DSC1001AL5-007.3728T

Oscillators are widely used for their numerous applications in generating repetitive signals with a fixed frequency. In particular, a key technology for many oscillators is DSC1001AL5-007.3728T, an oscillator that produces stable signals with high resolution over a wide temperature range.

The DSC1001AL5-007.3728T chip is a silicon oscillator which generates square pulse oscillation signals of varying frequency in the range of 1Hz to 25MHz. It is available in variety of package types, and is suitable for a wide variety of applications. The oscillator comprises of a programmable digital frequency synthesizer and a frequency tuning feature which makes the oscillator suitable for different output frequencies, and allows it to be used for precision timing applications.

The oscillator operates at a core frequency of 24MHz, and produces a series of pulses of varying duty cycle and pulse width. The control frequency can be used to alter the duty cycle and pulse width of the output pulse, allowing for tighter control of the output frequency. It provides a wide range of different output frequencies, with a typical accuracy of +/-100 ppm at temperatures below 0°C.

The DSC1001AL5-007.3728T has a very low power consumption, low power surge, and a wide temperature operating range. This makes it suitable for power-sensitive applications. Additionally, it has an integrated auto-tuning feature, which allows it to automatically adjust its duty cycle and pulse width in response to external temperature changes.

DSC1001AL5-007.3728T has many applications including clock generation for microprocessors and computer systems, frequency synthesis for radios, television and other signal processing, timing and control applications in telecommunications, industrial, medical and automotive systems.

In summary, the DSC1001AL5-007.3728T is a versatile, low-power, wide-temperature oscillator, providing flexibility of output frequencies, and features self-tuning, enabling its use in a variety of precision timing applications across different industries.