SC603IMLTRT

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

PMIC - LED Drivers facilitate the operation of LED lighting systems and display applications. The SC603IMLTRT is a PMIC - LED Driver which operates at a maximum voltage of 10.6 Volts and up to 24 Watts. This chip facilitates the PWM dimming of pulses, an automatic current sense and a fault status monitoring. With these features, the SC603IMLTRT can be used in a variety of applications where a wide range of lighting and display requirements need to be met.

The SC603IMLTRT application field ranges from automotive ports to back lighting and display systems, indoor and outdoor lighting, and residential and commercial lighting systems. This PMICic - LED Driver is designed to produce a high-efficiency and low-power platform. Moreover, this chip comes with stability and reliability capabilities for long-term operations.

The main working principle of SC603IMLTRT is based on the ability to vary the parameters pulse width to control the output current. The current control is Facilitated by a predetermined resistor value. An internal comparator then compares the sensed current and PWM signal, determining when the output current should be switched on. The output voltage is then regulated according to the set limit threshold by the external Vref. Fault status can also be monitored using the dedicated open collector pins, supporting safer operations and prevention of overloads.

The SC603IMLTRT PMIC - LED Driver offers various features such as a low-standby power mode, Constant-Current output compatibility, and a soft starter. With a low start-up current of 36mA, this driver is capable of delivering a maximum of 10.6V at 24W of total power. Furthermore, the Fault Detection & Protection feature helps to improve the system reliability. The EMI-compatibility of the chip enables it to be used in a wide range of applications.

Overall, the SC603IMLTRT offers a wide range of power solutions for automotive, back lighting and display systems, indoor and outdoor lighting, and residential and commercial lighting system applications. It\'s highly efficient, low-power platform makes it an ideal choice for application with stringent power requirements. Plus, the additional features such as current control and fault detection provide further versatility and reliability to the chip.

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