SG-8101CE 12.500000 MHZ TJHPB

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Oscillators are widely used in many industries. These devices provide a wide range of capabilities for accurate monitoring and measurement of frequency, phase, and amplitude. One such oscillator is SG-8101CE 12.500000 MHZ TJHPB. Below is an overview of its application fields and the working principle.

Application Fields:

SG-8101CE 12.500000 MHZ TJHPB is a digital quartz crystal-based oscillator designed to generate precision and stable frequencies over a wide frequency range. This oscillator is specifically designed for applications such as data acquisition and processing, instrumentation, and digital signal processing. It is widely used as the time basis in many different applications. This oscillator is often used in cellular radio systems, low-power broadcast radio systems, navigation systems, microwave communication links, satellite communication systems, and space-borne systems.

In addition to its application in radio systems, the SG-8101CE 12.500000 MHZ TJHPB is also commonly used in general-purpose test and measurement equipment, such as signal generators, frequency counters, and digital signal processors. It is also used in modern clock/timing devices, such as Global Positioning System (GPS) receivers, in addition to medical and industrial imaging systems.

Working Principle:

The working principle of this oscillator is based on the properties of piezoelectric crystals. Piezoelectric materials, such as quartz crystals, are materials that can generate electrical charge when mechanical stress or strain is applied to them. The SG-8101CE 12.500000 MHZ TJHPB uses this property to generate a precise frequency. The quartz crystal is housed in a sealed enclosure and is connected to two electrical terminals.

When the SG-8101CE 12.500000 MHZ TJHPB is powered up, an electrical voltage is applied across the two terminals. This voltage causes an electrical charge to be generated in the quartz crystal, which causes it to vibrate at a precise frequency. The frequency of the vibration is affected by the size, shape, and material of the quartz crystal, as well as by the amount of voltage applied to it. As the electrical voltage is changed, the frequency of the vibration changes as well.

In order to maintain a reliable and accurate frequency output, a feedback loop is typically employed. This feedback loop uses a frequency counter to measure the output frequency and adjust the applied voltage accordingly. This allows the SG-8101CE 12.500000 MHZ TJHPB to maintain a precise and stable frequency output, which is critical in many precision applications.

Conclusion:

The SG-8101CE 12.500000 MHZ TJHPB is a quartz-based oscillator used to generate precise and stable frequencies over a wide range of applications. The working principle of this device is based on the piezoelectric properties of quartz crystals, which generate an electrical charge when mechanical stress is applied to them. In order to maintain an accurate frequency output, a feedback loop is typically used to adjust the applied voltage. The SG-8101CE 12.500000 MHZ TJHPB is widely used in areas such as radio systems, medical and industrial imaging systems, and general-purpose test and measurement equipment.

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