MXO45HS-2C-2M0000

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Oscillators are electronic circuits that generate an alternating electric current or voltage. MXO45HS-2C-2M0000 oscillators, specifically, are designed for use in systems that require a very stable output frequency. These oscillators are popular in the telecommunications, automotive, aviation, and computing industries, and have an operating temperature that ranges from -55° to +125°C.

The working principle of MXO45HS-2C-2M0000 oscillators is to convert a DC input voltage to an AC output voltage. This conversion is done via the use of an oscillator circuit, which is a combination of an amplifier, an oscillator element such as a quartz crystal or LC network, and feedback. The amplifier keeps the output voltage close to the desired frequency while the oscillator element generates the output frequency, and a feedback loop helps maintain it. The MXO45HS-2C-2M0000 oscillator circuit uses integrated logic on a monolithic plastic chip, which helps to reduce the input voltage requirements and improve the stability and accuracy of the oscillator.

MXO45HS-2C-2M0000 oscillators offer a variety of advantages. The oscillators feature a wide operating temperature range, are RoHS compliant, and boast low power consumption. Furthermore, the integrated logic and monolithic plastic chip design provide an extremely low total harmonic distortion value (THD) of 0.5%, making them very reliable.

These oscillators are also suitable for a variety of applications, such as broadcast receivers, communication systems, navigation systems, and vehicular systems. They can also be used in industrial and military systems, where high accuracy and long-term stability are critical. Additionally, the oscillators provide exceptional performance regardiing phase noise, allowing for low signal interference.

In summary, the MXO45HS-2C-2M0000 oscillator is an extremely reliable and accurate oscillator suitable for use in a variety of applications. The oscillator offers a wide operating temperature range and low power consumption, as well as integrated logic and monolithic plastic chip design which provide an extremely low THD. Furthermore, the oscillator also has low phase noise, making it particularly suitable for communication systems and broadcasting.

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