OH100-50503CF-010.0M

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Oscillators are useful electronic components that are widely used in a variety of applications, from communication, computer engineering, and entertainment to instrumentation, industrial control, and robotics. One example of an oscillator is the OH100-50503CF-010.0M, which is used in a range of applications throughout the industry. Here we take a look at the application fields and working principles of this part, and better understand why it is such a popular choice.

OH100-50503CF-010.0M Characteristics

The OH100-50503CF-010.0M is a top-of-the-line oscillator, capable of producing a fine-tuned output frequency range of 10.000MHz to 155.500MHz, and employing an integrated crystal that provides a very stable frequency range. The oscillator was designed with a wide dynamic range of -40+85°C, and it is able to withstand a full scale of 9KV, making it suitable for a variety of applications. This oscillator is also very compact, being only 15x15x4mm in size.

Application Fields

The OH100-50503CF-010.0M oscillator is suitable for a wide range of applications. Its highly precise frequency output and wide dynamic range make it ideal for frequency-controlled communication applications such as medical tools and instrumentation systems. Its wide bandwidth is also suitable for a variety of radiofrequency (RF) related communication applications. Additionally, its high stability makes it ideal for a variety of wireless ZigBee, Bluetooth, and Wifi applications. Finally, its robust design makes it suitable for use in aerospace and military communication as well.

Working Principle

The inner workings of the OH100-50503CF-010.0M are based on the principle of a crystal oscillator. This type of oscillator is a type of linear oscillator that uses an integrated crystal to produce a periodic signal with a very high degree of accuracy and stability. The oscillator’s output is generated from the regular vibrations of the crystal, which is excited by an external electrical signal. The frequency of vibration is determined by the mechanical resonance of the crystal and an external capacitor or inductor to the circuit. As the external signal varies, so too does the frequency of the crystal, allowing it to generate different frequencies for a wide range of applications.

Conclusion

The OH100-50503CF-010.0M oscillator offers a versatile and reliable solution for a variety of applications. Its small size and robust design, combined with a wide dynamic range and highly precise output, make it a great choice for a range of communication, instrumentation, and wireless applications. The oscillator’s highly stable and accurate frequency output is thanks to its integrated crystal, which is based on the principle of a crystal oscillator.

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