SG-8002CE 6.0000M-PCCL3

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Oscillators are vital components for the operation of a variety of electronic systems. SG-8002CE 6.0000M-PCCL3 is a standard temperature range and voltage compensation oscillator designed for applications such as automotive, medical, and telecommunications, where long-term stability is essential. This article will discuss the application field and working principle of the SG-8002CE 6.0000M-PCCL3 oscillator.

By utilizing the latest CMOS process and a patented high stability PFD technology, the SG-8002CE 6.0000M-PCCL3 oscillator provides extremely long-term stability and excellent accuracy over a wide temperature range. It is fit for industrial and commercial applications requiring extremely high stability over wide temperature variations. The oscillator is also suitable for automotive applications, in which temperature control is an essential factor in providing robust performance and high reliability.

The SG-8002CE 6.0000M-PCCL3 oscillator has excellent operating characteristics, and is built-in with a low noise, fast settling, charge pump circuit, providing its operation with a high stability and low phase noise performance in frequency ranges up to 10MHz. It has minimal jitter or phase noise, enabling reliable high speed signal generation at frequencies up to 10MHz. Its guaranteed frequency stability over temperature, aging in process and supply voltage is 0.5ppm, making it ideal for use in applications where frequency accuracy and stability is required.

Its small package size of 4.0mm x 3.2mm makes it ideal for space-constrained applications such as automotive electronics and portable medical devices. The SG-8002CE 6.0000M-PCCL3 oscillator also has a low power consumption of just 10mW, making it an energy-efficient solution for high performance frequency control applications.

The SG-8002CE 6.0000M-PCCL3 oscillator utilizes an oscillator circuit composed of an active device and a passive device. The oscillation frequency is determined by an external feedback network between these elements. The active device is a CMOS inverter, driven by a bias voltage and current applied through pins of the device; the passive device is a quartz crystal, connected between the inverter’s output and input. The quartz crystal has an inherent frequency dependent on its geometry, and provides a frequency-selective path between the inverter’s output and input pins. As the switching frequency of the inverter varies, the voltage across the crystal’s plates changes, which in turn causes the impedance of the crystal to change. This results in a feedback system, where the oscillation frequency is determined by the resonance frequency of the quartz crystal.

In summary, the SG-8002CE 6.0000M-PCCL3 oscillator is a standard temperature range and voltage compensated oscillator designed for a variety of electronic applications. It offers highly reliable performance in long-term operation, due to its excellent operating characteristics, low power consumption, and small package size. It is suitable for a variety of applications, including automotive, medical, and telecommunications. Its unique working principle, utilizing a quartz crystal and an inverter, enables it to provide excellent accuracy and stability, even over wide temperature variations.

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