XLH736108.000000I

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Oscillators are devices that generate a continuous periodic signal using an internal frequency source or electromagnetic signals received from an external source. One type of oscillator is the XLH736108.000000I, which is a crystal oscillator that produces a signal with frequency of 7.36108MHz, and can reach a maximum frequency of 8MHz. It is typically used in applications such as communication equipment, instrumentation systems, power amplifiers, receivers, and other communications systems.

The XLH736108.000000I is a crystal oscillator that uses quartz crystals to produce precise signals. Quartz crystals have a very specific and precise frequency, which is determined by the physical properties of the crystal. When the quartz crystal is appropriately excited, it vibrates, producing an electrical signal with a constant frequency.

The XLH736108.000000I oscillator uses an AT-cut quartz crystal regulated to a maximum frequency of 8MHz at a temperature of -10 to 70°C. It also uses a temperature compensated voltage controlled crystal oscillator (VCO) as its frequency regulating element. The VCO is a type of oscillator that uses an electronic circuit with a voltage-controlled capacitance to stabilize a oscillation frequency. The VCO is connected to the base of the quartz crystal, which helps ensure that the desired frequency of 7.36108MHz is achieved.

The XLH736108.000000I is a relatively low power oscillator, and draws no significant current or voltage from its power supplies. It has a relatively low grade of frequency stability, with a temperature stability of about 30ppm over a range of 0-70ºC. The standard frequency tolerance of this device is ± 5ppm at 25ºC, however, if necessary, the frequency tolerance becomes ± 3ppm with a temperature of 25ºC. Furthermore, it also has aging characteristics, which means that its frequency will deviate over time.

The XLH736108.000000I is designed for use in applications such as communication equipment, instrumentation systems, power amplifiers, and receivers, to name a few. It is also well-suited for use in embedded systems, as it is lightweight and easy to integrate with other components. It can also be used to synchronize multiple clock sources, or for timing applications used in automated machinery. Furthermore, it is also useful in the telecom industry, as it can be used to generate precise frequency signals for both transmission and reception.

Overall, the XLH736108.000000I is a low power crystal oscillator that produces a signal frequency of 7.36108MHz, with a maximum frequency of 8MHz. Its frequency stability, along with its small size and low power draw, make it a great choice for use in embedded systems, communication equipment, instrumentation systems, and even the telecom industry.

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