is an effective, efficient and popular diode across many applications and circuits. Its single-phase half-wave or full-wave rectifying capabilities, its various physical characteristics, and its small size make it a popular choice for many endeavors. Ultimately, it is a reliable and useful device that can be used to protect circuits as well as to rectify them.

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