ECS-T1DX106R

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 polarized components with two terminals, often referred to as anode and cathode. ECS-T1DX106R is an electrical component that consists of two conducting plates separated by a dielectric layer, made of tantalum powder and a high-dielectric-constant electrolyte that consists of a conductive solvent and a salt. The ECS-T1DX106R comprises of a solid manganese dioxide as the cathode material, while the anode is made up of a tantalum oxide. The tantalum capacitors have been widely used in power supplies, automotive electronics, and medical applications worldwide.

The ECS-T1DX106R application fields are broadly grouped into three categories, namely, Amplification, Automotive Electronics, and Medical Applications. In terms of amplification, the ECS-T1DX106R is used for signal conditioning, voltage stabilization, and buffering. In terms of Automotive Electronics, it is used in fuel management systems, headlights, speedometers, and injection molding systems. Lastly, it is used in Medical Applications, such as ultrasonic imaging, defibrillators, and x-ray systems.

As for its working principle, the capacitance and voltage rating of the device are the two main factors at play. The creation of capacitance occurs when the surface area of the two conducting plates is increased. The formation of electric field is due to the presence of voltage, and when charge carriers, either the electrons, or protons, find their way into the anode, they begin to accumulate, forming what is known as electrostatic charge. Due to the presence of the dielectric material, the electrons are restricted and as such, the surface area of the plates is increased, which in turn, create electrostatic force. The dielectric material offers a great variety of advantages, such as better tolerance, high capacitance, small size, lower leakage rate, and greater stability.

In terms of electrostatic force, it is denoted by the symbol K, and is known as the dielectric constant or permittivity. This is a representation of how well an electric field propagates through a material. A higher K value will result in a greater electric field propagation ability, and as such, greater capacitance. The ECS-T1DX106R offers a wide range of distinct advantages, such as its high voltage rating, 15V for bipolar capacitors, -20V for non-polar capacitors, and excellent stability. A good example of its application would be to use it as a voltage filter, as it allows for a wide range of DC and AC signals to be filtered without loss of signal integrity.

In conclusion, the ECS-T1DX106R is an excellent audio grade tantalum capacitor, offering a wide variety of features for its application in different fields. It is perfect for signal conditioning, voltage stabilization, buffering, and voltage filtering, making it a highly versatile component. Its features, such as its high capacitance, voltage rating, stable dielectric material offer a wide range of electrical performance, making it ideal for a range of applications.

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