B32561J1274J000

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Film Capacitors

Film capacitors are widely used in consumer electronics and industrial applications due to their superior reliability. The B32561J1274J000 is an aluminum electrolytic film capacitor developed and manufactured by the famous Japanese electronics producer TDK. This capacitor offers a significant improvement in size and performance over similar components, while delivering greater reliability, durability and long-term performance.

The B32561J1274J000 is an innovative, high-precision aluminum electrolytic film capacitor that has the capacity for use across different applications, including mobile phone circuits, television circuits, signal processing circuits, power supply systems, and digital audio equipment. It features a ripple current rating of up to 7.5 A, a maximum capacitance of 17µF and a high permissible current rating of 167mA. It also has a high efficiency, a low ESR, a low level of self-heating, as well as a wide operating temperature range of -40 to +85 °C.

Application Field

The B32561J1274J000 is an ideal choice for various applications that require reliable performance with low resistance, low self-heating and high efficiency. It can be used for power supplies, signal processing circuits and digital audio equipment, as well as in high frequency switching circuits and portable applications. It is also capable of providing sufficient ripple current for large drive motors and charging/discharging cycles. The small size makes it a versatile option for devices requiring a tight and rugged design.

Working Principle

The B32561J1274J000 works by storing electric charge between two electrodes insulated from one another. This electric charge is generated by the reactance of the electrodes, which acts as an insulator between them. As the circuit is connected, a current flow starts to occur and charge is generated, resulting in a stable and reliable energy storage. When current is drawn from the capacitor, it will continue to discharge until the stored charge is fully discharged, at which point the capacitor is no longer able to produce electric current.

By quickly charging the capacitor through its low-resistance electrodes, its low ESR helps to reduce power losses. Its high efficiency and wide operating temperature range also make it an ideal choice for a variety of applications that require reliable and efficient operation.

The B32561J1274J000 has become an increasingly popular choice among many electronics manufacturers due to its reliability and its wide application field. In addition, its small size, low costs and high efficiency make it a great choice for both hobbyists and professional engineers alike.

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