SIT8209AI-33-25E-148.351648X

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Oscillators are commonly used in the electronics world for a variety of purposes, such as frequency generation, clock generation, and signal synchronization and control. SIT8209AI-33-25E-148.351648X oscillators are commonly used in applications requiring precision timing, such as communications, TV/radio, medical applications, and electronic measuring instruments.

SIT8209AI-33-25E-148.351648X oscillators use advanced resonator-based crystal oscillator technology to produce a highly precise frequency that is used in timekeeping operations and as a reference frequency in other circuitry. The oscillator utilizes an on-chip oscillator circuit containing a quartz crystal resonator, which vibrates at a set frequency when a voltage is applied. The crystal is connected in a loop with an amplifier and feedback components, which maintain the oscillations at a precise frequency. The output of the oscillator is provided as a low-Jitter signal with very precise frequency accuracy, making it ideal for a variety of timing applications.

SIT8209AI-33-25E-148.351648X oscillators are designed to operate in a temperature range from -40°C to +85°C. They typically offer a frequency range of 8 kHz to 148.35 MHz with a wide range of operating voltages, typically from 1.8 to 3.3 volts. They are available in a range of package sizes and shapes, such as SMD, DIP, and ceramic, and the performance is guaranteed for optimal operation in low-power applications. The oscillators are also designed for low power consumption, allowing them to maintain accuracy at low voltage and reduce their power draw.

SIT8209AI-33-25E-148.351648X oscillators are a great choice for applications requiring precision timing and frequency control. They provide a reliable, low-power output with minimal jitter and excellent frequency accuracy. The oscillators are designed to operate in temperature extremes ranging from -40°C to +85°C, making them the ideal choice for applications that require ruggedness and reliability. The various package sizes and shapes also provide a great deal of flexibility in terms of integration into other systems.

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