TR8M105M016C9500

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Introduction

Tantalum capacitors are capacitors that use tantalum as the anode. The anode has excellent electrical conductivity, which makes the capacitance value up to μF level, which is widely used in various electronic products, such as telephones, computers and consumer appliances. Tantalum capacitors are mainly divided into wet tantalum capacitors and dry tantalum capacitors. TR8M105M016C9500 is a dry tantalum capacitor, which is mainly based on the metal oxide film on its anode for capacitance.

Overview

TR8M105M016C9500 is a dry tantalum capacitor developed by Texas Instruments. It is mainly composed of a tantalum base and a metal oxide film. It features a low leakage current and a large capacitance. The application fields of TR8M105M016C9500 include high-end communications, medical electronics, spacecraft, aerospace, military electronics and other industrial fields.

Application fields

TR8M105M016C9500 has a wide range of applications. It is mainly applied in high-end communications, medical electronics, spacecraft, aerospace, military electronics and other industrial fields. As a dry tantalum capacitor, TR8M105M016C9500 has the following advantages:

• High insulation resistance, up to 100 GΩ·μF·□;
• High capacitance value, which can reach up to μF level;
• High operating frequency and high ripple current;
• Reliable performance, low temperature coefficient and strong antistatic capability;
• Low ESR and small outsize.

Working Principle

The working principle of TR8M105M016C9500 is based on a metal oxide film on its anode. As a multi-layer composite structure, the metal oxide film can generate a large capacitance while maintaining excellent insulation. The metal oxide film is placed between the anode and ground, forming a capacitor that can generate electrical energy when voltage is applied. The dielectric of the metal oxide film is composed of layered Ta2O5 and TaO, which is a very reliable high capacity solution.

Conclusion

TR8M105M016C9500 is a dry tantalum capacitor that has a wide range of applications. Its metal oxide film is placed between the anode and ground, forming a capacitor that can generate electrical energy when voltage is applied. Because of its low leakage current, large capacitance and reliable performance, it is widely used in high-end communications, medical electronics, spacecraft, aerospace, military electronics and other industrial fields.

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