501JCAM032768CAG

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The 501JCAM032768CAG is a clock oscillator with a wide range of applications. It belongs to the oscillator category, which is a type of electronic circuit that produces a periodic waveform, usually at a constant frequency and amplitude. The oscillator can be used in numerous applications such as cell phone base stations, wireless local area networks, military systems, avionics, and automotive systems.

The 501JCAM032768CAG can generate frequencies ranging from 0.4 MHz to 75 MHz. It has an 8 pin package and a frequency stability of ±100ppm over temperature. The oscillator operates on an input supply voltage of 5 VDC ±10%, and has a low maximum input current of 10mA (maximum). The clock oscillator also has a low output load of 4 mA (maximum).

The working principle of the 501JCAM032768CAG, like any other oscillator, is based on the classic shift register circuit. A shift register is a device which stores and outputs a set of digital values sequentially, and when correctly connected and operating, it is a basic building block for any digital logic system. In the case of the 501JCAM032768CAG, the shift register clock is combined with a digital counter to produce an output frequency that can be adjusted by changing the input supply voltage.

The output of the shift register is fed into a digital frequency counter. The frequency counter consists of a series of frequency dividers, which divide the frequency of the incoming signal by a certain number. The output of the frequency counter is then fed back into the shift register, completing the cycle. The frequency of the output of the counter can then be adjusted by changing the input voltage of the shift register. This allows the oscillator to be adjustable, and thus produces frequencies ranging from 0.4 MHz to 75 MHz.

The 501JCAM032768CAG is a versatile oscillator that can be used in numerous applications. It is ideal for producing a stable and reliable clock signal for digital logic systems, and its adjustable output frequency allows it to be used in a wide range of applications. The oscillator is also robust, having low current consumption and high stability over temperature.

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