UBT2C101MHD1TN Capacitors

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Aluminum Electrolytic Capacitors are one of the most common types of capacitors used in electronics. As the name suggests, these capacitors use a layer of electrolyte between two conducting plates to form an electrical field. The UBT2C101MHD1TN is a popular aluminum electrolytic capacitor that is widely used in many applications.

The UBT2C101MHD1TN is a non-polarized electrolytic capacitor with a small size and low leakage. It has a maximum operating temperature of 85°C, a maximum voltage rating of 35V, and a maximum capacitance of 10uF. The UBT2C101MHD1TN is widely used in applications requiring low ESR, such as high-frequency switching power supplies and electrical protection. It is also suitable for use in circuits that require precision timing, high frequency operation, or low noise.

The working principle of UBT2C101MHD1TN is based on the so-called electrolytic effect. When an electrical potential is applied across an electrolytic capacitor, positively charged ions in the electrolyte form an electrical double layer at the interfaces of the two plates. This double layer creates an electrical field which is responsible for the capacitive effect of the capacitor. The UBT2C101MHD1TN is designed to be highly efficient, providing a high capacitance while allowing a low leakage current in order to lengthen its lifetime.

The UBT2C101MHD1TN is used in a wide range of applications. Its small size and low leakage make it ideal for precision time-critical applications, such as switches and lights. It can be found in power supplies, audio amplifiers, automotive electronics, and many other electronic products. The UBT2C101MHD1TN is also commonly used in pulse applications, such as frequency synthesizers, radar, and motor control, due to its low ESR, high capacitance and high voltage rating.

Overall, the UBT2C101MHD1TN is an impressive aluminum electrolytic capacitor that is well-suited for a variety of applications. It is reliable, efficient, and suitable for use in high frequency, low noise and precision timing circuits.

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