UCC20520DWR Isolators

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 UCC20520DWR device belongs to the category of Gate Drivers, which are commonly used in controlling circuit breakers, motor starters, and other forms of switches that power electrical appliances and electric devices. Specifically, the device is an isolated gate driver with 2 channels, a 6-bit digital isolator, and an I2C interface. It is a perfect fit for any system that needs to control relays or solenoids that require isolation from the controlling logic.

The UCC20520DWR\'s advanced gate drive features allow it to efficiently control a wide range of different power devices. The device\'s high-current gate driver channels and isolated clamps make it suitable for both linear and switching power devices, such as MOSFETs and IGBTs.

The UCC20520DWR\'s 6-bit isolation provides high-level protection against EMC, EMI, and ESD. The device also has an I2C-Slave Interface and a Fault Input allowing for easy integration into existing systems. The UCC20520DWR also features two 14-bit current sensing channels for efficient current sensing and monitoring.

The UCC20520DWR device is designed for operating in harsh industrial environments and its isolation voltage of 4.2kV allows the device to be used in potentially high-voltage applications. The device features low power consumption and high switching speeds.. Additionally, its hot-swap feature eliminates noise caused by using multiple power sources.

The UCC20520DWR device operates in either Voltage Mode or Current Mode to meet changing applications conditions and improve flexibility. The volatge mode of the device is designed to reduce EMI by providing faster switching and reduced switching edges. The current mode allows for higher peak currents and higher power efficiency.

Overall, the UCC20520DWR device is a reliable and highly efficient gate driver with a range of advanced features designed for maximum performance and reliability in mixed-signal motor control applications. Its I2C interface, 6-bit digital isolation, and thermal management capabilities make it an ideal fit for any industrial system requiring high-speed switching and isolation.

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