M39003/01-5686/HSD

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Tantalum capacitors, or more accurately tantalum electrolytic capacitors, are polarized capacitors with a tantalum element as the anode and an oxide film at the cathode. They offer great reliability and performance, making them a popular choice for a variety of industrial and consumer electronic applications. One such example is the M39003/01-5686/HSD.

M39003/01-5686/HSD capacitors are surface mount tantalum capacitors designed for use in a variety of high-density, high-power applications. They are a miniature type, measuring only 4.9mm long and 0.7mm wide. The smaller size makes them ideal for use in miniature electronic circuitry where space is at a premium. Despite their small size, these capacitors are rated to provide up to 170 J number of energy storage.

The main advantage of these capacitors is their high reliability and exceptional performance. They are capable of operating in an up to 105°C temperature range, and are also resistant to moisture and other environmental contaminants thanks to a hermetic seal. They also have a low impedance rating, making them suitable for high frequency and ripple current applications. In addition, they have an excellent dielectric stability which delivers consistent capacitance over time, even when exposed to high voltage.

The working principle of the M39003/01-5686/HSD capacitors is quite simple. When voltage is applied to the anode, a current flows through the tantalum element and an oxide layer is formed at the cathode. The oxide layer then acts as a dielectric, preventing any further current from flowing between the anode and the cathode. This phenomenon is known as capacitance and is what gives these capacitors their energy storage capabilities. As the voltage at the anode is changed, the dielectric\'s capacitance also changes, allowing the current to be regulated through the device.

M39003/01-5686/HSD capacitors are a great choice when looking for reliable and robust capacitors for high-density, high-power applications. Their miniature size allows them to be used in even the most space-constrained applications, and their high stability and dielectric properties make them ideal for high frequency and ripple current applications. By combining these advantages, manufacturers are able to produce more reliable and powerful electronic devices.

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