NX5032SD-20MHZ-STD-CSY-1

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Crystals

Crystals have served as essential components in electronic equipment since the early 20th century. In modern electronics, crystals are used in many different applications, from consumer products such as wristwatches and cell phones to sophisticated high-performance equipment such as military and aerospace systems. The NX5032SD-20MHz-STD-CSY-1 crystal is a precision timed device that is used in a wide variety of circuit configurations to provide accurate and reliable timing signals.

Application Field

The NX5032SD-20MHz-STD-CSY-1 is a quartz crystal oscillator, which is a type of crystal that is specified for frequency stability and low power consumption, making it an ideal solution for all kinds of timing and frequency control applications. This model crystal is ideal for use in precision frequency control systems, clocks, watches, cellular phones, base stations and other applications requiring precise timing and frequency control.

Working Principle

The NX5032SD-20MHz-STD-CSY-1 crystal oscillator operates on the principle of the quartz crystal\'s piezoelectric behavior. When a voltage is applied to a quartz crystal, it begins to vibrate at a very stable, precise frequency due to its piezoelectric properties. This vibration creates an oscillating electrical signal with a frequency that is proportional to the applied voltage. This is then used as a clock signal for timing and frequency control applications.

The quartz crystal consists of an assembly of several elements: an AT-cut quartz crystal, electrodes, a metal casing, and bonding wires. The AT-cut is a custom-shaped quartz crystal that determines the crystal\'s resonance frequency. Electrodes are connected between the quartz resonator and the metal casing. The metal casing acts as a shielding container and a holder for the quartz resonator. Bonding wires are used to connect the quartz resonator and the electrodes. The entire assembly is hermetically sealed and mounted on a headless frame.

The NX5032SD-20MHz-STD-CSY-1 crystal oscillator utilizes an AT-cut, frequency stabilized quartz resonator to generate a very precise frequency signal, usually within a tolerance of several parts per million (ppm). The device’s low power consumption makes it suitable for a wide range of applications, including battery operated timing and sensor applications.

The AT-cut quartz resonator is designed to reduce the frequency drift due to temperature, shock and vibration, as well as other environmental factors. Additionally, the quartz crystal can be adjusted to a specific frequency to meet specific timing requirements. The NX5032SD-20MHz-STD-CSY-1 quartz crystal is widely used in applications such as precision frequency control systems, clocks, watches, and cellular phones.

Conclusion

The NX5032SD-20MHz-STD-CSY-1 crystal is a precision precision timed device that is highly precise and can be used in a variety of circuit configurations to provide accurate and reliable timing signals. Its low power consumption makes it an ideal choice for timing and frequency control applications in battery powered devices. Moreover, its high frequency stability makes it suitable for precise frequency control systems and precise timing applications.

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