NZX8V2C,133

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NZX8V2C-133 is a single zener diode from a variety of products available in the NZX8V2C line. This low to medium power device, with its high temperature tolerance, is specifically designed for applications where a cost-effective general purpose device is required.

The NZX8V2C-133 has a reverse breakdown voltage of 5.6 Volts, with a nominal maximum current rating of 150mA. The peak power dissipation is 1000mW, and the nominal dynamic resistance is 350 ohms. The capacitance at 1kHz is 15pF. Its operating temperature range is -40°C to +85°C.

The NZX8V2C-133 is well suited to a variety of applications, due to its reasonable price and wide range of characteristics. These include reverse protection circuits, voltage clamping, voltage regulation and voltage referencing applications.

This device can be used to protect sensitive electronic circuits during reverse voltages, by acting as a high resistance in the reverse direction, while allowing low resistance in the forward direction. The voltage regulated output of the device can be used to maintain a fixed minimum output current, or to maintain a specific output voltage.

In voltage clamping applications, the NZX8V2C-133 acts as a suppressor to protect circuits from over-voltage transients. When the circuit voltage rises above the zener breakdown voltage, the device begins to conduct and dissipates the extra voltage in the form of heat. The reverse dynamic resistance, or Impedance, of the NZX8V2C-133 clamping diode is typically twice the impedance of other similar diode types.

In voltage referencing applications, the advantage of the NZX8V2C-133 is that it has a high temperature coefficient and is capable of providing stable references over a wide temperature range. It is an ideal replacement for thermistor solutions, as it eliminates the need for circuitry to switch or monitor the thermistor state.

The NZX8V2C-133 offers a simple and economical solution for applications that require reliable, high temperature operation. Its low cost, wide range of characteristics, and proven performance make it an ideal choice for a variety of applications.

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