TH3B335M035F3500

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Tantalum Capacitors

Tantalum capacitors, or tantalum electrolytic capacitors, are electronic components used in a variety of electronic circuits, including computers, telecommunications equipment, and other high-tech devices. Also known as tantalum electrolytic capacitors, they are made from tantalum metal, an easily formed anodized metal that can handle high voltages. Capacitors, whether tantalum or otherwise, are two-terminal electrical components that store electrical energy and regulate the flow of electrical current.

TH3B335M035F3500 application field and working principle

The TH3B335M035F3500 is a type of tantalum capacitor, specifically a through-hole device. It is a high-performance, polarized capacitor that consists of a conductive tantalum anode and a non-conductive dielectric layer (typically polyester or polypropylene) that form a capacitor element. The polyester or polypropylene dielectric layer helps keep the current stable and prevents short circuits from occurring during operation. The anode is typically constructed from an anodized tantalum plate, usually of two millimeters or less in thickness.

The TH3B335M035F3500 has high frequency performance, with a low leakage current and an extended operation temperature range from -55°C - +125°C. Its maximum working voltage is 35V DC and its tolerance is +-20% at 120Hz, +-10%at 1kHz. It can be used for high working voltage, low ripple, high frequency, and resonance applications.

The TH3B335M035F3500 is commonly used in medical and telecommunications equipment, consumer electronics, and other high-loads applications. Its polar nature makes it especially useful as a starting component in switched-mode power supplies, power converters, and resonators. It can also be used in any circuit that requires low ESR and inductance, like buffered outputs, high-side current sensing, clock generators, and switching regulators.

The working principle of the TH3B335M035F3500 is to use the electric field generated by the capacitor to store electrical energy. This electric field is created when a voltage is applied across the two terminals of the capacitor, which causes electrons to move from one side to the other. The electric field created between the two sides causes a charge to be stored, which can be later released when the voltage is removed. Tantalum capacitors may also contain a second dielectric layer, these types of capacitors are called electrolytic capacitors, and are usually polarized.

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