135D117X9075K2

Tantalum capacitors are a special type of electrolytic capacitor, which use the unique properties of the element Tantalum (Ta) to store electrical charge. The capacitor is typically constructed with tantalum metal rod acting as the anode, a conductive tantalum dioxide (Ta2O5) layer acting as the cathode and an electrolyte, such as manganese dioxide (MnO2), acting as the dielectric.

The 135D117X9075K2 is a common type of tantalum capacitor. It is a through-hole, chip capacitor with a construction of sintered anode with solid electrolyte and MnO2 cathode. It is often sold in radial leaded components with a molded epoxy casing and has a rated DC voltage of 10 volts and a maximum working voltage of 16 Volts. The operating temperature range of the device is -55°C to +125°C.

The 135D117X9075K2 capacitor has many practical uses in different types of electrical and electronic devices. The most common application for this device is in power supply filters for digital circuits, where it can be used to suppress unregulated AC voltage from switching power supplies, helping to maintain consistent and reliable power supply. The device is also often used in signal filters and RF circuits to maintain high frequency stability. Another common application for this device is in audio circuits where it can be used as a de-coupling device to filter out excess noise.

The working principle of a 135D117X9075K2 capacitor can be described as follows. The device is composed of a Ta anode and a manganese dioxide (MnO2) cathode layer separated by an electrolyte. When voltage is applied across its two electrodes, an electrochemical process takes place, where the potential of the electrodes changes, and electrons are drawn to the anode creating a positive charge. The resulting current going through the capacitor makes sure that the voltage is kept constant regardless of any load changes.

The 135D117X9075K2 capacitor is an important device used in a variety of applications, due to its reliable performance at high temperatures and withstanding high voltage. With its excellent temperature characteristics and stability, it is a popular choice for many types of electronic devices.