ROB-100V470MH5#

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Aluminum Electrolytic Capacitors are widely used across a variety of electronic applications. The ROB-100V470MH5# is a prime example of this versatile and dependable technology. The implementer of this product will find that it is great for the regulation of power, filtering of harmonics, circuit decoupling, and for the purpose of snubbing or attenuating electrical transients.

The ROB-100V470MH5# consists of a combination of two primary components - an etched aluminum foil and a chemically treated paper dielectric. When power is applied to the device, the current circulates through the etched aluminum, which acts as an electrolyte - this process is called electrolysis, and is responsible for maintaining a majority of the devices charge. The chemically treated paper dielectric layer serves to prevent the back-flow of electrons across the device\'s terminals, thus allowing the device to keep its charge even when power is no longer applied.

The ROB-100V470MH5# is designed as a miniaturized device, allowing it to fit neatly into confined spaces. This makes it a great choice for applications in military and aerospace applications, where space may be at a premium. It is also a great choice for robotics applications, where the device\'s reliability and rugged nature can be counted on for long-duration operation in demanding circumstances.

The ROB-100V470MH5# is also well suited for applications in industrial automation, power supply systems, and other industrial-related applications. With a maximum working voltage of 100V, it can be relied upon as a dependable and reliable power source in a variety of applications. Additionally, with its 470MH5 resistive load characteristics, the ROB-100V470MH5# can provide an effective filtering solution for transient noise encountered in complex switching systems.

The ROB-100V470MH5# is a highly efficient and reliable power source, making it a great choice for applications of all shapes and sizes. Its small size allows it to fit into tight spaces, while its dependability and ruggedness make it a great choice for more demanding scenarios. Its electrolysis-based electrical circuitry provides reliable power, while the chemically treated paper dielectric allows for the device to keep its charge even when power is no longer present. Lastly, its 470MH5 resistive load characteristics make it an ideal choice for filtering of electrical transients, providing an unbeatable power solution.

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