CZRNC55C43-G

The CZRNC55C43-G is a silicon planar Zener diode with a nominal zener voltage of 43 volts. Designed for general purpose use in applications such as voltage regulation, DC-DC conversion and peripheral circuit protection, the CZRNC55C43-G is particularly well suited for consumer applications.

The CZRNC55C43-G features a low-leakage and low-clamping voltage typical of its class. It is constructed of a series of alternating P and N layers, with its diodes connected in series arrangement. This configuration minimizes power consumption during operation, and ensures the CZRNC55C43-G will operate reliably and consistently in its preferred application field.

The working principle of the CZRNC55C43-G is based on the concept of reverse current flow in a p-n junction. When forward biased, the diode will conduct current in the same direction as the applied voltage. However, when the applied voltage rises to a certain level, the current flow will reverse and be directed in the opposite direction; this is known as the Zener breakdown.

In applications such as voltage regulation, the CZRNC55C43-G acts as a voltage regulator by allowing current to flow in one direction, while preventing current from flowing in the other direction. This prevents excessive current from flowing and damaging the circuitry. The CZRNC55C43-G can also be used in DC-DC converters and peripherals protection, where it is able to provide a steady, reliable source of voltage.

The CZRNC55C43-G is a reliable and cost-effective solution for a wide range of applications. Its low-leakage and low-clamping voltage characteristics ensure it can provide a stable and consistent output in a variety of settings. Combined with the low power consumption and minimal space requirement, the CZRNC55C43-G is a practical choice for many electronic devices.