R76PN33304030J

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Film capacitors have been widely used in various applications, such as computers, mobile phones, LED backlighting and robotics. The R76PN33304030J is a film capacitor developed specifically for industrial and automotive applications. The capacitor can operate at a voltage of up to 450V AC and carries a capacity of 1.3μF. This makes it an ideal choice for automotive applications as its excellent capacitor performance characteristics provide stable and long-term operation.

The R76PN33304030J film capacitor is built using a high dielectric film with a dielectric strength of 200V AC. This provides excellent insulation and makes the capacitor extremely reliable. The capacitor also has a rated temperature of -40℃ to 105℃ making it ideal for both extreme temperature environments and normal working environments.

The R76PN33304030J has a compact surface-mount design, with a body size of 18.4mm x 11.3mm x 7.6mm. This portability allows for easy installation and replacement. The capacitor is rated for 0.5A AC and can be connected to a number of existing systems and products. Connecting the capacitor to the signal of an input device can improve the signal quality by reducing the signal jitter and signal noise. Using capacitors to set proper the power factor of a power supply design can increase the system efficiency by reducing unnecessary heat dissipation.

The working principle of the R76PN33304030J is relatively simple. When current passes through the capacitor, it stores this electrical energy and releases it over time. In this way, the capacitor can convert the power supplied from the system into the desired power output. This performance can help reduce power spikes and maintain system stability.

Overall, the R76PN33304030J film capacitor is a great and versatile choice for industrial and automotive applications. Its compact size and robust design make it ideal for a variety of uses, from input device signal conditioning to power factor correction. This capacitor is able to store and deliver electrical energy with an excellent performance, making it an optimal choice for system stability and reliability.

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