135D107X9015C6

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Tantalum Capacitors

Tantalum capacitors are widely used in all types of electronics, and are an essential component in many applications. They are characteristic because of their low-ESR (equivalent series resistance) and low ESR, allowing them to operate at higher voltages. The 135D107X9015C6 is one of the most popular and versatile types of tantalum capacitors.

These capacitors can be found in a variety of different types, including axial leaded, surface mount and radial types. They provide excellent performance for various applications. This type of capacitor is typically available in capacitance values between 0.047uF and 2.2uF and working voltages ranging from 4 volts to 35 volts.

The 135D107X9015C6 is constructed with two tantalum anode wires surrounded by a manganese dioxide dielectric system, with an insulated paper sleeve acting as the cathode. Due to its construction, this type of capacitor has extremely low leakage current and is very stable over a wide temperature range. It also has high volumetric efficiency and high impedance characteristics for applications where space is restricted.

The 135D107X9015C6 is reliable and versatile enough that it can be used in many different applications, such as decoupling, smoothing, timing, filtering, and bypass related functions. One of the most common uses is in low voltage circuits, where the low voltage tolerance of the capacitor allows for use in circuits operating at as low as 0.7 volts. This type of capacitor can be used in either an electrolytic or a non-polar configuration.

The inherent low ESR of this type of capacitor makes it an ideal choice for VCOs and switching regulators, where it can provide high-frequency decoupling and improved loop stability. It is also well suited for general power supplies, where it can reduce voltage noise and HF ripple. In addition, it is suitable for applications where high ripple current has to be passed, such as battery charging.

In terms of the working principle, the 135D107X9015C6 harnesses the electrostatic field created by two conductive surfaces of the anode and cathode inside the capacitor. Potential difference caused by the contact of these two conductive surfaces creates a charge separation between them. When an external voltage is applied, the opposite charges form an electric field resulting in electrons and holes to flow, and a subsequent change in charge on the capacitor plates.

This charge and discharge cycle causes a change in capacitance over time, which can be used to store energy in a capacitive circuit. As the external voltage rises, the capacitance increases, as it rises, the capacitance decreases resulting in a positive voltage charging the capacitor and a negative voltage discharging it.

Finally, the 135D107X9015C6 offers an extended operational life, making it suitable for extremely long life applications. Its construction also makes it ideal for use in situations where high humidity and temperature extremes are expected. Overall, the 135D107X9015C6 is a very versatile, reliable and popular tantalum capacitor, and is suitable for most applications.

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