JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Free shipping worldwide on featured products - use code JUNE22_FREESHIP at checkout! Start your design today.Free shipping worldwide on featured products - use code JUNE22_FREESHIP at checkout! Start your design today.Free shipping worldwide on featured products - use code JUNE22_FREESHIP at checkout! Start your design today.Free shipping worldwide on featured products - use code JUNE22_FREESHIP at checkout! Start your design today.Free shipping worldwide on featured products - use code JUNE22_FREESHIP at checkout! Start your design today.
Enter your email address to be notified when the product is available to order.
The L9369 targets the specific application of electric parking braking, suitable for system configuration in cable-puller or Motor Gear Unit (MGU).
The cores are two H-bridge driver stages to drive 8 external FETs for the rear wheels brakes actuators. The stages are fully driven and configurable via SPI, also in PWM control mode and protected against overcurrent, with drain-source and gate-source voltages monitoring.
A synchronized motor voltages and currents acquisition, is performed via full differential amplifiers with programmable and precise gain and low offset and 10 ADC sigma-delta modulators.
Two configurable HS/LS stages are present with programmable output voltage to drive LED arrays, with feedforward regulation.
2 Motor Speed Sensor interfaces (MSS) are available to acquire position feedback from brake actuators (shared with Lamp driver stage and GPIO).
The set of the interfaces is completed by 4 GPIO (General Purpose I/O) pins and a button interface allows to manage specific customer requirements from Electronic parking braking (EPB) button console both in Normal and Sleep Mode.
