ACZRC5341B-G

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The ACZRC5341B-G diode is a single zener-only diode designed for regulating the current flow in a circuit. It is mainly used for the application of stabilizing the current flow in a specific circuit. The diode is composed of two P-type and two N-type layers. The P-type layer has a lower voltage drop than the N-type layer, allowing for greater current flow. The N-type layer acts as a reverse bias, blocking current flow in either direction.

The ACZRC5341B-G diode operates according to the Zener breakdown principle. When the reverse-bias voltage applied to the diode\'s cathode terminal exceeds the diode\'s Zener breakdown voltage, the excess energy of the applied voltage is instantaneously diverted to the anode terminal. The Zener voltage is then maintained across the junction regardless of any changes in the applied voltage to the diode\'s external circuitry.

In order to make the diode applicable to a wide range of high voltage applications, ACZRC5341B-G has a wide operating temperature range from -55 to +150℃ and a high breakdown voltage up to 51V. Moreover, its integrated internal protection devices safeguard against thermal stress, as well as voltage and current fluctuations, making it suitable for use in extremely demanding operating conditions. Due to its high operating temperature range, it is also suitable for use in applications such as power supplies, rectification circuits, and other highly regulated circuits.

The ACZRC5341B-G diode is a high-performance device that is used in various high voltage applications. It is ideal for use in applications such as power supplies, rectification circuits, and voltage regulation in highly regulated circuits. Furthermore, its wide operating temperature range and internal protection devices allow it to be used in extremely demanding operating conditions. The Zener breakdown principle enables it to maintain a constant voltage across its terminals, regardless of any fluctuations in the external circuitry, and offers increased safety to the device and its environment.

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