TLCK474M016PTA

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Tantalum capacitors are discrete components which belong to the class of capacitors and help store energy even in small form factors. They are typically used in combination with high-frequency, high voltage and high-reliability applications which require low-level capacitance values. The TLCK474M016PTA is an example of such a capacitor and brings with it several benefits for applications requiring strong reliable performance.

The TLCK474M016PTA is a solid-state chip capacitor which measures 4.7uF with 16V voltage rating and offers a high tolerance at -40C/+85C temperature range. This makes it quite a reliable capacitor, suitable for a variety of high-temperature environments, including automotive and aerospace applications.

The construction of the TLCK474M016PTA is one of its biggest strengths. It consists of several layers of conductive material that form alternating parallel plates. These plates are separated by an oxide layer and a dielectric material which creates a barrier between the plates and allows for a higher level of voltage protection in a reduced form factor when compared to other capacitors.

Moreover, the TLCK474M016PTA is a surface-mount technology (SMT) device – which means that it can be conveniently installed and integrated in complicated circuits. This makes the TLCK474M016PTA an ideal choice for applications that require a greater level of reliability and accuracy, including computers and telecommunications systems.

The working principle of the TLCK474M016PTA is quite simple. When connected in a circuit, it creates a voltage drop that can be used to store electrical charge. When the device is powered and a potential difference applied, the capacitor charges up, storing the energy as an electrical field within its oxide and dielectric layers.

The charge stored in the TLCK474M016PTA can then be used to power an electronic circuit in the subsequent charging cycle. This makes the TLCK474M016PTA a valuable asset in powering applications that require a brief but significant burst of energy, such as the flash of a camera.

The advantages of the TLCK474M016PTA make it an ideal choice for components which need better tolerance at elevated temperatures and a reliable energy storage capacity in a small form factor. Its fast response coupled with accurate performance make it a strong contender for high-frequency, high-voltage and high-reliability tasks such as telecommunications, computers and aerospace applications.

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