SG-8002CE 64.0000M-PHCB

The SG-8002CE 64.0000M-PHCB Oscillator belongs to a family of integrated circuit (IC) oscillators that uses phase-locked loop (PLL) technology to generate a highly accurate output frequency. This high-performance oscillator is capable of providing an accurate, stable clock signal over a wide operating temperature range and voltage supply range. It is ideal for use in many applications such as digital signal processing (DSP), timing and synchronization, communications infrastructure, industrial automation, and measurement and control equipment.

The main application field for the SG-8002CE 64.0000M-PHCB Oscillator is clock generation in communication and multimedia IC processes. It has been developed to meet the increasingly demanding requirements for precise and accurate oscillator applications in high-speed signal processing and data transmission systems. The oscillator is capable of achieving clock frequencies up to 64 MHz and provides an output clock amplitude and signal swing of up to 336mV peak-to-peak (with a 3.3V power supply). It also features jitter-free clock clocks and low power consumption (typically <20mA).

The working principle of the SG-8002CE 64.0000M-PHCB Oscillator is based on the use of a Phase-Locked Loop (PLL) Feedback Mechanism. A PLL is an electronic control system that uses feedback to lock the output frequency to be a multiple of the reference frequency that is input into the oscillator. The PLL in the SG-8002CE 64.0000M-PHCB is a fully integrated system combining a voltage-controlled oscillator (VCO), a frequency-division-multiplexer (FDM) divider, a reference clock input, and a phase comparator to generate signals to the VCO and the FDM divider. The VCO is set to the desired output frequency and the feedback loop ensures that the output frequency is locked to the reference clock.

The SG-8002CE 64.0000M-PHCB Oscillator is ideal for use in many embedded control applications as it combines the high accuracy and low power consumption of a traditional PLL oscillator with the smaller size of an integrated circuit. It is an ideal choice when accurate timing and synchronization are required in a wide range of applications. The oscillator offers a number of benefits including low power consumption, jitter-free clocks, low cost, high accuracy, and good phase stability even in high temperature and voltage environments.