M39003/03-0260

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Tantalum capacitors offer cost effective technology in the electronics industry, as they have the highest charge density and volumetric efficiency of any available capacitor type. In comparison with other capacitor types, they offer the additional advantages of very low parasitics, improved temperature stability, no heating effects, and improved reliability. The M39003/03-0260 in particular is a uniquely shaped tantalum capacitor, designed for SMT applications.

This surface mount component features a molded, flat-topped rectangular anode with a tubular external cathode lead––an ideal shape for automated pick-and-place machines. The M39003/03-0260 is a popular choice for applications in various industries, particularly consumer electronics and wireless communication. It is also widely used in aerospace, defense and military applications, where reliability and performance are particularly important.

The working principle of the M39003/03-0260 is fairly simple. When an electrical potential is applied, electrons move from the anode to the cathode, forming an electrochemical capacitance. The M39003/03-0260 has two distinct ratings: capacitance, and voltage. The capacitance value defines the total amount of charge that can be stored in the capacitor, whereas the voltage defines the maximum potential difference between the anode and cathode that the capacitor can tolerate.

The M39003/03-0260 provides superior insulation, leakage and stability properties, but its design limits its maximum capacitance to 10 µF. This makes it suitable for applications such as RF bypassing, filtering, or energy storage for high voltage (150 to 400 Volts) applications. It is also ideal for applications requiring a long operating life, such as those seen in automotive and avionic equipment.

The M39003/03-0260 is an ideal choice for designers looking for a cost-effective SMT component that is reliable and stable, and provides the desired capacitance value. Its unique shape is especially well-suited for SMT applications, and its design allows for greater volumetric efficiency and long-term reliability.

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