SIT9005ACL2D-25NP

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Programmable oscillators are electronic circuit components that can be designed to generate signals at various frequencies and shapes. The SIT9005ACL2D-25NP programmable oscillator is a type of oscillator that is specifically designed for flexible timing and synchronization applications. It has several features that make it beneficial for a wide range of uses.

The SIT9005ACL2D-25NP is a Programmable Oscillator that is constructed from a standard logic package and includes two separate oscillator units for digital pulse width modulation. It utilizes a two-phase clock distributor that has an adjustable frequency range from 10MHz to 32MHz. This range is sensitive enough to generate very precise timing signals from DC to 400kHz.

This device is designed to provide flexibility and synchronization, as it can be programmed to produce precise pulse width modulation output signals. The programming of the SIT9005ACL2D-25NP is accomplished in two modes. The first mode is “Division Mode” which allows for the adjustment of the duty cycle of the output signal. This feature makes the SIT9005ACL2D-25NP ideal for use in frequency modulation applications such as digital radios and television systems. The second mode is “Phase Mode” which allows for the adjustment of the phase of the output signal. This feature makes the SIT9005ACL2D-25NP suitable for use in phase-locked loop control systems.

In addition to the programmable features of the SIT9005ACL2D-25NP, it also provides protection against power supply noise. It is designed to be able to withstand supply voltages up to seven volts, meaning it can be used in many industrial applications that require robust power supplies. Additionally, its surface mount package makes the SIT9005ACL2D-25NP ideal for use in applications that need a small footprint and fast assembly.

The SIT9005ACL2D-25NP programmable oscillator is a versatile device that has a wide range of applications. It is used in automotive, medical, consumer electronics and communications devices. It can be used in a wide range of devices, from digital radios and television systems, to industrial applications that require precise timing and synchronization. Furthermore, its small size and flexible programming features make it suitable for use in many complex and demanding applications.

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