06035J2R1QBTTR

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Thin Film Capacitors are common components in circuits, especially in those using analog signals. The 06035J2R1QBTTR is a high-reliability, hermetically-sealed, radial-leaded membrane capacitor. It is engineered from advanced implanted thin-film technology and provides low ESR and high capacitance per unit of volume with varied capacitance values and tolerances.

The 06035J2R1QBTTR is a versatile component, and its application field is quite wide, ranging from small- and medium-sized telecommunications equipment to complex internal power supplies. The component is also used in a number of medical devices and applications, such as camera systems, X-ray and ultrasound technologies.

The 06035J2R1QBTTR has a compact construction and measures just 6.0 ± 0.2 mm long and 3.5 ± 0.2 mm in diameter. It offers a temperature range of -55°C to +125°C and a rated voltage of 250 Volts. The component has contact and terminal finishes of PbSn that meet the requirements of MIL-PRF-39004.

The 06035J2R1QBTTR is a reliable and versatile component that is designed to work reliably under a wide range of temperatures and conditions. Its working principle is relatively simple: electrons flow in a loop between two electrodes that form the capacitor’s plates, thus creating an electric charge, which is held in place by a dielectric material.

The capacitor’s capacitance is determined by the surface area of each plate in contact with the dielectric material and the spacing between them. As the capacitor is used in an electrical circuit, the charge is continually changing, and the voltage of each plate increases or decreases depending on the current direction. This change in voltage, in turn, produces a current, which also changes direction and magnitude as the circuit is energized.

The 06035J2R1QBTTR offers consistent performance over broad temperature ranges and under a wide range of input voltages, making it well-suited for a variety of applications. This memcap can be easily incorporated into a variety of circuits to provide relatively high capacitance in a small package.

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