430P124X5200

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The 430P124X5200 is a type of film capacitor, usually referred to as a polycarbonate or polyamide film capacitor. These capacitors are typically used in high-voltage power supply applications, such as power inverters, wind turbines and power supplies, and are available in both radial and axial leads. They offer excellent reliability, rated temperature range and high-voltage stability, making them an ideal choice for many applications.

This type of film capacitor consists of a thin dielectric film with two metal electrodes sandwiched on either side, with an insulating dielectric separating the electrodes. The dielectric film acts as an insulator, allowing the capacitance to remain stable over a range of voltages and temperatures. As the applied voltage changes, the dielectric film thickness also changes, altering the capacitance of the capacitor accordingly. The dielectric film consists of polycarbonate or polyamide, which provides superior temperature and voltage stability.

The 430P124X5200 is a surface mount film capacitor with a maximum working voltage of 500V. It offers an excellent life expectancy and is rated for temperature operation from -55°C to +125°C, with a maximum rated voltage of 500V. It is highly resistant to mechanical and thermal shock and is suitable for printed circuit boards with tight tolerances. The rated capacitance range is 0.047uF to 15uF, with a maximum ripple current of 200mA.

Film capacitors are ideal for applications in which high precision is required, such as signal conditioning and filtering. The wide variety of film types make them suitable for use in a variety of applications, including automotive, consumer electronics, military and aerospace, medical and industrial markets. These capacitors are also suitable for use in AC and DC circuits, and can be adapted to meet special requirements.

The 430P124X5200 film capacitor offers superior performance and reliability, making it an ideal choice for a wide array of applications. Its highly stable construction ensures low losses and excellent temperature range, making it suitable for use in high-power, high-efficiency applications. It also offers excellent mechanical shock resistance, making it ideal for applications involving frequent vibrations and environmental exposure. Its reliable performance makes it the preferred choice for many applications, ranging from consumer electronics to medical and automotive markets.

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