M39003/01-3164H

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Tantalum capacitors are specialized electronic components that are made with a tantalum oxide dielectric versus the air or paper dielectrics used in conventional electrolytic capacitors. They offer a much higher capacitance per volume than aluminum electrolytic capacitors, making them particularly advantageous when using smaller and/or lighter designs.

The M39003/01-3164H is a radial leaded polyester-coated, molded fixed tantalum capacitor. It has been designed and developed for use in avionics applications and is qualified to meet NASA, MILSTD-202 and MILSTD-883. Generally, the M39003/01-3164H capacitors are utilized for coupling, decoupling, and filter applications.

The working principle of the M39003/01-3164H is based on the capacitance between two conducting surfaces with an insulator between them. This insulator in the M39003/01-3164H is a tantalum oxide dielectric layer that has a permittivity of around 85. As a result, this type of capacitor has an exceptionally high capacitance-to-volume ratio, making it ideal for applications that require high capacitance in a small package.

Additionally, the M39003/01-3164H capacitors are robust and durable to withstand harsh environmental conditions and a wide temperature range. They can withstand temperatures from -65C to 115C, humidity and vibration, and higher frequencies when compared to other capacitor types.

The M39003/01-3164H capacitors also provide superior electrical performance, which includes high capacitance, low leakage current, and low equivalent series resistance (ESR) rating when compared to other types of capacitors. This makes them suitable for voltage-regulating and power-supply filtering applications.

To sum up, the M39003/01-3164H capacitors are ideal for various applications in avionics, such as coupling, decoupling, and filter applications. Their small size, high capacitance-to-volume ratio, robustness, and superior electrical performance make them ideal for high-performance applications such as power supplies, voltage regulators, and signal conditioning.

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