8N3DV85LC-0172CDI

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Programmable timers and oscillators form one of the major cornerstones in engineering designs covering extensive application fields and segments. 8N3DV85LC-0172CDI is a prime example of such a clock/timing component used to facilitate many of today\'s functions. In an automobile application, this component is responsible for controlling the engine temperature and ensuring the same remains within pre-determined limits. This article looks at the application field and the working principle of this component.

Application Field

8N3DV85LC-0172CDI is engineered with simple, yet modern technology. This component is configured to meet the frequenct and accuracy requirements of automotive, industrial and computer systems. It serves as a low cost, efficient timer for engine control systems. For instance, it provides precise electronic gate delays or multiple gate overlapping for controlling any engine operations. This component is also used to control the RPM rate of electric power steering motors and fuel injection systems.

In digital systems, 8N3DV85LC-0172CDI assists in performing accounting functions, real-time measurement of signals, data acquisition and control of the machine environment. It is also used in television set-top-boxes, cellular phones, DVD players and disk drives to perform precise timing, moment detection and pulse counting. The component can be extremely useful in robotics, as it facilitates navigation in areas where GPS signals are not available.

Working Principle

The primary working components of 8N3DV85LC-0172CDI are two separate oscillators, two S/R flip-flops, one NAND gate and two power switches. These components are housed on a single integrated circuit chip and join together to form this component.

The two oscillators are responsible for providing the 8N3DV85LC-0172CDI\'s primary clock signals. These signals are then converted into digital signals by the S/R flip-flops. The NAND gate then amplifies them to use for other functions. The two power switches connect the circuit components to the main power supply and are responsible for initiating different operational modes.

The component also includes two transistors, two capacitors and two resistors. The transistors are used to amplify the analog signals delivered by the clock oscillators. The capacitors and resistor further assist in controlling the current flow. In addition, the component also includes amplifier stages which are driven and activated by the output from the S/R flip-flops.

The design of 8N3DV85LC-0172CDI delivers multiple features and functions, including moment detection, periodic synchronous timing, waveform shaping, frequency dividing and signal measuring. In general, it provides an excellent platform for controlling engines and robotics, as well as for performing other complex electronic operations.

Conclusion

The 8N3DV85LC-0172CDI is an ideal programmable timer and oscillator for a variety of consumer and industrial applications. Its design includes circuit components and parts which allow it to accurately control a wide range of functions and operations. Overall, it is an ideal engineering component choice for many of today\'s systems and processes.

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