NZ2520SB-5.000000MHZ

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Oscillators are components designed to produce a certain frequency of an electrical waveform. The most common type of oscillator is an electronic oscillator, which produces an AC signal at a given frequency. However, there are also non-electronic oscillators, including mechanical and chemical oscillators. Oscillators are used in a wide variety of applications, including telecommunications, audio generation, and frequency control for digital and analog circuits.

NZ2520SB-5.000000MHZ is a quartz crystal oscillator that provides a stable and accurate frequency reference for both high and low frequency applications. It is available in a surface mount package for easy integration into modern systems.The NZ2520SB-5.000000MHZ is made up of two main components; a quartz crystal and a ceramic drum packaging. The quartz crystal controls the frequency of the oscillator and acts as a filter to remove any unwanted signals. The ceramic drum packaging provides additional stability and protection to the quartz crystal while allowing the oscillator to be integrated into newer applications.

This oscillator is commonly used in various applications, such as frequency reference, key fob/remote control, and RFID applications. The quartz crystal tuning characteristics and specifications make it ideal for providing accurate timing references, as it is able to reach and maintain a high-precision frequency. The robust package design also ensures the oscillator can operate in harsh environments, making it suitable for a wide range of applications.

The quartz crystal is made up of two electrodes encased in a rectangular-shaped quartz crystal. When electrical pulses are sent through the crystal, the quartz crystal will vibrate at a certain frequency, which is determined by the width, height, and thickness of the electrode configuration. This frequency can be fine-tuned by changing the shape of the electrodes and the orientation of the quartz crystal.

The ceramic drum packaging surrounds the quartz crystal, creating an electromechanical interface between the oscillator and the circuit board. The ceramic drum protects the quartz crystal from damage and also provides an additional damping factor that reduces the amount of jitter in the output signal. The ceramic drum also includes a pinout configuration so the oscillator can be easily integrated into different applications.

One of the primary advantages of the NZ2520SB-5.000000MHZ oscillator is its stability. This oscillator has a wide temperature range of -40°C to +85°C and can maintain the same frequency throughout its operating range. This is important for applications that require consistent and reliable frequency references, such as frequency reference for A/D and D/A converters, as well as clocking for digital logic circuits.

The accuracy of the NZ2520SB-5.000000MHZ is also an advantage compared to other oscillators. With a tolerance of +/-25 ppm over its wide operating temperature range, this oscillator is well suited for frequency control and RF applications. This accuracy is important for applications that require precise timing signals or frequency references, such as key fobs and remote controls.

The NZ2520SB-5.000000MHZ quartz crystal oscillator is a reliable and accurate source of frequency reference for a wide range of applications. From using it as a frequency reference for integrated circuits to providing an accurate timing reference for key fobs and remote controls, this oscillator is suitable for many different applications. This oscillator is also available in a variety of packages, making it easy to integrate into different systems. The stability and accuracy of the NZ2520SB-5.000000MHZ make it an ideal choice for many applications, providing reliable, consistent, and accurate frequency control.

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