M39003/01-8247H

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Tantalum capacitors have become increasingly popular components for use in electrical designs due to their low impedance and long life. As such, the M39003/01-8247H, an axial lead electrolytic tantalum capacitor made by Vishay, has found its way into many different applications and possesses a range of advantages that make it the perfect choice for nearly any given situation. The main function of the M39003/01-8247H is the same as any other capacitor: it stores energy in the form of an electric field and discharges it when required. This function is enabled by two main components– a tantalum powder, which acts as the cathode, and a dielectric, which acts as the anode. The piece of tantalum powder, called manganese dioxide, is the working material and acts in the same way as other capacitors. Between the two substrates, an apparent space charge is created, which stores the current for a certain amount of time, depending on the capacitance and voltage. Due to the high-quality and low electrical losses, the M39003/01-8247H is an ideal candidate for use in high-performance circuits and can be apart of both AC and DC circuits. It is designed for operation over a wide temperature range, from -55°C to +125°C, and is highly resistant to both electrical and mechanical shock. Given its small size and lightweight, this makes it a particularly appealing choice when building devices in which space and weight are at a premium. The M39003/01-8247H has a wide variety of uses, ranging from automotive, communication, medical, consumer and military/aerospace applications. In automotive applications, it helps to increase the longevity of the electronic components by providing a low-impedance source of current. For communications, this capacitor is also effective in filtering out unwanted signals, allowing for signal quality improvement and enhanced data transfer rates. The capacitors have also been used in medical devices for power stabilization, and in consumer electronics for filtering and energy storage. Finally, in military and aerospace applications, they are used for ensuring accuracy in timing and voltage regulation, as well as for critical temperature measurements and monitoring. Overall, the M39003/01-8247H is an excellent component choice across fields due to its low impedance properties, suitability for use over different voltage and temperature ranges, and excellent shock resistance. It provides the right combination of size, strength and stability to ensure reliability even under the most demanding application.

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