BZW03C36-TAP

BZW03C36-TAP application field and working principle

The BZW03C36-TAP is a single Zener diode from Vishay. It is suitable for applications such as voltage regulation, clamping, and protection.

Features:

• Max. average Forward current is 6A
• Max. repetitive peak & reverse voltage is 36V
• Low noise
• Low forward voltage drop

Applications:

• Clamping and protection circuits
• Low voltage power supplies
• Voltage regulation

Working Principle:

A Zener diode is a two-terminal electronic component that behaves like a normal diode at forward bias and like a reverse-biased resistor at reverse bias. It consists of an anode and cathode and when the voltage across the junction exceeds the breakdown voltage (or Zener voltage) of the diode, current starts to flow in the reverse direction and the diode remains in a reverse-biased state. This is called Zener breakdown. The breakdown voltage of the diode is adjustable through the manufacturing process and that is why they are used in many applications like voltage regulation, protection and clamping.

The BZW03C36-TAP is a single Zener diode with a maximum average forward current of 6A and maximum repetitive peak & reverse voltage of 36V. It offers low noise, low forward voltage drop and great resistance to temperature cycling.

When it is used as a voltage regulator, the diode is connected in shunt with a load and it will maintain the voltage across the load at a constant level by dissipating any excess current. As the load changes, the diode will adjust its current accordingly in order to maintain the same voltage. This is useful for stabilizing AC line voltage or for rectifying high-frequency noise signals.

When the diode is used in a protection circuit, it will clamp the voltage across the circuit at its Zener voltage, protecting the components from overvoltage. The diode will also limit the voltage across the circuit by absorbing any excess current. This is useful for protecting sensitive electronics from voltage spikes.

The BZW03C36-TAP is a great choice for many applications in which a Zener diode is needed. Its features, such as low noise and low forward voltage drop, make it suitable for a wide range of applications.