LT3595EUHH#TRPBF

The LT3595EUHH#TRPBF is a Poly Phase PMIC - LED Driver designed by Linear Technology Corporation. The device is a high-power, high-efficiency, Poly Phase, external diode synchronization, boost-buck converter designed to provide a constant current regulated output for powering light-emitting diodes (LEDs).

The LT3595EUHH#TRPBF is specifically designed for long-term use in automotive, backlighting and industrial applications where multiple LEDs must be powered from a DC input voltage source. The device supports 8-phase operation with two independent external floating power switches and uses its internal logic to create an advanced control loop that adjusts each phase instantaneously to maintain a constant, regulated current output. The device requires no external resistor for current setting; only one external resistor is required for current setting, since the Poly Phase operation eliminates the need to use multiple FETs and complex analog circuitry.

The LT3595EUHH#TRPBF is a highly integrated device with a wide input voltage range (which makes it suitable for a wide range of applications) and the ability to operate up to 0.85A per phase. The device has a wide output current range (0mA to 0.9A) and is designed to offer superior performance in terms of efficiency, line and load regulation and transient response. The device also offers a wide dimming range, adjustable peak current and frequency. The device has an internal temperature protection that prevents overheating and offers a fault detection pin to monitor current and thermal monitoring.

The LT3595EUHH#TRPBF is an easy-to-configure device that offers a simple and flexible interface for controlling the LED current. The device has a flexible control and diagnosis system, which enables a quick and easy setup for a variety of LED applications. The device also has a low-noise architecture that reduces Electro Magnetic Interference (EMI).

Overall, the LT3595EUHH#TRPBF is an excellent Poly Phase PMIC - LED driver from Linear Technology Corporation, ideal for a wide range of automotive, backlighting and industrial applications where multiple LEDs must be powered from a DC input voltage source. The device is easy to configure and offers superior performance in terms of efficiency, line and load regulation, transient response, dimming, peak current and fault detection.