SIT1602AI-11-18E-72.000000D

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Oscillators

Oscillators are electronic circuits that can generate a continuous, repetitive electrical signal without external input. These signals are commonly used to modulate frequencies within other electronic circuitry, create sound waves, measure time, and replicate various other signals. One type of oscillator widely used in many applications is the SIT1602AI-11-18E-72.000000D oscillator.

Applications of SIT1602AI-11-18E-72.000000D Oscillator

The SIT1602AI-11-18E-72.000000D oscillator is used in various consumer and industrial applications due to its high stability and low jitter levels. It is suitable for many types of communication applications, including wired and wireless modems, base stations, and transceivers. Additionally, this type of oscillator is also used in many types of mobile and handheld devices, such as mobile phones, tablets, and personal digital assistants (PDAs).

The SIT1602AI-11-18E-72.000000D oscillator is capable of handling a wide range of temperature and vibration applications. It can be used for automotive designs and in industrial systems where stable and low jitter performance is required. Additionally, this type of oscillator is used in high-precision instrumentation and medical systems, where it is used for frequency control and synchronization.

Working Principle of SIT1602AI-11-18E-72.000000D Oscillator

The SIT1602AI-11-18E-72.000000D oscillator is capable of producing a continuous periodic output signal. It utilizes a high gain and low noise amplifier, which is connected in an RC oscillator configuration. The amplifier is designed to provide a consistent feedback signal to the circuit, resulting in a precise output signal. The drive current to the amplifier is controlled using a programmable reference voltage which is provided by an external digital-to-analog converter (DAC).

The oscillator utilizes a ceramic package with a resonance frequency of 72.000000 MHz. The resonance frequency of the package is determined by various components, such as capacitors, inductors, and resistors. The frequency of the output signal is determined by the oscillator circuit, which uses a phase-locked loop (PLL) to lock the amplitude and phase signals. An external crystal oscillator is connected to the PLL which is used to provide a stable reference frequency.

The SIT1602AI-11-18E-72.000000D oscillator is designed to minimize phase noise and other artifacts in high precision applications. It utilizes innovative design techniques to enable the output signal to be updated with minimum delay. Additionally, it features a low jitter performance that reduces unwanted noise and artifacts in the output signal. It is also equipped with various programmable features, allowing the user to customize the performance of the oscillator to meet specific requirements.

Conclusion

The SIT1602AI-11-18E-72.000000D oscillator is a versatile and highly stable oscillator that is used in many types of consumer and industrial applications. Its low jitter output and precise frequency control make it well suited for various communication applications, including modems, transceivers, and base stations. Additionally, it is also suitable for high precision instrumentation and medical systems. The working principle of the oscillator begins with a high gain and low noise amplifier that is connected in an RC oscillator configuration, which is used to provide a precise output signal. The oscillator utilizes a ceramic package with a resonance frequency of 72.000000 MHz, and is capable of achieving a low jitter performance with minimum delay.

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