CPC1596 Load-Biased Gate Driver from Littelfuse

MC Littlefuse CPC1596 Load Biased Gate Driver 1 400

January 31, 2022

 

Ideal for industrial, building automation, IoT, and other high-power electronics applications that require fast turn-on speeds. The CPC1596 is an optically isolated MOSFET Gate Driver that requires no external power supply. It regulates an input voltage up to 570V to 12.2V for internal use. It is specifically designed for low-duty-cycle switching and low frequency operation of external power MOSFETs with 4nF of gate capacitance. The CPC1596 can be used at up to 110°C.

These MOSFET drivers couple infrared light emitting diodes with proprietary photovoltaic integrated circuits. In addition to providing voltage for turn-on of discrete MOSFETs, these patented ICs feature a gate-clamping circuit to provide fast turn-off. These devices offer a significant reduction in drive circuit complexity, board space, and cost over alternate techniques for isolated switching of MOSFETs. Used in conjunction with discrete MOSFETs, these devices are ideal for use in programmable controls, process control, instrumentation and telecommunications, replacing TRIAC/driver, mechanical relays, and bipolar components.

When input current is applied to the LED, the emitted light will activate the photodiode array and generate a voltage at the output. The optical coupling provides a high level of input-to-output isolation. These gate drivers are well suited for use in discrete solid state relay designs and other isolated switching applications.

MC Littlefuse CPC1596 Load Biased Gate Driver 2 400

 

Features:
• Optically isolated, input-to-output
• May be configured for AC and DC switching
• 5mA control current
• No EMI/RFI generation
• Replacement of discrete components
• Solid state reliability
• VDE Compatible

 

Applications:
• MOSFET driver
• Programmable control
• Process control
• Instrumentation
• Telecommunications

DCS Littelfuse ZCASE BMZB Series Fuse Holder 4 400

 

 

 

To learn more about the CPC1596 Load-Biased Gate Driver click here 

 

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