T95D277M004LSSS

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are one of the most extensively used capacitors in electronic circuits. They offer high-capacitance values and excellent voltage-handling capabilities, making them a desirable choice among many electronic engineers. The T95D277M004LSSS tantalum capacitor is a surface mount capacitor especially designed for today\'s dense circuit boards and offers a variety of advantages.

T95D277M004LSSS Application Field

The T95D277M004LSSS tantalum capacitor is widely utilized in military/aerospace and commercial/industrial applications, especially in signal filtering, power electronics, instrumentation, and communication systems. Its applications include:

• Military and Aerospace: Aeronautical and mission critical applications requiring capacitors with long life cycles and high stability.
• Medical Equipment: Used to replace battery-powered medical devices due to its improved power efficiency.
• Power Management: Used in power supply systems to bridge the gap between changes in supply and load conditions.
• Hardware: Utilized in the manufacture of hardware products such as computing devices, motherboards, hard disks, DVD/CD drives, speakers, and more.
• Automotive: Used in automotive applications such as audio systems, air conditioning, and fuel injectors/ignition systems, and as cover-fuse protection in alternators.

T95D277M004LSSS Working Principle

The T95D277M004LSSS tantalum capacitor is constructed of a ceramic capacitor body, tantalum anode, and tantalum cathode. When a voltage is applied to the capacitor, the ceramic housing forms an insulating medium, which maintains a uniform build up of charge across the capacitor. The anode layer of the capacitor is made from a high-purity tantalum powder and is where conductive ions are located and the capacitive charge is stored. The cathode layer then uses a conductive surface for a flow of electrons to pass through. This creates a charge and discharge cycle that acts as the working principle of the T95D277M004LSSS.

The primary advantages of the T95D277M004LSSS tantalum capacitor include its small form factor, high voltage-handling capability, excellent thermal and frequency stability, and low ESR. Furthermore, its casing has a high dielectric strength and provides excellent protection from oxidation, moisture, and ultra-violet radiation.

Conclusion

In conclusion, the T95D277M004LSSS tantalum capacitor offers superior performance in a variety of applications and is widely used in military/aerospace and commercial/industrial applications. With its small form factor, high voltage-handling capabilities, low ESR, excellent thermal stability and frequency stability, and superior protection from oxidation, moisture, and ultra-violet radiation, the T95D277M004LSSS is well-equipped to handle whatever applications it encounters.

The specific data is subject to PDF, and the above content is for reference