MBRA340T3G

MBRA340T3G is a semiconductor device with unidirectional conductivity characteristics. Its main characteristic is the ability to conduct current under forward bias voltage and block current under reverse bias voltage. This characteristic enables a single rectifier diode to play a crucial role in the process of converting AC to DC, and is commonly used as the basic rectifier element in circuits.

Features

The average rectified current (Io) of a single rectifier diode MBRA340T3G is as high as 3A, which can quickly process large currents and ensure stable output of the power supply. Under reverse bias voltage, its Current Reverse Leakage @ Vr is only 300µA @ 40V, which can maintain an extremely low leakage level, effectively reduce energy consumption and heat, and improve power efficiency.

The rectifier MBRA340T3G adopts the Schottky diode type and has a SMA Surface Mount installation method, which is convenient for integration into the circuit. Its working temperature range is as wide as -55°C ~ 150°C, and it can adapt to various harsh working environments.Meanwhile, the diode also has a fast reverse recovery time (trr) of only -, which helps to reduce energy loss and heat generation in the circuit.

In terms of technical parameters, the diode MBRA340T3G has a high reverse voltage withstand capacity. Its maximum DC reverse voltage (Vr) reaches 40V, suitable for high voltage application scenarios. In addition, its Voltage Forward (Vf) (Max) @ If is 450mV @ 3A, which can provide stable DC voltage output and meet the needs of low-voltage circuits. Its Capacity @ Vr, F is -, showing good high-frequency performance, which helps to reduce noise and interference in the circuit. Meanwhile, it also has a fast reverse recovery time Fast Recovery = 200mA (Io), which helps to reduce energy loss and heat generation in the circuit.

- MBRA340T3G manufacturers adopt the DO-214AC, SMA packaging process and Tape & Reel (TR) labeling packaging method, making mass production and transportation more convenient.

Applications

● Signal detector

Convert radio signals into DC electrical signals.

● Automotive Electronics

Used in alternator circuits to convert AC generated by the alternator to DC for charging the vehicle's battery.

● Battery charger

Convert AC power from the power source into DC power to charge the battery.

● HVDC Transmission

Used in high-voltage direct current transmission systems to achieve efficient long-distance transmission.