TLV62585PEVM-030

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

The TLV62585PEVM-030 Evaluation Board is a DC/DC and AC/DC off-line SMPS designed to provide an optimized platform for evaluating the TLV62585 offline switcher controller. It is a cost-effective evaluation module that offers an extensive list of features and benefits to allow designs to easily evaluate the performance of the TLV62585 IC.

The board is equipped with a wide range of device options and operation modes, providing a better understanding of system performance parameters. It is fully compliant with the safety requirements of many countries and regions including the United States, Canada, China, Europe, Japan and Mexico.

The TLV62585PEVM-030 is based on an off-line universal input, continuous current buck topology with overcurrent protection and current limiting and is capable of delivering up to 30 W of output power. It is suitable for low-cost applications such as consumer appliances, power tools, medical equipment, and remote control systems.

The Evaluation Board can be used as a reference design for the development of off-line switcher applications. It includes a wide range of features including buck converter topology, programmable current limit, programmable over-current protection, programmable soft start, power fail detection, and open/short outputs. It also features programmable over-voltage protection and adjustable operating frequency.

In addition to the wide range of features, the Evaluation Board is also equipped with a set of diagnostic tools, such as a robust GUI-based software application and a high-performance graphical user interface (GUI). This helps to ensure optimum system performance with maximum efficiency, and can be used to make accurate measurements and comprehensive tests on the hardware.

The Working Principle of the TLV62585PEVM-030 is based on the Buck topology which is an efficient, power-saving, and cost-effective technique for designing an AC to DC power converter. This topology employs an inductor to step down the input voltages and current to a required level and a switch placed across the input to control the flow of the currents.

Buck converters usually contain parasitic elements that produce additional emissions that must be minimized. To control the EMI levels, the TLV62585PEVM-030 board incorporates a switching frequency modulation technique, which effectively reduces broadband and in-band EMI.

The board supports a wide range of output current ranges up to 30W, making it suitable for low and mid-power applications. The device also has an onboard USB port and voltage detection circuit, which can be used to monitor the output voltage and current.

The TLV62585PEVM-030 Evaluation Board is a cost-effective evaluation module that offers optimal performance and design flexibility for evaluating the TLV62585 offline switcher controller. It is an ideal solution for applications requiring reliable and efficient power conversion, such as consumer appliances, power tools, medical equipment, and remote control systems.

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