MXO45HST-2C-24M7040

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Oscillators are circuits that generate a particular signal based on an input, such as an electrical current or voltage. MXO45HST-2C-24M7040 oscillator is a powerful oscillator, mainly used for timing control of application fields, such as frequency hopping, automotive, communications, consumer electronics and industrial. It is also a cost-effective solution for various requirements.

The MXO45HST-2C-24M7040 oscillator is a high performance, low jitter, low phase noise, 8 - 9 picoseconds total wide frequency range and ±50 ppm stability oscillator featuring TRX transceiver input/output for generation of long-term low jitter frequency. It has a wide frequency range of 8 - 9 picoseconds.

In terms of temperature stability, the MXO45HST-2C-24M7040 has a temperature coefficient of 0.8 ppm / ° C, and the frequency drift is less than ±50 ppm over a temperature range of - 40 ° C to + 125 ° C. The supply voltage is set to 3.3 V and the operating current of the oscillator is 120 mA.

In terms of phase noise, the MXO45HST-2C-24M7040 has a phase noise of -110dBc/Hz at 100 kHz offset. It also has excellent pulse rise and pulse width, which are typically 1.5 ns and 3.5 ns respectively.

The MXO45HST-2C-24M7040 is used in a variety of application fields, such as frequency hopping, automotive, communications, consumer electronics and industrial. Apart from being used for timing control, this oscillator is also applicable to many functions, including frequency mixing, synchronization, frequency synthesizing, and sampling data output from microprocessors.

The working principle of MXO45HST-2C-24M7040 oscillator is based on the feedback circuit. This circuit is composed of an amplifier, a capacitor, and an inductor. By using the current flowing in the circuit, the feedback circuit is able to generate a continuous frequency wave. When the feedback circuit is accelerated to its steady state, the inductance and capacitance of the circuit will create a resonance effect, resulting in the generation of continuous frequency wave.

The frequency of the oscillator is adjusted by changing the values of the components in the feedback circuit. The frequency can be decreased by electrically shorting the inductor or capacitor used in the circuit. When the oscillator runs in a low temperature environment, the frequency of the oscillator can also be changed by applying a voltage to the components in the circuit.

In conclusion, MXO45HST-2C-24M7040 oscillator is a powerful device that has wide application in various fields. It is a cost-effective solution with excellent phase noise and jitter performance. It can be used in timing control, frequency mixing, synchronization, frequency synthesizing, and sampling data output. The working principle of the oscillator is based on the feedback circuit which generates continuous frequency wave.

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