SI8234AD-D-ISR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI8234AD-D-ISR is an isolator in the Gate Drivers product family, and is a non-overlapping output driver. It provides an isolated gate drive with an internal low-voltage resistance, eliminating the need for external isolated power supplies. This chip is suitable for use in applications such as motor drives, automation, robotics, and motion control applications where high speed and high current are required.

This chip has two channels, each of which consists of a main lead and an output lead. The main lead drives a high-current switching transistor which, in turn, operates the output lead to drive the load. The output lead also serves as the input to the control logic connecting it to the other channel.

The SI8234AD-D-ISR contains a built-in flyback diode for protection, and a built-in voltage regulator that allows the maximum output current to be adjusted. The chip also provides noise filters that help to reduce noise, a diode switch that helps reduce EMI, and logic inputs that can be used to control the output state. The chip can also be used in battery operated applications, as it has a low-power mode so that it can be powered by battery.

The main advantage of the SI8234AD-D-ISR is that it is a non-overlapping output driver, which eliminates the need for external power supplies and reduces the complexity of the design and the cost. The fact that it contains a flyback diode for protection also enhances its safety characteristics. The internal low-voltage resistance of the chip ensures that the voltage across the output lead remains low. In addition, the chip also provides noise filters that help reduce system noise and a diode switch that helps reduce EMI, which helps make the design more robust.

To summarize, the SI8234AD-D-ISR is an isolator in the Gate Drivers product family and is a non-overlapping output driver that provides an isolated gate drive with an internal low-voltage resistance, eliminating the need for external isolated power supplies. The chip has a built-in flyback diode for protection, and a built-in voltage regulator that allows the maximum output current to be adjusted. The chip also provides noise filters that help to reduce noise, a diode switch that helps reduce EMI, and logic inputs that can be used to control the output state. The chip can also be used in battery operated applications, as it has a low-power mode so that it can be powered by battery.

The specific data is subject to PDF, and the above content is for reference