ZL30123GGG2

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ZL30123GGG2 is a precision timing crystal oscillator which is used in many different types of applications and has important uses in many different types of industries. It is designed with small size and high performance to meet the timing accuracy requirements needed by various industrial and consumer applications.

The ZL30123GGG2 is a high-precision quartz crystal oscillator that is designed for use in clock and timing applications such as in computer systems, mobile phones, remote access servers, and switches. Its frequency stability and reliability are very important in most precision timing applications. This quartz crystal oscillator features a wide frequency range of 32.768kHz to 160.000 MHz, and can provide extremely precise time keeping even under extreme temperature conditions.

The frequency of the ZL30123GGG2 crystal oscillator can be adjusted over a wide range, allowing for the use of the crystal oscillator in many different types of applications. The oscillator has a variety of features, such as an output frequency stability of 0.1ppm, a low power consumption of 4mA at +3.3V, and operating temperature range from -10 to +70 Celsius.

The ZL30123GGG2 is designed for use in a variety of applications and has particular importance in many of the industries that require precise timing. For example, in the precision medical field, the ZL30123GGG2 provides a precision timing source for the measurement of heart rate and other vital signs, as well as for the accurate measurement of medication dosage. In the automotive sector, the ZL30123GGG2 helps to maintain the precise timing that is needed to control the timing and performance of engine systems.

In the communications industry, the ZL30123GGG2 helps to maintain the time accuracy necessary for communication systems such as wireless and cellular systems, as well as for services such as wireless data and voice transmissions. In addition, the ZL30123GGG2 is used for GPS navigation and other tracking systems, where precise timing is critical for accurate tracking and positioning of objects.

The working principle of the ZL30123GGG2 crystal oscillator is based on the piezoelectric effect. In this effect, an electric field is applied to a piezoelectric material, which causes the material to vibrate at a specific frequency. The frequency of the vibration is determined by the characteristics of the material, and is unaffected by environmental factors. The signal resulting from the vibration is picked up and amplified to a frequency signal that can be used as an accurate timing reference.

In addition, the oscillator features features a low phase noise, a stability temperature coefficient of 0.5ppm/°C, and a lead-free design, allowing it to provide an extremely reliable clock and timing source. Furthermore, the oscillator is RoHS-compliant and is available in a variety of packages, from a tiny surface mount package to a precision 6-pin LCC package, allowing the ZL30123GGG2 to be used in a wide variety of applications.

The ZL30123GGG2 is a precision timing crystal oscillator designed for use in many different applications that require precise and accurate clock and timing signals. Its wide frequency range, stability and reliability, low power consumption, and other features make it an ideal choice for a wide variety of precision timing applications.

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