T495X686M020ZTE130

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Tantalum capacitors are one of the most widely used types of capacitors in today’s electronic components industry. When compared to aluminum electrolytic capacitors, tantalum capacitors are much more compact, allowing them to occupy less space in a device while providing equivalent or better performance. The T495X686M020ZTE130 is a typically used tantalum capacitor.

T495X686M020ZTE130 tantalum capacitors typically offer a low ESR, load life stability and ultra-low leakage characteristics. Typical capacitance is 6.8 μF (+20%) and the voltage rating ranges from 2V up to 50V. The temperature coefficient is also low, decreasing capacitance as temperature increase.

The T495X686M020ZTE130 tantalum capacitor’s main application fields are in resonant circuits, voltage protection, low pass filters and EMC circuits. It can also be used to filter the power of a device or circuit. In addition, it is perfect for use in sample/hold circuits, clock oscillator circuits and decoupling circuits for driving motors.

The operating principle of the T495X686M020ZTE130 involves the movement of charge between two or more electrodes (usually one anode and one cathode) separated by an insulating material called a dielectric. The dielectric is usually made of an electro-conductive material such as glass, plastic or mica. When a voltage source is connected to the two electrodes, a current is introduced and charge begins to flow from the anode to the cathode, storing energy in the process. This stored charge creates a static electric field which opposes any further charge movement, resulting in the capacitor\'s ability to act as a filter.

T495X686M020ZTE130 tantalum capacitors are usually constructed in a cylindrical or tubular shape with two end plates, or \'poles\', connected to each other with an electrode or \'pole-piece\'. The dielectric is located between the two poles. Typically, the capacitor is sealed off with an insulating sleeve or plastic material making it quite resistant to temperature and humidity changes.

When selecting T495X686M020ZTE130 tantalum capacitors, it is necessary to consider the voltage and temperature ratings, the capacitance tolerance, the ESR value, the operating frequency, the maximum capacitance rating and the leakage current specifications. Additionally, when constructing devices that use capacitors, it is important to consider the temperature, humidity and shock resistance of the capacitor as it may be exposed to harsh environmental conditions. These factors will influence the performance and durability of the device.

The T495X686M020ZTE130 is a high quality tantalum capacitor with extensive application fields and a reliable working principle. Its small size, low ESR and load life stability make it perfect for use in a variety of electronic components and devices. By choosing the right capacitor for an application, customers can save money and achieve outstanding performance as well as reliability of the device.

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