BAT43WS-G3-08

BAT43WS-G3-08 is a diode rectifier with single terminal and multiple electrical characteristics. It is used for rectifying and drive circuit in various electronic equipment, such as the power of radio, television, computer, toys, micro-motor, karaoke and various electronic products. This diode rectifier is widely used in the fields of switching power supply, aerospace, automobile, household appliance, industry production and so on.

The BAT43WS-G3-08 is a 300V 200mA surface mounted Schottky rectifier with a forward current of 200mA. Its blocking voltage is rated at a maximum of 300V. Its forward voltage drop is only 0.60V to 0.90V, which is 70% less than the voltage drop of normal diode rectifier. It also has a good reverse recovery time of up to 10μs, which makes it suitable for high switching frequency.

Working Principle:

The working principle of the BAT43WS-G3-08 is as follows: electrons flow from the cathode to the anode, and holes are injected into the anode from the cathode. When electrons have a certain energy, they will collide with the anode to form a current. This current will be the same as in traditional diodes. The only difference is that this current is generated at a lower voltage than normal rectifiers and thus consumes less power. Otherwise, its working principle is the same.

The BAT43WS-G3-08 is also designed to limited the flow of current. It can protect your electricity systems and circuits, preventing them from damages caused by a large amount of current flowing through. As long as the voltage applied to each end of the diode is not greater than the breakdown voltage of the diode, it will not affect the electricity supply. Moreover, its PN junction helps to reduce the static power consumption, thus making it suitable for power-saving applications.

In conclusion, the BAT43WS-G3-08 is a surface mounted Schottky rectifier with multiple features and advantages. It is largely used in various types of electronic equipment and can be applied for rectifying and drive circuit in many fields. It has a low forward voltage drop and a fast reverse recovery time, which makes it an excellent choice for various electronic applications. Additionally, its PN junction helps reduce the static power consumption, making it a perfect device for power saving purposes.