SFC37T40-10K391E-F

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Capacitor networks and arrays are electrical components which comprise of several capacitors arranged in variousways to form an electrical connection. The SFC37T40-10K391E-F is one such compact capacitor network offering load-line and filter capacitance with low ESR. It is a surface mount SMT capacitor network with a 41-pin-DIL, consisting of four or five terminal through-hole package with a terminal spacing of 2.54mm.

The capacitor network achieves a capability of 10pF-47µF range and it can carry up to 5A of current. It is designed to provide an effective ground connection integrating high capacitance, which is ideal for power distribution and bypass applications in a wide variety of electronic systems.

This capacitor network is applicable to radio frequency systems because of high ESR values and low inductance, making it ideal suited for circuitry involving frequency of 5MHz and higher. It can also be used as a replacement to ceramic capacitors and can also be used in interference-suppression circuits, power filters, AC /DC, Transmitters and receivers.

In this capacitor network, the terminals are connected to a dielectric layer between the electrodes, which acts as the insulator for the capacitor network. The dielectric can either be mica, ceramic or polymer. If ceramic is used, then the network has a high capacitance, whereas if polymers are used, then the network has higher stability.

The working principle of this capacitor network relies on the fact that the conducting area of two plates separated by a dielectric results in the creation of an electrostatic field. This electrostatic field stores electrical energy and the magnitude of this stored energy is proportional to the total capacitance in the capacitor array.

The SFC37T40-10K391E-F capacitor network is a great asset for designers looking for a high performance capacitor network with high capacitance and low ESR. It is ideally suited forwireless communications, embedded systems, and medical applications and has the capability to handle high frequencies up to 5MHz.

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