02013J2R7BBWTR\500

Thin film capacitors (TFCs) are an advanced type of capacitors that are used in a variety of applications, including automotive and consumer electronics, telecommunications, medical equipment, and more. Unlike traditional electrolytic or ceramic capacitor designs, TFCs feature a thin layer of material with a high electronic charge stored within that can be used to create a voltage-stabilizing effect.

The 02013J2R7BBWTR/500 is a ceramic loose chip capacitor, which is a type of TFC. It\'s a non-polarized Type II capacitor with a capacitance rating of 50 pF at 10 V. This capacitor has a wide temperature range, ranging from -55°C to +125°C, and is designed for applications that require a high resistance to humidity, moisture, and temperature variations.

The 02013J2R7BBWTR/500 utilizes the principles of dielectric polarization, capacitance, and permittivity. Dielectric polarization occurs when a material with a positive charge, such as an oxide, is placed in a field of external electric force. The oxide molecules become polarized, which causes them to store a charge. This charge is then used as a dielectric for the capacitor.

Capacitance occurs when two electrodes, separated by a dielectric, form an electrical storage device. By applying a voltage to the electrodes, a charge is induced in the dielectric. This charge can be used to store energy and stabilize the voltage.

Finally, permittivity is a measure of how well a material allows an applied electric field to penetrate it. The higher the permittivity rating, the greater the ability of the material to store a charge. The 02013J2R7BBWTR/500 has an extremely high permittivity rating of 500, which makes it ideal for applications in which a high amount of charge needs to be stored.

The 02013J2R7BBWTR/500 is well suited for applications where reliability and stability under harsh environmental conditions are important, such as automotive and consumer electronics. Due to its high permittivity rating and wide temperature range, the 02013J2R7BBWTR/500 is able to provide superior performance in a variety of applications.