T495C107M006ATA1K2

T495C107M006ATA1K2 capacitors are a special type of tantalum capacitors, with broad application in analog and digital circuits. These capacitors are characterized by their small size and high capacitance (<0.1uf to 33uf), which make them the ideal choice for wafer-scale applications. Moreover, these capacitors are highly reliable, offering superior performance at temperatures up to +125 deg.C.

T495C107M006ATA1K2 capacitors have a wide range of applications in digital integrated circuits where high speed operation is required. The capacitors can be used to introduce various RC networks and AC compensation circuits in digital circuits. Additionally, these capacitors are useful in low-noise amplifier circuits and are also used for high-speed data transfer. Additionally, these capacitors are used in areas such as medical devices, automotive electronics, and cellular phone components, where high reliability and performance are required.

The capacitors in this family have a porous sintered tantalum core and are embedded within a dielectric material to provide an electrical energy storage device. These capacitors are extremely stable, and they offer superior performance in a wide range of temperature and voltage ranges, with less leakage current and higher voltage than aluminum electrolytic capacitors. As such, they are suitable for use in various critical electrical applications, including those rated up to 2.0kV.

When designing a circuit around a T495C107M006ATA1K2 capacitor, it is important to pay attention to the capacitance of the capacitor and the applicable ripple current rating. Furthermore, the designed application should also take into account the allowable operating voltage (<2.0kV) while also ensuring that the required capacitance and voltage ratings are met.

In conclusion, T495C107M006ATA1K2 capacitors are a special type of tantalum capacitors with small dimensions and high capacitance. They are applicable in various electrical applications, including those rated up to 2.0kV. The capacitors are highly reliable and can be used in RC networks, high-speed data transfer systems, and low-noise amplifiers. Furthermore, designers should take into account the capacitance rating and applicable ripple current rating when designing a circuit incorporating these capacitors.