D3Z2V7BF-7 Discrete Semiconductor Products

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D3Z2V7BF-7 is a single type of Zener diode which is used for regulating and stabilizing voltage levels within a circuit. It is a high-voltage device designed to protect against excessive input or output voltages and currents. This type of diode is used in many applications including power supply circuits, signal processing, and communications systems.

The D3Z2V7BF-7 has a rated reverse breakdown voltage of 5.2V, with a maximum peak forward voltage drop of 0.45V. It has a maximum surge current rating of 10A, with a maximum forward current of 500mA. It also has a maximum power dissipation of 800mW. This type of diode is available in a standard SOD123 package, with a 0.26-inch lead spacing.

Zener diodes are used primarily in circuits where a specific voltage reference is required. When a voltage greater than the reverse breakdown voltage is applied to the diode, the current bypasses the junction and the reverse breakdown voltage is stabilized across the component. This type of diode is typically used to protect against excessive input voltages.

The D3Z2V7BF-7 has a very fast response time, allowing it to accurately regulate the voltage levels within a circuit. It is also designed to reduce noise and minimize energy losses in power supplies, preventing damage to sensitive components. In signal processing applications, this type of diode is often used to provide a stable voltage reference point, allowing the system to accurately process signals while minimizing power consumption.

The D3Z2V7BF-7 is suitable for use in many applications, including high-power supplies, computers, communications systems, and other circuits requiring an accurate and reliable voltage reference. It is also a cost-effective solution for multiple applications, as its small size, high current rating, and low power dissipation make it an attractive choice for most applications.

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