T491A105K016ZTZQ01

Tantalum Capacitors

T491A105K016ZTZQ01 is a type of tantalum capcitor, a multi-functional component with a variety of characteristics. It is a miniature version of its bigger version, the electrolytic capacitor. It uses the same two thin metal plates, one of which is held in suspension. The other plate, the dielectric, is sandwiched between the two plates, creating a space for electrical storage. The capacitor also contains two electrolytes, one for each plate.

T491A105K016ZTZQ01 is typically used in high frequency applications, such as signal processing, driving circuits and power supply. It also is used for analog signal processing, higher level audio and video signals, communications circuits and signal-sensitive applications. This tantalum capacitor is most often used when it needs high stability combined with high reliability, and its small size makes it suitable for working in high-density circuits.

Application fields of T491A105K016ZTZQ01

T491A105K016ZTZQ01 tantalum capacitor provides a wide range of applications in the audio, video, and communication industries. Its small size makes it a great choice for circuit boards requiring dense component placement. Its high capacitance rate makes it a great choice for high throughput communications, internal power-supply circuits and audio/video circuit design. It can also be used in wireless communication systems, computer based audio production and videotaping applications.

T491A105K016ZTZQ01 has a wider range of applications in military and aviation fields due to its high temperature rating, long-term stability and excellent frequency response. This type of capacitor has higher withstanding voltage capabilities, so it is perfect is used in high-power equipment. The Aviation grade tantalum capacitors are used in radio broadcasting equipment, ground radar, and navigation systems.

Working Principle of T491A105K016ZTZQ01

T491A105K016ZTZQ01 operates in the same basic way as other capacitors, generating a electric current when the two terminals are connected. This electric current is then stored inside the unit until it is released by the current. According to Faraday’s Law, the voltage in the capacitor is directly proportional to the amount of charge stored in it, so when a certain amount of charge is stored in the capacitor, it will generate an electric current.

The working of T491A105K016ZTZQ01 is based on the charging and discharging of the capacitance elements, in which the capacitance between the electrodes is varied under the action of the current. The behavior of the capacitor consists in passing through the terminals an electric current when it is subjected to a voltage, storing the energy delivered to it and discharging it when the power source is removed. This process is reversible so that the capacitor can be recharged many times.

Furthermore, the energy stored in the T491A105K016ZTZQ01 capacitor can be used for a variety of applications, from basic electrical impedance measurements to more complex analog signal conditioning. With its large voltage, high frequency and low parasitic inductance, this type of capacitor is highly suitable for driving small relays, leds and for high-frequency switching.