SFS37S35-20K475E-F

Capacitor Networks, Arrays

Capacitor networks, arrays, and combinations of capacitors have a wide range of applications, from providing energy storage to tuning circuits to providing the filtering functions of a high-pass or low-pass filter. The SFS37S35-20K475E-F is a polarized capacitor network with an integrated flat film capacitance array that meets multi-function electronic system requirements. This capacitor network has applications in areas such as high-current/low-voltage distributed power systems and microwave communications applications.

SFS37S35-20K475E-F application field

The SFS37S35-20K475E-F capacitor array is best suited for space-saving designs with the most flexible options for minimizing voltage drops and power consumption. The unique polarized design holds up well to massive price fluctuations so it is suitable for a wide range of circumstances. The capacitor array also has a low ESR value, making it an excellent choice for power supply designs, AC filter circuits, and more. The wide operating temperature range combined with excellent reliability makes the SFS37S35-20K475E-F capacitor array suitable for both indoor and outdoor applications.

The SFS37S35-20K475E-F is also ideal for high-current/low-voltage distributed power systems such as printed circuit boards (PCB) and switch mode power supplies (SMPS). The array is stable when subjected to vibration, shock and other physical influences. It is also vibration resistant, due to its unique construction that stabilizes the electrodes, enabling improved performance in tough conditions. Finally, the SFS37S35-20K475E-F capacitor array is a reliable, multipurpose asset for almost any high-current/low-voltage distributed power system.

SFS37S35-20K475E-F working principle

The SFS37S35-20K475E-F capacitor array is made up of two sheets of conductive material, a dielectric material, and two sets of electrical components, which together constitute the capacitance network. The first set consists of two electric resistors, while the second contains two ceramic capacitors arranged in series. As current passes through the electric resistors, a voltage drop is created between the two ceramic capacitors and across the antenna, which forms an AC filter circuit.

The AC filter, in conjunction with the two resistors, enables the capacitor network to attenuate the AC signal present in the input signal and allows for high-current/low-voltage distributed power systems. The dielectric and conductive material construction ensures robust, stable performance in the long run.

The SFS37S35-20K475E-F capacitor array is a high-end array with excellent stability, reliability, and accuracy. The high-end features enable users to achieve small size, low energy consumption, and even more stringent industrial performance requirements. Furthermore, when combined with other electronic components, the SFS37S35-20K475E-F capacitor array is a powerful asset that can enable various complex, precision circuits and improved system performance.