TPS61500EVM-369

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The TPS61500EVM-369 is a state of the art, high performance LED driver evaluation board. This evaluation board is designed to evaluate the features and performance of Texas Instruments’ TPS61500-series LED drivers. The TPS61500EVM-369 is ideally suited for applications in LED backlighting, LED lighting, and LED displays.

The TPS61500EVM-369 is a design platform for evaluation and development of LED drivers. The board uses the TPS61500-series devices and is designed with a flexible open-loop architecture. This design approach allows for a wide range of inputs, output currents, and LED configurations. The evaluation board features a GUI interface, which allows users to program the LED driver quickly, easily, and to their specific requirements. The GUI also provides automatic adjustments of the PWM, off-times and the output current setting.

The TPS61500EVM-369 supports an open-loop architecture for a wide range of input voltages and LED configurations. It supports a pulse width modulation (PWM) width range of 1 to 250 kHz, an off-time range of 1 to 10 kHz, and an output current range of up to 40 mA. The TPS61500EVM-369 also has external control pins for manual adjustment of the output current setting. It is designed to minimize the noise level and optimize power efficiency.

The board’s advanced architecture, coupled with a user-friendly GUI interface makes it an ideal platform for LED drivers, LED backlighting, LED lighting and LED displays. This evaluation board is also capable of handling a wide range of input voltages and LED configurations, which makes it a versatile device for both development and evaluation purposes. The TPS61500EVM-369 also features thermal management to protect against overheating.

The TPS61500EVM-369 is an ideal platform for evaluation and development of LED drivers. It has a simple and flexible open-loop architecture that makes it an ideal choice for LED lighting applications. The GUI interface simplifies programming of the LED driver, while the external control pins provide manual adjustment of the output current setting. The board also has thermal protection and a low noise design that makes it a reliable and efficient option for LED driver applications.

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