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Oscillators: 520T10HT38M4000 application field and working principle

Oscillators are essential for many applications, ranging from normal daily tasks to the most complex industrial feats. The 520T10HT38M4000 is one such oscillator that finds use in industries as diverse as automotive, defense, and medical diagnostics. In this article, we’ll delve into what makes the 520T10HT38M4000 such a versatile tool, and explore its typical applications and working principles.

What is the 520T10HT38M4000?

The 520T10HT38M4000 is a precision quartz oscillator module manufactured by engineering company NDK Precision Instruments. It is a hermetically sealed oscillator module designed to provide reliable and accurate clock signals to a range of applications. It is capable of providing signals of up to 4000MHz, with a high-stability frequency resolution of 0.001MHz. Despite its high precision, it is also capable of operating in a wide temperature range, from –40°C to +85°C.

Typical Applications

Thanks to its durability and reliable performance, the 520T10HT38M4000 is a popular choice for engineers looking for a reliable clock source that can be used in extreme conditions. As a result, it is commonly used in a variety of industries, including:

• Automotive systems
• Medical diagnostics equipment
• Cellular phones
• Defense systems
• Broadcast equipment
• Telecommunication systems
• Geophysical instruments
• GPS navigation systems

In addition to the 520T10HT38M4000, NDK also offers a range of other oscillators for different application scenarios. This ensures that there is an NDK oscillator suited to whatever industrial need one may have.

Working Principle

The 520T10HT38M4000 is an oscillator, meaning it produces a regular, oscillating electrical signal. Inside the 520T10HT38M4000, there are two main components: a quartz crystal element and an oscillator circuit. The quartz crystal is made up of several layers of quartz crystals, which form an electrical circuit. The circuit is then connected to an oscillator circuit, which is powered by an external voltage source. The interaction between the quartz crystal and the oscillator circuit causes an alternating electric current to flow. This alternating current is then amplified by the oscillator circuit and output as a regular, oscillating waveform.

The frequency of the output waveform depends on the resonant frequency of the quartz crystal element. The resonant frequency of the quartz crystal is determined by its size, shape, and composition. As such, the oscillator can be tuned to a specific frequency in the range of 0.001MHz to 4000MHz by adjusting the quartz crystal element.

Conclusion

The 520T10HT38M4000 is a reliable and extremely accurate precision quartz oscillator. It is suitable for use in a wide range of scenarios, due to its wide operating temperature range, high stability frequency resolution, and excellent durability. Its working principle is based on the interaction between a quartz crystal element and an oscillator circuit, allowing it to be tuned to a precise frequency output.

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