04023J1R7BBWTR

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Thin film capacitors are components in electronic circuits that can store electric charge. They are made of a thin film of dielectric material, usually deposited on a metallic surface. The 04023J1R7BBWTR is one such capacitor, manufactured by Asahi Kasei Microsystems Corporation. It has a small package size of just 2.5mm x 1.2mm and comes with a 12pin lead. It is typically used in applications such as high frequency RF circuits, power converters, high voltage rectifiers, and automotive electronics.

The 04023J1R7BBWTR gives superior performance in data handling, high temperature operating environment, power conversion, and EMC protection. The capacitor is constructed from Multilayer Ceramic Technology (MLCC) which includes 10 layers of dielectric material spaced between 3 layers of outer electrodes. The terminal of the capacitor has 6 pins with four pins used for connection to ground, thus providing excellent shielding against EMI.}

The 04023J1R7BBWTR has a capacitance of 0.1 uF, an equivalent series resistance (ESR) of 0.4 ohms, a maximum rated voltage of 3.6V, and a maximum ripple current of 10mA. This capacitor is more resistant to thermal shock, humidity, and vibration than other traditional capacitor types. In addition, it is also capable of operating at high temperatures and can be used in more demanding applications.

The 04023J1R7BBWTR works on a principle of electrostatic energy storage. It utilizes an electric field that is generated between two plates, which have a dielectric material in between. When a voltage is applied to the plates, a charge is stored in the dielectric material which holds charge and thus increases the capacitance. This process can be reversed and the stored charge can be discharged by applying a voltage to the plates. This discharge process is the basis of working of the 04023J1R7BBWTR.

The 04023J1R7BBWTR is an ideal solution for high frequency RF circuits, power converters, and automotive electronics. It has excellent EMI shielding, excellent thermal and vibration resistance, and is capable of operating at high temperatures. Its small package size of 2.5 x 1.2mm and its low ESR makes it an ideal choice for compact and efficient circuitry.

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