SIT8208AC-GF-28S-4.000000X

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An oscillator is an electronic circuit or device used to produce an oscillating waveform. Oscillations are waveforms that can be consistently sustained, such as sine waves, square waves, and sawtooth waves. Oscillators can be used in a variety of applications, including frequency synthesis for communications systems, synchronization in power plants, and for tuning in radio receivers. The SIT8208AC-GF-28S-4.000000X is an oscillator designed to produce a specific signal frequency for a variety of applications.

Overview

The SIT8208AC-GF-28S-4.000000X is a CMOS-compatible, low-power oscillator designed for operation with a range of frequencies. This oscillator is capable of producing a frequency of 4.000000 MHz ± 30%. The SIT8208AC-GF-28S-4.000000X is offered in the SOT-23-6L package and is supplied with a 5V power supply. The low current consumption makes this device ideal for battery powered applications, such as remote control devices or wireless sensors. The oscillator features sturdiness due to its temperature-resistant Operating Conditions and is suitable for industrial applications.

Features and Benefits

• Low-power consumption
• CMOS-compatible
• Output frequency range of 4.000000 MHz ± 30%
• SOT-23-6L package for improved flexibility
• Temperature-resistant Operating Conditions for sturdiness

Applications

The SIT8208AC-GF-28S-4.000000X is designed for applications where a reliable and accurate signal frequency is required. Common applications include:

• Remote control devices
• Wireless sensors
• Telecommunications systems
• Industrial applications
• Navigation systems

Working Principle

The oscillator works by repeatedly charging and discharging an electric current. The frequency of the oscillations is determined by the values of the components used in the circuit, such as resistors, capacitors, and inductors, and the value of the power supply. When the current is discharged, the power supply voltage and a resistor across the capacitor will cause the current to charge the capacitor. This cycle produces an oscillating alternating current waveform, the frequency of which is determined by the time of the cycle.

The frequency of oscillation is affected by the values of the components and the power supply voltage. By changing the resistor or capacitor values, the frequency of oscillation can be altered. For example, if the resistor and capacitor values are both doubled, the frequency of oscillation will also double.

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