TPS61096EVM-787

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TPS61096EVM-787 is a highly compact evaluation module (EVM) designed to allow design engineers to easily evaluate certain power supply features under typical applications. It is a DCDC & ACDC (Off-Line) universal buck synchronous SMPS that is usually used as a step-down converter, but can also work as a step-up, inverting or buck-boost converter, depending on the application. The device is capable of driving a buck switching current of up to 3 amps (3.3V to 24V output) and is capable of delivering up to 5/7/9 amps of continuous current when enabled by the external FETs.

The EVM is based on the TPS61096, which is based on the Texas Instruments AON6595 fully integrated synchronous buck-boost DC-DC converter with an integrated 6.25mΩ N-channel MOSFET. It is an efficient, low noise switching regulator for a wide range of applications, from high efficiency telecom and computing applications to mobile devices, slim notebooks, and even automotive solutions. It is also ideal for powering a wide variety of PCs, laptops, wearables, and IoT applications.

In terms of features, the TPS61096EVM-787 offers an elegant solution for evaluating the device’s performance. It comes with a comprehensive debugging and data monitoring system, and features a simplified pin diagram, PCB layout, and power configuration. It also offers the flexibility of adjustable output voltage and current limit. The device is equipped with detailed test points, including input voltage (VIN), 15V and 5V outputs, and power enable (EN) for ease of use with efficiency, thermal, and dynamic load tests.

The application of TPS61096EVM-787 includes low voltage systems, embedded displays, system platforms, modules for computer, telecommunication, and industrial solutions. The EVM can be used for benchmarking, system design, and as a standalone power solution. It can also be used for automotive, portable, and industrial applications.

The working principle of the TPS61096EVM-787 is relatively simple. It is based on a synchronous buck converter, which is controlled by the AON6595. The AON6595 uses Pulse Width Modulation (PWM) signals supplied by its internal control algorithm to switch the integrated MOSFET and provide a regulated output. Based on the feedback voltage, the PWM signal will be adjusted accordingly to ensure the output voltage remains within the pre-specified range. In addition, the EVM also includes an external FET with 5A/7A/9A capability, providing additional current for powering heavy-load devices. The EVM also offers adjustable current limit, allowing for scaled down or scaled up converters, meaning that it can be used to power low-voltage applications as well as high-power applications efficiently.

With the latest TPS61096EVM-787, design engineers can easily evaluate the performance of DC-DC synchronous buck-boost devices under typical applications. It is a highly efficient, low noise switching regulator that is suitable for numerous applications, from high efficiency telecom and computing applications to mobile devices, slim notebooks, and even automotive solutions.

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