M39003/01-6156

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Tantalum capacitors are widely used in the electronics industry, and the M39003/01-6156 are often cited as the workhorse of the tantalum capacitor world. This capacitor type is ideal for a variety of applications, ranging from high-speed switching circuits and microcontrollers to power supply filtering circuits in both commercial and defense electronics.

These capacitors have a variety of features that make them desirable, including a low profile, small physical size, and consequently the ability to fit in tiny footprints. They also feature a low ESR (equivalent series resistance), long-term reliability, high volumetric efficiency, affordability, and a wide temperature range. In addition, they are usually available with various volt ratings, from the low-voltage range to the extremely high voltage range.

Due to their excellent characteristics, M39003/01-6156 tantalum capacitors are used widely in all sorts of different applications, such as:

• Automotive electronics
• Radar and missile guidance systems
• Air traffic control
• Fax machines
• Computer memory systems
• Communications networks
• Medical and military instrumentation
• Avionics

The M39003/01-6156 capacitor\'s working principle is based on the fundamental principle of capacitance. The capacitance of a capacitor is the measure of the exchange of electric charge between two elements with opposite charges. In the case of the M39003/01-6156, those two elements are the anode (positive terminal) and the cathode (negative terminal). The capacitance of the capacitor is determined by the area of its plates and the distance between them.

When an AC (alternating current) voltage is applied to the M39003/01-6156 capacitor, the capacitor behaves differently than when it is placed in a DC (direct current) circuit. In an AC circuit, the current is constantly changing in magnitude and direction, so the capacitor requires a certain amount of time to adjust to the changing current. During this time, charge is transferred between the anode and the cathode. These charges create an electrical field which, in turn, creates an electric current that flows in the circuit.

In the case of a DC circuit, the capacitor does not change its capacitance over time. This is because the DC current doesn\'t have a periodically changing nature. When the current passes through the capacitor, it causes a shift in the charges between the anode and cathode which then creates a static electrical field. This field provides the capacitance that is needed for the circuit to function properly.

The M39003/01-6156 is a type of "TruCap" tantalum capacitor. It features both the anode and the cathode built into the same small package. This allows for higher capacitance, higher ripple current, lower equivalent series resistance, and better thermal performance. It also makes the capacitor easier to install, as it requires fewer space and component connections.

Tantalum capacitors, especially the M39003/01-6156, are popular in the electronics industry due to their benefits and features. Its build quality, long-term reliability, low ESR, and low profile make it an ideal choice for a wide range of applications. These applications range from high-switching applications, such as in automotive, defense, and avionics, to low-voltage power supply filtering applications, making it a valuable component whenever high performance is needed.

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