695D107X9015H2T

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Tantalum capacitors are used extensively in electronic circuits for various reasons. The 695D107X9015H2T variant, a multilayered ceramic capacitor, is one of the most popular and widely used components in the market. Designed for high temperature, high-frequency applications, it is used in a variety of products, including cell phones, notebooks, computers, and cameras.

The rectangular-shaped 695D107X9015H2T has a voltage rating of 50V DC, a capacitance of 0.01 µF, and a tolerance of ±5%. It is available in several package sizes such as 7mm x 5mm, 12mm x 8mm, 14mm x 10mm, and 17mm x 12mm. It is also available in two different dielectric materials, X9R and X7R. The X9R version offers better temperature stability than the X7R version.

The 695D107X9015H2T is designed to provide reliable operation in high temperature applications, such as cellular phones, industrial motors, and control systems. It is also used in electronic circuits that require high frequency performance. Its high temperature stability and low electrical insulation loss make it ideal for high frequency applications such as high-speed motor speed control, temperature measurement, and power amplifier circuits.

The core of the 695D107X9015H2T is made of highly conductive tantalum. The other materials in the capacitor are a dielectric, typically aluminum oxide or ceramic, an electrode, and a metallic plate. The tantalum core contains a relatively large amount of micro-pores, which provides better performance and a longer lifespan than other types of capacitors.

The 695D107X9015H2T has a low impedance level that is maintained even at high frequencies and at high temperatures. This helps reduce interference and prevent malfunctioning in electronic circuits. The low impedance level also improves the rate of power output in devices that employ the 695D107X9015H2T.

To work properly, the 695D107X9015H2T capacitor must be properly connected in a circuit. It can be connected in either series or parallel configuration, depending on the circuit design. When connected in series, current flows through one side of the capacitor first, followed by the other side. This provides a higher level of efficiency and current handling capability. When connected in parallel, current will flow through both sides of the capacitor, reducing the overall resistance of the circuit.

The 695D107X9015H2T capacitor is an effective component for use in electronic circuits where high frequencies and temperatures are involved. It is designed to provide reliable performance and maximum efficiency, making it a critical component for many electronic devices. The 695D107X9015H2T can be used in a wide range of applications, including cell phone radios, industrial motor speed controllers, power supplies, and temperature sensors.

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