636L3I003M68640

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Oscillators are devices that produce a periodic electronic signal that can vary in frequency, amplitude, and waveform. They are commonly used in applications that require precisely timed pulses, such as radio and audio systems. 636L3I003M68640 is a type of oscillator that is used for applications like timekeeping and clock synchronization.

The 636L3I003M68640 oscillator is an absolutely temperature-compensated crystal oscillator (AT-Cut quartz crystal oscillator). This enables the oscillator to maintain a precise timekeeping performance over a wide range of temperatures. AT-cut crystals are also low noise and relatively inexpensive. The 636L3I003M68640 features an integrated frequency deviation compensation circuit, allowing it to maintain a stable output frequency of 1 ± 30 ppm across its temperature range of -20°C to +70°C.

The 636L3I003M68640 provides a sinusoidal output signal with a frequency of 10.00 - 100MHz. Its nominal output voltage is 5.0V, but can range from 3.3V up to 5.5V with a maximum of 12mA current. This oscillator has a high-frequency stability of 0.3 ppm and maintains low phase noise. It also has a good frequency modulation rate (FMR) thanks to its minimal frequency shift under load.

The 636L3I003M68640 is used for applications such as clock synchronization or frequency division circuits. Its temperature-compensated and reliable output frequency makes it ideal for use in communications products, digital clocks, microcontrollers, radio modems, RF transceivers, base stations, and other timekeeping applications.

The 636L3I003M68640 oscillator works by using a quartz crystal resonator to produce a periodic signal with a very precise frequency. It starts off with a sinusoidal output voltage provided by the Resonance Current Generator (RCG) circuit. This signal is then amplified and shifted using the Frequency Modulation (FM) circuit. The feedback signal is then used to control the RCG, which results in a stable oscillation. The oscillator itself is composed of a few different components like the quartz crystal, resonance frequency generator (RFG), and frequency modulation (FM) circuit.

In conclusion, the 636L3I003M68640 is an oscillator that is mainly used for applications like clock synchronization and timekeeping. Its absolutely temperature-compensated quartz crystal enables the oscillator to maintain a precise timekeeping performance over a wide range of temperatures. Its output frequency is stable over a wide range of conditions, and its low phase noise and frequency modulation rate make it ideal for accurate and reliable communications products.

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