M39003/01-5296

The M39003/01-5296 is a type of advanced tantalum capacitors designed to provide high-value, low-leakage capacitance in space-restricted scenarios. Its reliable performance and miniaturized design make it a go-to choice for applications in the defense, aerospace, telecommunications, automotive and medical industries.

Application Fields

The M39003/01-5296 is typically used in high-performance, highly demanding applications. It is able to provide efficient solutions in the defense, aerospace, telecommunications, automotive and medical industries, and is often used in on-board display devices. It is also deployed in downhole drilling, radar, sonar, navigation and other intelligent systems, as well as in remote radio-frequency (RF) control operations. The M39003/01-5296 is also commonly used in system boards, processors, memory and other systems that require high-frequency and high-performance digital signal processing.

Design

The M39003/01-5296 is a tantalum capacitor that contains several layers of an insulator and an electrolyte. Its cylindrical construction is capped with a metal contact and a conductive tag. The body of the capacitor is constructed from a high-dielectric-strength element such a tantalum pentoxide, and is embedded on a low-temperature-resistant electrolyte. The capacitor also features an expanding end that seals the capacitor and prevents contaminants and moisture from entering and compromising its reliability.

Working Principle

The M39003/01-5296 utilizes a principle of capacitance to store energy; this principle is based on the movement of electrical charges. When the capacitor is connected to a power source, the source\'s electrical impulses penetrate the electrolyte of the capacitor, collecting on either side of the dielectric. Positive and negative charges are attracted to each side, creating a stored energy. When the power is disconnect it, the separated charges remain in the capacitor, allowing energy to be discharged when needed.

Advantages

The M39003/01-5296 offers many advantages over standard capacitors, such as improved electric stability and reliability. It is designed with a small size, allowing it to fit in tight spaces without compromising its quality. The capacitor is also characterized by low leakage, low ESR, long life span and is resistant to vibration and shock. It is highly efficient in high-frequency and high-temperature applications and can endure temperatures up to 150 degrees Celsius.

Conclusion

The M39003/01-5296 is a high-quality and high-performance capacitor that is capable of withstanding demanding environments and conditions. Its low leakage, low ESR, long-life span and high tolerance to temperature, vibration and shock make it a viable choice for many applications.