TPS61107EVM-216

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 TPS61107EVMEVM-216 is a power supply evaluation boards used to test and evaluate the performance of the TPS61107 low output voltage range, high efficiency, low-cost, lightweight DC/DC power controller devices in a wide range of applications. This board is used mainly for low-power application, such as LED lighting, medical equipment, consumer electronics, automotive applications, and the like. The combination of the TPS61107EVM-216 application field and working principle make it a great tool for designers and engineers who need to evaluate power system performance in a very cost-effective manner.

The TPS61107EVM-216 is designed to accept an input voltage from 12V to 22V and can be used to deliver a negative output to grounded loads. It is a high-efficiency switching mode DC/DC/AC converter designed to reduce power dissipation over wide input voltage and output current ranges. It can be used for any non-isolated DC/DC application for which a high efficiency is essential. The TPS61107EVM-216 has an optimized set of features and is designed to meet the requirements of both switching regulators and linear regulators, depending on the application. It also comes with a wide selection of external components, which allow users to customize the converter to their specific application needs.

The device implements a robust circuit topology called multistage forward converter, which allows it to achieve high efficiency over a wide input voltage and current range. This structure also helps reduce power losses due to switching frequency. The TPS61107EVM-216 also contains various PC software tools and conduction mode support which are designed to assist users in testing and tuning the converter.

The working principle of the TPS61107EVM-216 involves several stages. The first stage is the power stage, in which the input voltage is rectified and the input power is supplied to the DC/AC converter and held at a constant voltage by feedback loop. The second stage is the buck stage, in which the DC/DC conversions are performed by connecting the power source to the load. Finally, the third stage of the TPS61107EVM-216 is the control stage, where the pulse width modulation (PWM) signal is generated and adjusted such that the output voltage matches the desired voltage. The control logic also controls all the other features of the converter such as peak current protection, short circuit protection, and overload protection.

One of the main advantages of TPS61107EVM-216 is its very low cost compared to other converters. The highly integrated structure and optimized features of the TPS61107EVM-216 make it suitable for a wide range of applications. Its low cost and flexibility make it ideal for cost sensitive applications. Additionally, the TPS61107EVM-216 has the capability to support dual output from the same card, which further enhances design flexibility.

In summary, the TPS was designed for applications that require a high efficiency, low-cost, lightweight DC/DC power conversion solution. The TPS61107EVM-216 is very cost effective compared to other converters and comes with a set of features that make it an ideal choice for a variety of applications that require power conversion. It is a robust, reliable, and highly efficient DC/DC converter and is a great tool for designers and engineers to evaluate the performance of the power system.

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