Fairchild Semiconductor's automotive-grade high-speed, low-side driver series improves efficiency and simplifies design

Automotive applications using power MOSFETs require gate drivers with high peak drive current and low output impedance. The FAN31xx_F085 and FAN32xx_F085 * series of high-speed, low-end automotive qualified gate drivers from Fairchild Semiconductor (NYSE: FCS) bring flexibility to power supplies and other high-efficiency MOSFET switching applications, offering a large number of functional and performance combinations Choose to create a compact, efficient and reliable design.

These AEC-Q100-compliant drivers are available in SO8 packages and offer TTL or CMOS input threshold options. This ensures the best design compatibility. These drivers have two inputs per channel (dual input (+ and – logic), inverting and enabling or in-phase and enabling), providing design flexibility.

The main function:

· Passed AEC-Q100 certification

· Compound MillerDrive ™ architecture provides powerful gate drive

· Short and well-controlled time delay (for> 1MHz switch <20ns propagation delay) enables parallel drivers

And optimize drive timing to maximize efficiency

· Fail-safe input: If there is no input signal, the output remains low

20V Abs maximum> 4kV ESD and> 500mA reverse current

· -40 to +125 degrees Celsius operating ambient temperature range

Fairchild Semiconductor collaborates with the world's leading car manufacturers and system suppliers to create semiconductor solutions that support a range of applications, including optimizing power management for modern models, reducing fuel consumption and environmental pollution.

* The suffix "_F085" refers to products that have passed automotive certification.

Fairchild Semiconductor

Fairchild Semiconductor (NYSE: FCS)-Global operations, local support, innovative ideas. Fairchild Semiconductor provides high energy efficiency, easy application and high value-added semiconductor solutions for power and portable designs. We help customers develop differentiated products and solve their difficult technical challenges with our expertise in power and signal path products. For more information, please visit the website :.