RNU1C101MDS1JX

Aluminum - Polymer Capacitors are some of the most common and efficient capacitors in the electronics industry. The RNU1C101MDS1JX represents a low ESR, high ripple current aluminum-polymer capacitor and is suitable for a variety of applications in many different industries.

Usage

The RNU1C101MDS1JX application field is wide and varied. This aluminum-polymer capacitor can be used in tactical and military applications, such as UAVs, where high reliability and low ESR is required; in medical equipment, such as hearing aids and implanted pacemakers, where space saving and EMI shielding are needed; in consumer electronics, such as digital cameras and portable medical equipment, where high ripple current handling and reliability are important; and in driver ICs and motor control systems, such as AC-DC converters and motor controllers, where smooth DC/DC conversion is needed.

Features

The RNU1C101MDS1JX aluminum-polymer capacitor possesses many beneficial features that make it suitable for many applications. It has a very low ESR level of 0.11 mΩ and a high ripple current capacity of 11.6A, giving it a high degree of efficiency and reliability. It also has a very compact size at just 1.1 x 0.6mm, making it suitable for high density packaging and taking up minimal board space. The capacitor also has an ultra low leakage current of just 6.25 pA, which ensures the best possible performance.

Working Principle

An aluminum-polymer capacitor operates on the principle of electrochemical activation, whereby the electrolyte, a mixture of aluminum and polymers, produces an electric current through a reaction involving oxygen and hydrogen. This electric current generates a voltage difference between the two electrodes, one of which is the aluminum-polymer mix and the other is a conductive material such as carbon. The voltage difference then behaves as a capacitor, storing electrical energy and allowing it to be released as needed.

As an aluminum-polymer capacitor, the RNU1C101MDS1JX has two separate layers consisting of an outer aluminum layer and an inner polymer layer. The aluminum layer acts as an anode, which stores and releases electrical energy, while the polymer layer acts as a cathode, allowing for the transfer of electrical energy. When a current passes through the capacitor, the aluminum layer oxidizes, generating a voltage difference and creating the desired capacitance.

The RNU1C101MDS1JX aluminum-polymer capacitor is a highly efficient and reliable choice for many different types of applications in many industries. With its high ripple current capacity, low ESR level, and its ultra-low leakage current, the RNU1C101MDS1JX aluminum-polymer capacitor is sure to deliver great performance in a wide range of conditions.