35TQC3R9MYF Capacitors

Tantalum - Polymer Capacitors and 35TQC3R9MYF Application Field and Working Principle

Tantalum-polymer capacitors, or polymer tantalum capacitors, are now widely used in a wide variety of circuits. As a new type of electrolytic capacitor, tantalum-polymer capacitors are gaining popularity due to their low cost, high capacity, extended working temperature range, and high stability over long periods of time. Here, we will discuss the application field and working principle of a more specific model – 35TQC3R9MYF.

Features of 35TQC3R9MYF

The 35TQC3R9MYF is an aluminum oxide electrolytic capacitor. It is non-polarized, with a low-dissipation factor and wide temperature range of -55°C to +125°C. It is designed for high-current, large capacitance applications in industrial, communications, and medical equipment. It has a capacitance of 9.0 µF, and a voltage rating of 35V.

Application Field of 35TQC3R9MYF

The 35TQC3R9MYF is mainly used in the fields of power supplies and DC-DC converters, as its low-dissipation factor and wide temperature range helps ensure a stable and reliable operation of the circuits. The multi-layered aluminum oxide construction ensures that the capacitor is highly durable, and its wide operating temperature range of -55°C to 125°C allows the capacitor to be used in a range of environmental conditions. Thus, the 35TQC3R9MYF is an ideal choice for usage in applications that require high power, such as motor controllers, pressure control systems, and power control systems.

Working Principle of 35TQC3R9MYF

The 35TQC3R9MYF is a “polymer” type electrolytic capacitor, which means that the “electrode” material that forms the capacitor is composed of a “polymer” type material that has a large surface area. This makes the capacitor more efficient and stable, as it can store more energy on the electrode than conventional capacitors. The 35TQC3R9MYF has a non-polarized construction, meaning that the electrical connection between the electrolyte and the anode is made without the need for a “polarity” switch. This makes them easier to install and use in circuits.

The 35TQC3R9MYF also has an oxide layer on the inner surface of its electrodes, which helps to insulate and protect the capacitor from electrical shock and current overloading. This layer of oxide also increases the life span of the capacitor, as it prevents leakage and short-circuiting. Finally, the tantalum-polymer construction allows for higher capacitance to volume ratio than conventional capacitors, giving it a higher capacity for energy storage.

Conclusion

The 35TQC3R9MYF is a polymer tantalum capacitor with high current, large capacitance capabilities. It is widely used in applications where high power is needed, such as motor controllers, pressure control systems, and power control systems. Its low-dissipation factor and wide temperature range help to ensure a stable, reliable operation over long periods of time. The oxide layer on the inner surface of its electrodes also helps to increase its life span, while its tantalum-polymer construction allows for higher capacitance to volume ratio than conventional capacitors.