SIT1602BC-73-XXN-66.600000E

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Oscillators are electronic devices that generate an electrical signal at a particular frequency. The SIT1602BC-73-XXN-66.600000E oscillator is an example of a frequency-stable oscillator which utilizes a high-quality quartz crystal resonator as the frequency-determining component.

This oscillator has a frequency accuracy of ±20 ppm and has a wide operating temperature range of -55°C to +125°C. It is one of the most popular oscillator types used in many applications, such as telecommunication, medical, automotive, and consumer electronics. It is also widely used in embedded systems, portable systems, remote control systems, and radio-frequency applications.

The SIT1602BC-73-XXN-66.600000E oscillator has a low current consumption, with typical values as low as 1.6mA, and requires only a single external capacitor for operation. It has a very small package size of 3x2.5x0.8 mm and it uses a gold-plated ceramic base and a quartz crystal resonator. It also has the advantage of a low power consumption and low EMI radiated emissions.

The working principle of the SIT1602BC-73-XXN-66.600000E oscillator is quite simple. When the input power is applied, the current flowing through the quartz crystal resonator creates a small alternating voltage across the resonator. This voltage is then amplified by an impedance-matched amplifier attached to the resonator, and the output is then fed back to the crystal in a closed loop. This creates a continuous, self-sustaining oscillation.

The frequency of this oscillation is determined by the frequency of the quartz crystal resonator. The frequency stability of this oscillator is determined by the frequency stability of the quartz crystal, which is usually very good. This oscillator is very popular due to its small package size, low power consumption, and low EMI radiated emissions.

In conclusion, the SIT1602BC-73-XXN-66.600000E oscillator is a popular and widely used frequency-stable oscillator. It is suitable for many applications, such as telecommunications, medical, automotive, and consumer electronics. It utilizes a high-quality quartz crystal resonator to determine the frequency, and has a low power consumption and low EMI radiated emissions. The working principle of the oscillator is based on a closed-loop connection between an amplifier and a quartz crystal resonator, which creates an uninterrupted, self-sustaining oscillation.

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