2M75ZHB0G

A 2M75ZHB0G is a single Zener diode that is used for a variety of situations, ranging from reverse bias operation to providing voltage regulation. It is one of many types of diodes that are designed for various applications.

Application Field

One of the most common applications of the 2M75ZHB0G is as a voltage regulator. In this case, the diode is connected across a power supply, and it regulates the voltage output depending on the reverse-bias voltage across its terminals. This allows the supply to provide a constant and reliable voltage, which is an important part of many electronic circuits. In addition, the diode can be used as a protection device to protect electronic components from overvoltage and short circuits.The diode is also commonly used for DC-DC conversion. In this application, the diode is used to convert a DC voltage from one voltage level to another. This is especially useful when the power supply is limited, as the diode can provide the necessary voltage level for a given circuit. Additionally, the diode can be used to rectify AC signals, allowing them to be used in DC circuits.

Working Principle

The 2M75ZHB0G works by allowing a portion of the current along the reverse bias voltage to pass through it at a specified level. When the reverse bias voltage is relatively low, the current flow is limited, while at higher bias voltages, the current flow is unrestricted. This is known as the Zener effect. The voltage at which the diode begins to allow current to pass is known as the Zener voltage, and this value is typically specified in the manufacturer\'s data sheet.The amount of current that is allowed to pass through the diode depends on several factors, such as the device\'s temperature and the bias voltage applied. The device is also capable of dissipating a large amount of power, depending on the current and the voltage across its terminals.The diode is also capable of providing a reverse breakdown voltage, which is the voltage that the diode can withstand before it fails. This voltage is typically higher than the Zener voltage, and it depends on the device\'s construction and other factors.