TPSV337M006R0100

Tantalum capacitors are ideal for a wide array of uses that require an energy storage component. This variety of capacitor has been around since 1925 and has had many technological advances since its inception. Perhaps the primary benefit of using a tantalum capacitor is their superior stability and very low leakage current. This makes them the preferred choice of component when designing items that require high reliability and low power consumption. The TPSV337M006R0100 is a type of Tantalum Capacitor which can be used in many different applications as will be discussed further.

TPSV337M006R0100 Features

The TPSV337M006R0100 is a polarized tantalum capacitor that offers a combination of voltage and capacitance ratings. It is rated at 6volts and 0.01 microfarad. The ultra mini-molded chip is moulded in a fractional case size of 0603, making it ideal for applications that require a space-saving component; making it extremely popular in board level mounting as it does not require a particularly large area of the board, ensuring a more efficient design for the item’s engineering team.

TPSV337M006R0100 Application Field

The TPSV337M006R0100 tantalum is capable of functioning reliably in virtually any application that requires an energy storage component. Commonly found in the audio industry, especially when designing audio products, it is equally competent in:

• Power management and battery-backed systems
• Power supply filtering
• Timing and signal filtering
• High frequency bypasses
• Communication and computer systems
• Medical and dental equipment
• Aircraft and space systems

The ability to operate under extreme environmental conditions is an attractive characteristic of the TPSV337M006R0100 tantalum capacitor. It is resistant to temperature and humidity extremes and can work harmoniously in applications that require the highest performance.

TPSV337M006R0100 Working Principle

The principle of operation of a capacitive element is based on the capacity of the electric field to store the energy and to return it to the circuit in which it was produced. A tantalum capacitor comprises two metallic plates, separated by a dielectric material. When voltage is applied across the dielectric material, the plates are charged and the voltage-dependent capacitance of the device is produced. The energy stored in the capacitor is returned to the circuit; it is then used as reactive power in many applications.

Conclusion

The TPSV337M006R0100 is a popular variant of the tantalum capacitor and is an ideal choice for designers who require high performance and reliability in energy storage solutions. With its suitability for a wide array of applications, excellent characteristics, and superb resiliency in extreme environments, this component can be a key element in the successful design of many devices.