BZX85B8V2-TAP

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Diodes play a major role in every application of electronics. They are semiconductor devices which allow electricity to flow from anode to cathode, exhibiting a variety of properties such as rectification, conduction, and anode to cathode breakdown. Among different varieties of diodes, Zener diodes are widely used for the purpose of voltage regulation, voltage stabilization etc. The BZX85B8V2-TAP is a single Zener diode widely used for several applications. It is a 3-pin package with anode, cathode and cathode tab terminal.

The typical applications of BZX85B8V2-TAP include voltage regulation, surge suppression, clipping circuits, clamping circuits, and stabilizing source circuits. This diode can also be used in voltage references, or as a shunt regulator. It can also be used in combination with other components such as transistors and resistors to create temperature compensating circuits.

The working principle of the BZX85B8V2-TAP is quite simple. When the reverse bias voltage of the diode is above a specific voltage level, known as the breakdown voltage, electrons are able to tunnel through the diode junction and lead to an avalanche breakdown. This breakdown results in a sudden decrease of the reverse bias voltage and thus current is drawn from the anode, providing the desired regulation of voltage.

In order to ensure stable performance and desired operating conditions, the parameters of BZX85B8V2-TAP must be carefully controlled. The forward voltage rating of the diode is 6.2V, whereas the reverse voltage reading is 7.5V. The maximum continuous reverse current is 5mA, whereas the total power dissipation should be less than 625mW. The maximum surge current that can be handled is 200mA, with a maximum forward voltage drop of 1.2V. The temperature range of the diode should be between -65 °C to 150 °C.

The BZX85B8V2-TAP is a popular single Zener diode suitable for several applications. It is widely used for voltage regulation and stabilizing source circuits, and can also be used in combination with other components to create temperature compensating circuits. The working principle of the diode is based on the breakdown of the reverse bias voltage, leading to current drawing from the anode. The parameters of this diode are carefully controlled to ensure optimal performance.

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