HSM140JE3/TR13

The HSM140JE3/TR13, classified as diodes-rectifiers-single, is a small package rectifier with advanced performance and high efficiency.

This rectifier uses silicon-field-effect technology and is a perfect module for applications in circuits with high stability, low voltage, and moderate current.

The working principle of this device is that it lets the current flow in only one direction, thus making it ideal for occasions where an alternating current should be converted to direct current.

The main application field of the HSM140JE3/TR13 is the switching power supply or DC/DC converter. In terms of applications in the switching power supply, this rectifier is used for PFC (active power factor correction) pre-regulator, for where the rectifier diodes form a bridge between the AC circuit and the power supply’s DC output.

Besides, the HSM140JE3/TR13 can be applied in the automotive industry, such as when being used as an active rectification switch in an alternator to improve its efficiency. It is also an obvious choice in the mobile phone chargers, computers, and other electrical devices.

Moreover, the low forward voltage characteristics of the HSM140JE3/TR13 help reduce the power loss and provide more efficiency. A good feature of this device is that it has high surge ratings which makes it suitable for use in applications with large inrush current requirements.

Furthermore, the reverse polarity protection characteristic of the HSM140JE3/TR13 is rated at 400 volts, which makes it perfect for applications with short-circuit and other protection needs.

The HSM140JE3/TR13 is available in the SOP3 package. Its overall size is 5.9mm x 3.9mm. Since the device is very small in size, it can be an ideal solution in tight application spaces.

Overall, the HSM140JE3/TR13 is a very reliable and efficient rectifier. Its applications include power factor correction and active rectification in automotive industry. Its features also make it suitable for a variety of applications requiring reverse polarity protection and efficient power conversion.