TZM5222F-GS08

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The TZM5222F-GS08 diode belongs to the family of single zener diodes, intended for use in applications such as voltage regulation, voltage reference and voltage clamps. It is designed to provide a low on-state resistance and high reverse avalanche capability. The TZM5222F-GS08 has a maximum reverse voltage of 5.2 volts and peak power dissipation of 1.1 watts.

The TZM5222F-GS08 is constructed from a heavily doped silicon p+/n- epitaxial layer diode, encased in an SOD-323 miniature plastic package, allowing for a very compact size without loss of performance. The TZM5222F-GS08 is designed to operate between temperatures of -55 to +150°C, making it suitable for a broad variety of applications in both commercial and industrial settings.

The construction of the TZM5222F-GS08 is designed to be highly efficient, maximizing forward current while minimizing voltage drop. Reverse current is kept to a minimum to prevent any dangerous tissue damage if a short circuit is created. The diodes low capacitance characteristics also make it attractive for use in data line installations.

The application of the TZM5222F-GS08 includes uses as a simple linear regulator, by inserting a series resistor to form a voltage divider. This is achieved as the zener breakdown voltage is fixed and independent of the current passing through the diode. It can also be used as a clamping device, either keeping a circuit from exceeding a certain voltage, or protecting adjacent components from overvoltage spikes.

With the combination of its physically small design, wide range of operating temperature, low capacitance and high efficiency, the TZM5222F-GS08 is an appealing choice for a variety of power supply, digital and analog applications. It is suitable for use in consumer electronics, automotive and telecommunications applications.

In summary, the TZM5222F-GS08 single zener diode is ideal for a wide range of applications, and its robust construction, low power consumption and physically small design make it a dependable choice for many projects.

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