SSL5001T/1J

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PMIC LED drivers are device used to provide a specialized type of power to LED displays. The SSL5001T/1J is one of these devices which enable controlled voltage and current to drive multiple LED strings and offers various modes of current regulation and dimming control. The device can be used in many areas including automobiles, computers, TV displays and more. With its advanced features, this device is perfect for many modern applications.

The SSL5001T/1J comes with a range of features that help it to deliver the best performance. Its two output channels are individually controlled, enabling independent current and dimming control for each one. It also supports a wide input voltage range from 4.5V to 20V, allowing it to operate in a variety of environments. Moreover, the device also provides a soft start feature which helps to minimize current spikes during startup.

In terms of protection features, the device has thermal protection, integrated over temperature, under voltage and over voltage protection. This ensures that the device remains safe and reliable at all times. It also comes with a power supply rejection ratio feature, making it less susceptible to noise from the surrounding environment.

The primary purpose of the SSL5001T/1J is to provide constant current to LED displays. This can be achieved by adjusting the output current through the external feedback resistor. The device has been designed to support a wide range of output current, ranging from 350uA to 850mA, allowing it to be used in multiple applications. Additionally, the device can also delivered PWM dimming, making it suitable for applications that require extra control over the LED brightness.

The SSL5001T/1J is one of the most versatile and reliable devices available for LED displays. It provides a wide range of features and protection mechanisms, allowing it to be used in a variety of applications. Furthermore, its ability to deliver PWM dimming and its support for a wide range of current and input voltages enable it to provide the best performance in any given environment.

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