BFC237541152

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Film capacitors widely used in the industry are focused on two major features: temperature-stability and capacitance-stability. A BFC237541152 capacitor is a non-polar polyethylene-naphthalate (PEN) film capacitor designed by the Chinese manufacturer Foshan Techtex Electronics Co. Ltd. It is specifically designed for high reliability which has been implemented by closely controlling production process and quality.

The BFC237541152 capacitor is of the non-polar and polyethylene-naphthalate (PEN) design, which means that it operates without directionality or polarity. This feature allows it to be used in a variety of different ways, including AC-DC synchronous motors, LED lights, power control modules, and high-frequency switching. It was specifically designed with the objective of providing good high-frequency operation and low-temperature drift.

The capacitor has a capacitance of 10uF, maximum voltage rating of 250VAC, and a maximum temperature rating of 125°C. Its maximum capacitance loss is 5%, and its temperature coefficient of capacitance is ±30ppm/°C. It has an insulation resistance of >100MΩ and the maximum DC ripple current at 100KHz is 88mA.

The BFC237541152 is a high-reliability capacitor that was designed to offer excellent performance in both temperature and capacitance with low relative drift. In terms of operation, the BFC237541152 works by storing an electric charge on two pieces of insulation material, such as polyethylene-naphthalate film and ceramic disc. This electric charge creates an electric field between the two materials which acts as an insulator. By altering the charge, the capacitance of the device can be controlled. In addition, the device can also act as an almost perfect conductor at extremely high frequencies, allowing for better control and switching.

The BFC237541152 also provides excellent temperature stability and capacitance retention. Its temperature coefficient of capacitance is ±30ppm/°C, which is the lowest of any PEN film ceramic capacitor on the market. Its capacitance drift is also very low, staying within 5% of its original value even when temperature extremes are reached. Its relatively low impedance and leakage current also helps prevent electrical noise in highly sensitive applications such as digital control systems.

The BFC237541152 is an ideal choice for many different applications. It is often used in AC-DC synchronous motors, LED lights, power control modules, and high frequency switching. Its low temperature drift and excellent capacitance stability make it ideal for any type of automation system or device. Additionally, its high reliability, insulation resistance, and maximum DC ripple current make it suitable for high-power operations such as switching power supplies.

The BFC237541152 film capacitor is a highly reliable and efficient device designed for high-power operations and applications. Its temperature stability and capacitance-stability features make it an excellent choice for any type of digital control system. Its relatively low temperature coefficient of capacitance and capacitance drift allow it to be used in temperature-diverse applications. Additionally, its excellent insulation resistance and maximum DC ripple current provide excellent protection against electrical noise for sensitive devices. The BFC237541152 film capacitor is an ideal choice for many different applications and is a reliable and efficient choice for satisfying the needs of digital control systems.

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