475AVG160MFBJ

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Aluminum-Polymer capacitors are widely used in many applications, including power management, filtering circuits, decoupling, and high frequency amplifiers. The 475AVG160MFBJ is a great example of such a capacitor, and it has a multitude of features and benefits that make it a great asset in any industrial or commercial system. 

The 475AVG160MFBJ’s shell material is made of reinforced plastic, which helps to protect the internal elements from wear, shock, vibration and static. Each device also has a stunning maximum rated voltage of 16V, meaning that it can easily handle higher voltage applications. Furthermore, the 475AVG160MFBJ has an incredibly low dissipation factor of only 0.3%, making it an ideal choice for high-frequency use.

The capacitance of the 475AVG160MFBJ is also impressive, with a rated capacitance of 160mF. This is a huge value for aluminum-polymer capacitors, and is especially useful for applications that require a high level of filtering and decoupling. In addition to that, the 475AVG160MFBJ comes with a temperature range of -55t o +125°C, and can withstand a minimum of 2000 hours at +85°C without any loss in performance.

Due to its excellent features and specifications, the 475AVG160MFBJ is an ideal choice for many industrial and commercial applications. This includes digital audio systems, motor control, robotics, and power supplies, to name a few. It also works efficiently in automotive, aerospace and military applications, where its robust design and reliable performance makes it a great option for any system that requires performance and reliability.

The 475AVG160MFBJ is also extremely easy to install. All that is required is to connect the capacitor to the circuit and apply AC voltage. At this point, the device will be able to dissipate the energy within the circuit and maintain an optimal degree of performance. Furthermore, the 475AVG160MFBJ is highly resistant to changes in temperature, meaning that once it is installed, it will not be affected by extreme changes in environmental conditions.

The working principle of the 475AVG160MFBJ is quite simple. It utilizes the Faraday effect, which is a property of metals wherein the voltage across a conductor changes when the conductor is placed in a magnetic field. This voltage change then causes the capacitance of the device to fluctuate, resulting in the energy being dissipated from the circuit.

The 475AVG160MFBJ is an excellent choice for any application that requires filtered energy, a high level of tolerance to electrical noise, and a robust design. It is extremely reliable, and its large capacitance rating makes it great for applications that require high levels of filtering. Furthermore, it is simple and easy to install, and its Faraday effect working principle makes it an ideal choice for a variety of systems.

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