NRVB140ESFT3G

Diodes are semiconductor devices that are used to allow the flow of electric current in one direction. The NRVB140ESFT3G falls into the category of Single Rectifier Diodes, which are used to convert AC voltage into DC voltage. This particular diode is designed to handle a maximum reverse voltage of 140V and a forward current of 3A.

Single Rectifier Diodes are unidirectional devices that have a low forward voltage drop and high reverse voltage blocking capability. The device is designed to convert alternating current (AC) to direct current (DC). The NRVB140ESFT3G reduces the voltage from AC to a usable DC voltage. This is done by allowing the current to flow in one direction only and blocking it in the other direction. When current passes through the diode it is converted from AC to DC in the process called rectification. The NRVB140ESFT3G has a very low forward voltage drop and a high reverse voltage blocking capability. This makes this diode more efficient and allows for higher current ratings over other diodes.

Apart from rectification, the NRVB140ESFT3G can also be used for a variety of other DC/DC conversion applications. This include in-vehicle power supplies, battery-based systems, and battery chargers. The 140V reverse voltage block makes this device a suitable choice for the protection of modules, circuits, and components from transient overvoltage.

The NRVB140ESFT3G is a high-quality diode designed for a wide range of use and application. It has a variety of electrical characteristics that make it suitable for AC/DC conversion and other control applications. The diode has an operating temperature range of -55°C to 150°C, making it suitable for extreme temperature environments. The device also has a peak forward surge current capability of 15A, making it suitable for high-current and high-surge applications.

The NRVB140ESFT3G is a high-efficiency single rectifier diode that is suitable for a wide range of applications. It has a low forward voltage drop and high reverse voltage blocking capability, making it an ideal choice for voltage conversion and control applications. The device is designed for extreme temperature applications, making it suitable for high-power and high-surge environments, as well as in-vehicle power supplies, battery-based systems, and battery chargers.