8N4S271FC-1024CDI

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The 8N4S271FC-1024CDI Programmable Timers and Oscillators falls under the category of Clock/Timing timing devices. It is particularly suitable for applications that require precision control of timing. This is made possible by its flexibility and the variety of adjustable parameters that allow the user to achieve accurate, repeatable timing performance.

The 8N4S271FC-1024CDI timer is a fully integrated timer, oscillator and counter. It has eight independent timing channels. The timing range is adjustable and ranges from nanoseconds to hours. As such, it’s able to cover a wide range of timing requirements, making it ideal for applications such as frequency adjustment, frequency count, PWM control and pulse measurement.

The timer is driven by a crystal oscillator. This is suitable for timing and clock applications that require a very high degree of accuracy and stability. The oscillator is alternatively available with a resistor-capacitor combination for applications that require less use of power. Both types of oscillator are capable of achieving high accuracy and stability, allowing the timer to provide reliable performance even in challenging environments.

With the integrated counter, the 8N4S271FC-1024CDI can measure frequency, period, displacement and phase. It is possible to program the counter to stop once a number of events have been accumulated. This enables the user to take down reasonably accurate data as soon as possible.

The 8N4S271FC-1024CDI is fast, reliable and accurate. It has a timer reset time of only 1μs (microsecond) and a power-on reset time of 0.25ms (millisecond). This ensures that timing operations can start reliably and instantly without unnecessary delays. It also has a wide operating voltage range, low leakage current and low self-heating, making it an excellent choice for various application fields.

The timer is suitable for a wide range of applications, such as telecommunication systems, automotive electronics, medical devices, robotics, and industrial control equipment. In a medical ultrasound imaging system, for example, the timer can be used to accurately measure the time of each scan, as well as the total time of a scan, to ensure the accuracy of the imaging results.

In automotive electronic systems, the timer can be used to accurately measure the time needed for a vehicle to accelerate or decelerate, allowing for the development of more efficient and reliable control strategies. The timer can also be used for controlling robotic arms to ensure accurate timing of their movements in order to perform repetitive motions with ease.

When used in industrial equipment, the timer is helpful in controlling operations such as drill press operation and regulating operations. The timer can be used to count pulses produced by a machine or system, and accurately measure the time interval between consecutive pulses. The timer will then be able to regulate the period between pulses, providing precise and consistent performance.

The 8N4S271FC-1024CDI Programmable Timers and Oscillators offers a range of features that make it suitable for various types of timing applications. Its accuracy, flexibility and wide range of adjustable parameters make it an ideal choice for both industrial and medical equipment applications.

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