CD17FD331JO3F

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Mica and PTFE Capacitors are components of electrical capacitance that combine both the advantages of mica and PTFE dielectric medium – compactness, light weight, large capacitance range, high frequency performance, and dielectric qualities. These capacitors, coded as CD17FD331JO3F, are widely used in industrial electronics, portable radio and television sets, signal conditioning, instrumentation, and PLC control panels.

The dielectric materials used in the construction of CD17FD331JO3F capacitors are usually paper and wax-impregnated paper or mica and PTFE. The dielectric material is sandwiched between two metal electrodes, which are held apart by a thin spacer, creating an asymmetric capacitance. CD17FD331JO3F capacitors feature a cylindrical shape and are available in two different sizes – small for use in low power applications and larger for higher power applications.

CD17FD331JO3F capacitors are widely used in many applications such as filter circuits, power supplies, amplifier circuits, and signal processing circuits. These capacitors are also a popular choice in digital computing and communication applications due to their excellent dielectric qualities and stability. The large capacitance range of these capacitors makes them suitable for various high frequency applications.

The working principle of CD17FD331JO3F capacitors is quite simple – when electric charge is applied to the two electrodes, an electrical field is created, which causes the dielectric material between the electrodes to accumulate electrons. This results in a net increase in capacitance and voltage. In certain applications, this increase in capacitance can be done in discrete ‘steps’, allowing the capacitor to act as a variable capacitor.

The CD17FD331JO3F capacitors provide an excellent solution for most industrial, consumer and military applications due to their high capacitance range, lightweight design and good dielectric properties. They are also excellent for use in power and signal conditioning applications. The large capacitance range, low leakage current and stable operation across a wide temperature range are some of the features that make CD17FD331JO3F capacitors highly suitable for use in various applications.

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