TPD4E110DPWEVM

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The TPD4E110DPWEVM evaluation module is a test board designed to help engineers evaluate and demonstrate the capabilities and features of the TPD4E110-Q1 Automotive ESD protection diode. Featuring 2 SPST switches, two inputs, two separate outputs and two LEDs, it allows full input and load connectivity and provides a wide range of diagnostic information for engineers to study and analyze while testing the diode. The board is designed to allow engineers to accurately measure and evaluate the diode’s performance in various automotive ESD-protection applications.

The TPD4E110DPWEVM can be used to observe the diode’s performance in the two most common automotive ESD-protection topologies: shunt and clipper. When used in shunt mode, the diode has two inputs from which it can be triggered to conduct, one at the anode and one at the cathode. When used in clipper mode, the diode has only one input at the anode and the cathode is shorted to the anode. For each mode, there are two separate outputs that allow engineers to measure the diode’s performance.

The primary purpose of the evaluation board is to allow engineers to evaluate and study the diode’s performance in both shunt and clipper mode. It offers a wide range of diagnostic information, such as voltage and current measurements, Junction-Temperature (JT) measurements, and various power dissipation measurements. In addition, the evaluation board allows engineers to study the diode’s ESD response, device linearity, charge injection, and pulse-width stretching capabilities.

The evaluation board is also equipped with 2 SPST switches and 2 LEDs to provide engineers with a means of controlling the diode’s operation as well as providing visual indication of operation. The SPST switches allow engineers to control the anode voltage or the cathode voltage to enable the diode to conduct, while the LEDs provide clarity on diode status. By controlling the diode’s operation in this way, engineers can better evaluate its performance in various automotive ESD-protection applications.

In addition to evaluation and diagnostic purposes, the TPD4E110DPWEVM evaluation board can also be used for demonstration purposes. For example, the board can be used to demonstrate to students, customers, or other engineers how the diode is used and how it responds to various conditions. This can provide an understanding of the diode’s features and performance, which can be applied to the development of automotive ESD-protection applications.

Overall, the TPD4E110DPWEVM evaluation and demonstration board is an essential tool for engineers in the field of automotive ESD protection. It provides a wide range of diagnostic information for analysis and evaluation, and allows engineers to study and demonstrate the diode’s performance. With this knowledge, engineers can better design and develop robust automotive ESD protection applications.

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