TR3C155K035C0900

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Tantalum capacitors are a type of electrolytic capacitors that make use of tantalum as one of the two electrodes. With their greater capacitance and smaller size than that of ordinary electrolytic capacitors, they are a popular choice in applications when space is at a premium. The main types of tantalum capacitors are molded type, chip type, and wrap and fill type. TR3C155K035C0900 is a molded type tantalum capacitor.

TR3C155K035C0900 is a molded type tantalum capacitor with a lead spacing of 5mm. It has a capacitance of 15uF and a rated voltage of 35V. It is a surface mount component with a RoHS compliant finish. The capacitor has a temperature range of -55°C to +85 °C, making it suitable for use in a variety of applications.

The main application field for the TR3C155K035C0900 is DC power-supplies. It is an ideal choice for smoothing of ripple voltages and for the decoupling of high frequency noise, as well as for many other applications where the leakage of current is an issue. It is also used in audio equipment and in car electronics, where space and performance are a priority.

The TR3C155K035C0900, like all tantalum capacitors, makes use of a tantalum electrolyte and two porous, sintered layers of tantalum as its two electrodes. The two layers of tantalum are separated by a dielectric film, and the electrolyte provides a route for current flow and a complete the circuit. While in operation, electrical energy is stored in the capacitor as electrostatic energy and is released as current when the voltage across the capacitor’s terminals changes. The capacitor is able to regulate current flow by allowing only a certain amount of current to flow through it.

The TR3C155K035C0900 offers superior performance with its low ESR values and excellent temperature characteristics. It also has a high-reliability with high quality construction and stringent quality control processes. These features make it an ideal choice for many applications including DC power-supplies, audio equipment and car electronics.

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