SG-9001JC C05P 12.0000MC

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Oscillators are electrical components that generate precise and stable timing signals. Oscillators are widely used in numerous applications, including communication systems, computers, automotive systems, and consumer electronics. SG-9001JC C05P 12.0000MC is a highly accurate oscillator that is used for precision timing applications.

SG-9001JC C05P 12.0000MC oscillator is constructed in a unique way, which combines the benefits of quartz crystal and temperature control circuit technology. It utilizes a simplified impedance matching network combined with an advanced temperature compensation circuit to deliver accurate and repeatable timing signals over an extended temperature range. The oscillator is highly stable and accurate and can maintain a precise frequency of 12.0000MHz over the temperature range of -20 to 70°C, with a maximum frequency stability of ±10ppm.

The key features of SG-9001JC C05P 12.0000MC oscillator include an ultra-low phase noise over a temperature range of -20 to 70°C, a high precision frequency of 12.0000MHz, a low drive level of 4mA, and a highly stable frequency stability of ±10ppm. It also features an ultra-low power consumption, which makes it an ideal choice for portable devices. In addition, the oscillator boasts a high accuracy of ±0.27ppm, enabling it to provide accurate and reliable feedback signals.

SG-9001JC C05P 12.0000MC oscillator is widely used in a range of timing applications, such as real-time clock (RTC) devices, precision timing instruments, automotive electronics, security systems, and industrial controllers. It can also be used in various industrial and consumer applications, such as mobile phones, digital media players, gaming consoles, medical machines, laboratory instruments, and point of sale (POS) systems.

In conclusion, SG-9001JC C05P 12.0000MC oscillator is an ideal choice for precision timing applications due to its impressive accuracy and frequency stability. Its advanced temperature compensation circuit ensures a consistent operation over a wide temperature range, making it a reliable and efficient option for a range of timing applications.

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