SIT1602AC-32-33E-66.000000T

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Oscillators

SIT1602AC-32-33E-66.000000T is a signal source based on a crystal oscillator circuit. This type of oscillator is used as a precision frequency generator for a wide variety of applications in various settings, ranging from commercial electronics to aerospace engineering. It is widely used in precision timing and communication devices, frequency synthesisers, digital signal processors (DSPs), radio frequency (RF) systems, and more.

Application Field

SIT1602AC-32-33E-66.000000T is designed for frequency applications ranging from 16MHz up to 66MHz. It is a small size, high frequency, highly stable single strapped oscillator. It enables users to design in a wide range of frequencies with excellent specification parameters without extra components or circuitry.

The oscillator is designed with low current consumption and a wide operating temperature range of -55 to 125C. It is ideal for use in mobile communication devices, computers, wearable electronics, and more. It also offers cost-effective solutions for consumer electronics, industrial automation, medical imaging, and automotive industries.

The wide operational temperature range of -55 to 125C, low current consumption, high frequency, and high stability make the SIT1602AC-32-33E-66.000000T a suitable choice for applications requiring precision timing, frequency synthesisers, and frequency accuracy.

Working Principle

SIT1602AC-32-33E-66.000000T oscillator consists of an on-chip crystal and an associated circuit with a set of components that make up the feedback loop. The crystal is the key element in any oscillator and has a precise resonant frequency determined by its dimensions.

The circuit around the crystal is designed to amplify the crystal\'s output signal and provide negative feedback that forces the output to oscillate at the crystal\'s resonant frequency. This generates the precise and accurate signal source for use in a wide range of applications. The amplitude of the signal is adjusted by varying the magnitude of the feedback and resistance components.

The circuit includes the crystal, an amplifier circuit, and a resistor-capacitor network (RC network). The amplifier section amplifies the signal from the crystal and applies the amplified signal to the RC network. The RC network provides a timing path for the oscillating signal and adjusts the frequency of the oscillator by supplying negative feedback.

The SIT1602AC-32-33E-66.000000T oscillator is highly stable and its frequency is accurately controlled by regulating the magnitude of the feedback and resistance in the RC network. The oscillator also consumes minimal power, making it well-suited for applications requiring low power consumption.

Conclusion

SIT1602AC-32-33E-66.000000T oscillator is a highly stable, low power signal source designed to generate precision and accurate frequency for a wide variety of applications. It is suitable for use in mobile communication devices, computers, wearable electronics, industrial automation, medical imaging, and automotive industries. The oscillator works by combining a crystal, an amplifier circuit, and a resistor-capacitor network. It offers cost-effective solutions and is perfect for use in precision timing and communication devices, frequency synthesisers, digital signal processors, radio frequency systems, and more.

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