IXDI430MCI

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 IXDI430MCI is an advanced feature-rich PMIC Gate Driver designed to provide higher performance and greater flexibility for a wide range of applications. It is particularly suited for medium-voltage drives that require smooth, stable operation, such as those found in automotive, consumer and industrial applications.

The IXDI430MCI is based on an advanced, low-power inverting level-shifting technology and is capable of driving both buck and boost type power sources with minimal external components. The IXDI430MCI can drive MOSFETs or and IGBTs at up to 45V and provide up to 10A of drive current. It is designed for tight loop control and for fast switching in high frequency applications, providing a frequency response of up to 500kHz.

Moreover, the IXDI430MCI is designed to run at low power and wide temperature. The patented ESD protection circuitry allows for successful communications even in the presence of high EMF fields, while the integrated balun transformer provides enhanced noise immunity. Last, but not least, the IXDI430MCI also features step up and step down circuitry, as well as a voltage-controlled current source.

At the core of the IXDI430MCI is a two-stage, half-bridge configuration, providing continuous conduction in four quadrants. This half-bridge architecture is composed of two interrelated, complementary transistors for up and down-strapping. This allows for fail-safe driving of the power devices by providing voltage control of both polarities, at the same time. A power-on reset circuit is included to provide a clean start.

The IXDI430MCI also includes an integrated analog current limiting feature to prevent over-current conditions from occurring. This is accomplished by using a pair of variable resistors that adjust the gate voltage for better current control and dynamic response. Further protection is provided by the built-in over-temperature and fault protection circuits, configured to detect either instantaneous or long-term power supply current conditions.

The IXDI430MCI is designed to work over a wide range of temperature and operating conditions, guaranteeing maximum reliability and reliability. The IXDI430MCI also offers programmable features such as pulse-width modulation (PWM) frequency, dead-time control, power supply current limiting, and non-pin compatible I/O monitoring. This allows the IXDI430MCI to be used in a variety of applications requiring a high degree of flexibility.

In conclusion, the IXDI430MCI is an ideal PMIC Gate Driver for applications demanding high performance operation and flexibility. It is designed for high frequency and tight loop control, making it suitable for operation under a variety of conditions. With its advanced power control and protection circuitry, sophisticated fail-safe architecture, and wide temperature and voltage range, the IXDI430MCI is perfectly suited for many demanding applications.

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