GLL4761-E3/97

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The GLL4761-E3/97 is a single Zener diode. It is a type of semiconductor device that is widely used for voltage regulation and for protecting electrical circuits from excessive voltage. The diode works by allowing current to flow in one direction, while blocking current in the opposite direction. This feature makes it ideal for use in a variety of different applications.

The GLL4761-E3/97 is a widely used diode for protection and voltage regulation. In particular, it is designed for applications that require a reliable and consistent supply of DC power. It is often used in the power supply of electronic devices, such as laptops, cell phones, and car audio systems. It can also be used to protect equipment against power surges, by blocking any excessive voltage.

The GLL4761-E3/97 has a maximum voltage of 97 volts, with a maximum current rating of 400ma. It is a low-cost, low-noise diode that is capable of operating at high temperatures up to 150°C. The diode has a relatively low forward voltage drop, making it ideal for power supply design, as it reduces energy losses. It is also RoHS compliant, making it suitable for use in high-performance electronics.

The GLL4761-E3/97 has a unique working principle. When a voltage is applied to the diode, it creates an opposing electric field, causing current to flow in one direction and blocking current in the opposite direction. This feature allows the diode to act as a voltage regulator, ensuring a consistent and reliable power supply to the connected device.

In addition to its protective and voltage regulating features, the GLL4761-E3/97 is also widely used as a temperature sensor in electronic devices. This is because the diode\'s forward voltage drop increases as the temperature rises, making it an effective way to measure temperature changes.

The GLL4761-E3/97 is a versatile and reliable diode. Its low cost, low noise, and high temperature rating make it an ideal choice for a variety of applications including voltage regulation, protection, power supply design, and temperature sensing.

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