BZD27C75P-M3-18

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The BZD27C75P-M3-18 diode, belonging to the Single Zener diodes category, is designed to provide accurate and reliable regulation of the semiconductor overcurrent. It is mainly used to provide a reference voltage between ground and the power line level, ensuring a steady voltage within the system, even when fluctuations occur in the power supply.

A Zener diode operates at a constant voltage, due to the reverse voltage applied to it. By applying a reverse voltage, the current path from anode to cathode, which would normally be prevented by normal diode operation, can be enabled. This allows current to flow in one direction from anode to cathode, and also in the opposite direction from cathode to anode, enabling a stable voltage for the device.

The BZD27C75P-M3-18 diodes are mainly used in low-noise application such as regulating audio signals, memory retention and low-noise amplifiers. They can be used to provide a steady current, compatible to the application, against changes in input voltage, or to provide a steady voltage supply against different currents and frequencies.

The BZD27C75P-M3-18 is a small package size and low power consumption device. It offers up to 18V of Zener voltage, with a Max Leakage of 0.2mA and a breaking down voltage of around 27V. The maximum power handling capability is also quite impressive with a current rating of 100mW.

Aside from representing a reliable and accurate regulation of the semiconductors overcurrent, the BZD27C75P-M3-18 is also well used for the development of power supplies, voltage regulators, and voltage reference modules. It can be utilized for many modern consumer electronics and automotive applications, ranging from simple computer boards to advanced heating and cooling systems.

The BZD27C75P-M3-18 diode from the Single Zener diode family is a robust and high performing device that delivers accurate regulation of the semiconductor overcurrent. Its small package size and low power consumption makes it a great choice for various consumer electronics, automotive, heating and cooling applications.

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