M39003/01-2866H

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Tantalum capacitors are famous for their high purity, high voltage ratings, and low level of self-inductance. The M39003/01-2866H is an example of this type of capacitor, and is especially popular for its use in specialized military and space applications due to its exceptional reliability and high accuracy.

The M39003/01-2866H capacitor is constructed of a solid tantalum case, making it highly durable. Its construction also makes it resistant to temperature, pressure, vibration, and much more. Its anodized exterior finish provides additional protection against corrosion, making it perfect for deep space applications.

The M39003/01-2866H has a high capacitance of 2866H with an impressive tolerance of ±7%, making it one of the most popular capacitors for demanding military and space applications. It also has a ripple current of 68mA at 1KHz and an industry-leading life expectancy of up to 1 million hours at full rated voltage.

The M39003/01-2866H is especially useful in powering complex systems, such as a sophisticated missile guidance system, a space station’s power distribution system, or a test bench electronics rig. Its high capacitance and high current capabilities make it an ideal choice for systems in challenging and demanding environments, such as those found in deep space.

The M39003/01-2866H operates using the charge-transfer process, where the internal resistor charges the tantalum case. This sets up an electrostatic field across the capacitance. This then stores energy to be released when the system needs additional power. This charge-transfer process also protects the M39003/01-2866H from failing or becoming damaged due to over current or over voltage.

In summary, the M39003/01-2866H is an incredibly reliable and accurate capacitance which is perfect for demanding military and space applications. Its solid-tantalum construction and anodized finish make it resistant to extreme temperatures and pressures, as well as offering superior levels of protection against oxidation. Its high capacitance and ripple current, along with its excellent tolerance and long life span, make it the ideal choice for powering complex systems, especially those dealing with the rigors of deep space.

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