8N4SV76AC-0142CDI

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The 8N4SV76AC-0142CDI is a type of clock/timing device which is great for programmable timers and oscillators. By definition, programmable timers are instruments, devices or settings that are specifically designed for time-based operations by virtue of predetermined settings. Clock/timing-based devices, such as this one, typically come with microprocessor-based designs, creating the ability to input signals, change-up settings and track up to hundreds of channels. A key use of this type of device is to allow for the monitoring of multiple, simultaneous events/actions in order to accurately note/record/signal timing-based data.

Generally, the 8N4SV76AC-0142CDI combines with a user\'s centralized computer to receive input, whether it be transmitted data via infra-red, RF or something else. This device allows for the control of this data and its output/manipulation, making it ideal for industrial processes that involve the timing of events in order to achieve maximum accuracy. This device also can be used to set the cycle times of machines and other industrial systems, allowing for enhanced efficiency, improved safety and generally easier operations. It even supports setting of run-time delays to prevent any possible issues and safeguards against unnecessary maintenance.

At a more granular level, the 8N4SV76AC-0142CDI requires a clock source frequency in order to render precise and accurate transfer of signals on both the transmit and receive sides of the industrial process/application. This mechanism centers on the sub-nanosecond resolution timing, providing greater operating performance and a lower total cost of ownership. The functionality of this device reveals an ability to track both on- and off-time signals. The pulse-width modulator is designed for higher current handling and fast response times, further emphasizing speed, accuracy and overall efficiency. The device itself typically interfaces with a Windows PC, with the proper software installed and can transfer data via serial interfaces such as USB and RS485.

In addition to its superior signal processing, the 8N4SV76AC-0142CDI also comes with parts such as crystal oscillators for enhanced accuracy of signal frequency measurements. This type of oscillator works with a quartz crystal, either in the form of a tuning fork-like shape or in a pre-tuned SMT design. This type of chip is far superior to its counterparts like ceramic resonators, as the quartz crystals offer a stronger, more stable frequency. In turn, this leads to a more efficient device due to better accuracy of the signal processing, as it keeps track of its cycle times, pulse delays and more.

All-in-all, the 8N4SV76AC-0142CDI programmable timer and oscillator is designed to provide the user with a more reliable, efficient and accurate signal transfer for its programmable timer and oscillator applications. It couples with a Windows PC for the data transfer and uses a quartz crystal oscillator for its signal frequency measurements. All of this combines to allow for better operating performance, greater accuracy and a decreased total cost of ownership.

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