TPS92550EVM/NOPB

The TPS92550EVM/NOPB board is a versatile evaluation board designed to address the performance and features of Texas Instruments’ TPS92550 family of LED Drivers. The board supports a host of features, including a range of current sink - up to 36 current sink modes - and adjustable output current, short circuit protection, low start up voltage and adjustable current source - up to 32 current source modes - as well as sophisticated diagnostic circuitry. With its flexibility and robust design, the TPS92550EVM/NOPB board can evaluate the performance and features of TI’s TPS92550 products in a variety of applications, from lighting and lighting control, to energy saving and adjustable current source techniques.

The board utilizes the TPS92550, an Integrated circuit (IC) specifically designed for LED pointing, illumination and control. It includes the capability of controlling a wide variety of LED types and drivers in multi–string and multi–level applications. The TPS92550EVM/NOPB board provides wide range of LED operating parameters including LED color, LED current, LED operating temperature and LED pulse width modulation frequency. It also has features like adjustable current source and load pulse frequency. Additionally, it allows you to change the LED current value via potentiometer control, eliminating the need to purchase a new LED, while still providing consistent performance across multiple parameters.

The TPS92550EVM/NOPB board features a large heatsink, allowing for continuous operation and improved thermal performance. The board is designed to provide a great deal of flexibility in terms of setting LED parameters, enabling testing and evaluation of techniques such as dimming, flicker-free LED lighting, LED spreadfactor adjustment and PWM control of LED color. The board includes diagnostic circuitry, along with overcurrent and temperature protections, which together ensure reliable and safe operation in various LED driver applications.

The TPS92550EVM/NOPB board is ideal for driving numerous LED strings from one or two input sources. Its adjustability, simple interface, and robust design make it a great choice for a variety of LED driver applications. Additionally, it is simple to operate and provides users with a powerful and reliable evaluation platform for evaluating TPS92550 products in a number of different LED driving scenarios.

In conclusion, the TPS92550EVM/NOPB evaluation board provides users with a comprehensive evaluation platform, enabling evaluation and testing of a wide range of LED related parameters and techniques. It ensures safe and reliable operation and provides users with the flexibility and convenience needed for successful LED driver applications.