BAT64-05-TP

Diodes – Rectifiers – Arrays

The BAT64-05-TP application field and working principle falls under the category of Diodes – Rectifiers – Arrays. Diodes are two electrode semiconductor devices, which allow current to flow in one direction, while blocking and impeding flow in the opposite direction. Rectifier is a diode or an array of diode, whose devices can switch the direction of current from one direction to the other. Arrays are the electronic components with multiple circuits.

BAT64-05-TP is an array of four shunted Schottky diodes in a standard Mini-SMA package. It is designed to be used as a low forward voltage drop rectifier in low forward voltage drop application such as dc-dc converters, DC-AC inverters and voltage multiplier circuits. It is made up of Schottky diode, which provides low forward voltage drop, deep junction, and fast switching time due to its low reverse recovery characteristics.

The working principle of the BAT64-05-TP diode array is as follows: when a direct current, DC, flows in one direction, only the anode is positively biased and the cathode is negatively biased. Due to the rectifying property of the Schottky diode, the current will flow only the anode and the cathode. When there is alternating current, AC, the forward biased current flowing in the anode switches direction with the reverse biased current flowing in the cathode. This switching of current direction causes the current to flow in the opposite direction as a rectified current or diode current.

TheBAT64-05-TP diode array is designed to be very efficient and can handle higher voltages and currents in both directions, resulting in decreased power losses. It also has a compact design, which allows it to be used in smaller applications. The lower VF of the Schottky diodes makes it more ideal for use in dc-dc converters, DC-AC inverters and voltage multiplier circuits.

Overall, the BAT64-05-TP diode array is a great choice for applications requiring efficient, low voltage drops. With its compact design, high efficiency, and low VF, it is perfect for use in applications such as dc-dc converters, DC-AC inverters and voltage multiplier circuits.