TH3B105K035C4400 Capacitors

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Tantalum capacitors are an important part of the electronic industry, used in a wide range of electronic applications. The TH3B105K035C4400 is a standard model of tantalum capacitor that is well-suited for various applications. To better understand its use and function, this article will explain its application fields and working principle.

Application Field of TH3B105K035C4400

The TH3B105K035C4400 is a radial-leaded, tantalum capacitor with a temperature range of -55C to +125C, a voltage of 10V, and a capacitance value of 35,000 µF. This capacitor is well-suited for numerous applications, as it has a long service life and is resistant to shock and vibration. Its most known applications are:

• Power supply filters: The TH3B105K035C4400 capacitors are used in the power supply circuit to reduce electrical noise and ripple in the system to improve the stability of the voltage.
• Timing circuits: These capacitors are used in many timing circuits to measure the length of time that passes between two events, such as the transition between two duty cycles or the rise and fall of a signal.
• Noise suppression: The TH3B105K035C4400 capacitors are also used to reduce electrical noise by blocking certain frequencies while allowing other frequencies to pass through.

Working Principle of TH3B105K035C4400

The TH3B105K035C4400 is a type of electrolytic capacitor, which uses an electrolyte to maintain the separation of positive and negative charge between the two conductive plates. This allows for a very high capacitance value and an effective voltage capacity.

The capacitor’s small size and low weight are due to its construction, which uses a thin aluminum anode conductor, an organic electrolyte, and a tantalum pentoxide dielectric layer. The electrodes are connected to the capacitor’s leads and covered with a protective coating. This coating serves to further reduce unwanted electrical noise.

The capacitor works by conducting electrical current when a voltage is applied to its terminals. This current is then stored via an electromagnetic field, which is generated by the difference in charge between the two conductive plates.

When a capacitor is fully charged, its terminals will contain the maximum amount of energy that it can store. This is known as the capacitor’s static storage capacity. As the capacitor is discharged, its static storage capacity is reduced, which limits the amount of energy that can be stored in the capacitor.

The TH3B105K035C4400 has excellent temperature endurance, making it suitable for applications where temperature stability and long life are required. It has low leakage current, which ensures that very little energy is lost during the charging and discharging process.

Conclusion

The TH3B105K035C4400 is a radial-leaded, tantalum capacitor that is well-suited for a wide range of applications. Its reliable performance and long service life make it an excellent choice for the power supply filters, timing circuits, and noise suppression needs of many electronic applications.

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