T95D277K004EZAL

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Tantalum capacitors are a common type of electrolytic capacitor. They are small in size, compact and highly reliable. The T95D277K004EZAL is a tantalum capacitor specifically designed for applications in industrial and aerospace electronic systems. It features superior performance in terms of soldering, vibration and shock resistance, as well as mechanical and thermal stress.

The T95D277K004EZAL is a lidded version of the popular T95 series, offering easy-to-use handheld versatility with an enhanced temperature range and improved vibration and shock resistance. The capacitor is rated for 4 V capacity, with a 10000 uF capacitance. Its high temperature resistance of -55 to + 125 °C makes it suitable for harsh environments.

The T95D277K004EZAL is a surface mount tantalum capacitors that offers a wide range of applications in power and other high-end electronic systems. The device is designed for automated assembly processes and conveniently provides a 0.009 inch breakaway tab to enable ease of handling and repair. The bridge between the terminals ensures a reliable connection and secure pin-in-hole soldering. The nickel-plated outer casing with the bottom-lid construction provides reliable protection against electrostatic discharge.

The working principle of the T95D277K004EZAL is based on the principle of charge separation. When external electrical energy is applied, positive charges move towards the negative terminal on the capacitor, while negative charges move towards the positive terminal. This creates a potential difference between the two terminals which is proportional to the applied voltage. The capacitor then stores the static electric potential energy, and current can flow through the device.

The T95D277K004EZAL is a reliable capacitor suitable for a range of industrial applications. Its easy-to-use and durable design make it ideal for use in applications including energy storage, speed control of motors, microprocessor circuits, audio signal processing and switching power supplies. Its unique construction ensures efficient and reliable performance in all kinds of situations, making it an ideal choice for any high-end electronic system.

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