T528I107M003ATE150

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Tantalum – Polymer capacitors are used in a wide range of applications due to their small size, high reliability, high volumetric efficiency, and wide temperature range capability. The T528I107M003ATE150 is a high performance, low profile polymer capacitor that provides excellent noise immunity and ESD protection in a variety of environments. This capacitor is well-suited for designs where board space is at a premium.

The T528I107M003ATE150 is a constructed using a high stability polymer dielectric and dry tantalum anode technology. This capacitor uses a combination of nanotechnology, chemical processing, and advanced materials to create a robust, high performance capacitor that is capable of operating over wide temperature ranges and conditions. The capacitor utilizes an anode coated with a tantalum oxide layer that is chemically bonded to the polymer dielectric to create a highly stable and reliable device. The anode of the capacitor is then connected to two electrical leads, one of which is a solid tantalum lead and the other is a tin lead.

The T528I107M003ATE150 has a wide range of applications, including power management, motor control, consumer applications, communications, audio/video, and computing systems. This capacitor is able to operate efficiently in both extended temperature ranges, as well as harsh environments where bearing significant temperature variations and shock. This capacitor is also well-suited for regulating performance of applications where high reliability and power hold-up is required, such as in communication systems and military/aerospace electronics.

The main working principle behind the T528I107M003ATE150 capacitor is the concept of dielectric constant. The dielectric constant is a measure of how much energy a capacitance (C) can store in an electrical field (E). The higher the dielectric constant of a material, the more energy it can store in an electrical field. In a capacitor, one or more plates of different dielectric constants are charged in an electric field. This creates a potential difference across the plates, allowing current to flow when the voltage is supplied.

The T528I107M003ATE150 has a dielectric constant of 5, which is particularly well suited for process temperatures and for high temperature, high reliability applications. This increased dielectric constant allows for greater capacitance in the same volume, making this an appealing device for space constrained systems. This also allows for the capacitor to operate efficiently at wide voltage ranges, providing the signal conditioning necessary for processing and power management.

Another important aspect of the T528I107M003ATE150 is its low profile and impedance tolerance. This low profile allows for the capacitor to be used in applications where space is limited, while still maintaining high performance. The impedance tolerance also makes the capacitor resilient to power management and noise, ensuring the capacitor produces strong, stable signals regardless of the type of input voltage.

Finally, the T528I107M003ATE150 capacitor features reliability and longevity, making it ideal for use in military and aerospace applications, as well as other harsh environments. This reliability is ensured through layers of isolation, sealing, and protection from vibration, temperature, displacement, and other environmental factors.

The T528I107M003ATE150 capacitor is therefore an essential component for a variety of applications due to its small size, high reliability, wide temperature range capability, and excellent noise immunity and ESD protection. The use of advanced materials and nanotechnology allows the capacitor to store greater amount of energy in a small volume, while the dielectric constant, low profile and impedance tolerance make it suitable in space constrained environments and high voltage scenarios. The reliable longevity of the capacitor makes it a valuable component in military/aerospace applications, as well as other harsh environments.

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