BZM55C6V2-TR

Diodes - Zener - Single

The BZM55C6V2-TR Zener Diode is a single diode used for voltage regulation by providing a voltage barrier at its breakdown point. It is available in SOD−123 type package and is used for a variety of applications. These can range from managing peaks and spikes in power supplies, to providing protection from current overloads in delicate electrical systems.

This diode works on a voltage-dependent principle, meaning that when its reverse voltage exceeds a certain level, or Zener breakdown point, the diode begins to act as a short circuit, allowing current to flow through the device. This current flowing through the diode will heavily depend on the load value, the breakdown voltage of the diode, and the type of zener diode used. The breakdown voltage of the BZM55C6V2-TR is 6.2 volts.

The applications and uses of the BZM55C6V2-TR Zener diode are numerous. Its main function is protection and regulation of current in electrical systems. It can be used, for example, to protect delicate electronics from overcurrent/overvoltage by directing any surplus current in the system through the diode. By doing this it can save the circuit from burning out in the event of a fault or power line surge. It is a common practice to use the BZM55C6V2-TR for detecting anomalies like spikes in power lines or short circuits.

Apart from being used for protection of circuits, the Zener diode can also be used for a variety of other applications in power and RF circuitry. It can be used as a voltage reference for an amplifier or as a voltage regulator for a power supply. It can also be used as a mixer in RF and microwave circuits, as well as a clamping device to ensure that power outside of certain levels will not reach the circuits.

The BZM55C6V2-TR Zener diode is a versatile and reliable product, ideal for a variety of applications. Its low profile design makes it a great choice for applications where space is limited and its stable operation in both forward and reverse biasing modes makes it a suitable choice for application in both AC and DC circuits.