EFO-SS1005E5 Crystals, Oscillators, Resonators

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Resonators are one of the most important components in an electrical system. It plays an important role in the frequency response of the system. The EFO-SS1005E5 resonator is an important component in new generation of electronic applications. EFO-SS1005E5 resonators are characterized by high Q factor, low capacitance, cost effectively and excellent temperature stability.

EFO-SS1005E5 resonator is a ceramic chip component which can provide high frequency stability over a wide temperature range. It is ideal for medium-high frequency AC signals. The general principle of its operation is to convert a free running AC signal into a fixed frequency signal with a high degree of accuracy. It works by applying a predetermined electric field to the resonator and then an electric dipole moment is created to produce the dipole field. This dipole field intercepts the electron-hole pairs moving through the crystal lattice causing them to scatter or reflect the energy and create a certain frequency at the zone of maximum vibration where the impedance of the resonator is maximum.

The application field of EFO-SS1005E5 resonator includes communication, base station, low power radios, microwave radio, satellite communication, mobile radio, radio portable, WLAN and other electronic equipment. It is a top choice for those applications that are characterized by high frequency stability, low capacitance and cost effectiveness. This resonator can remain stable in operation despite varying environmental conditions. their operating temperature range is -40 to +95C which is ideal for most commercial and industrial applications.

EFO-SS1005E5 resonator is also effective for areas of precision measurement or digital control. It can maintain stability and accuracy better than common quartz crystals. The combination of high Q factor, excellent temperature stability and low capacitance makes it suitable for applications in these areas where stability and accuracy are important. This resonator is also reliable and can handle more current than quartz crystals, which makes it a great choice for battery operated equipment.

In conclusion, EFO-SS1005E5 resonator is ideal for applications requiring low capacitance, high Q factor and costs effectiveness, with excellent temperature stability. It is very stable in applications when precision and accuracy are critical. With its wide range of applications, this resonator is a great choice for engineers and technicians in the design, maintenance, and production of electronic systems.

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