8N4SV76LC-0112CDI

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8N4SV76LC-0112CDI is classified as a type of clock/timing component: a programmable timer and oscillator. Such components are designed to control the flow of time-dependent (or sequential) events in a device or system. The 8N4SV76LC-0112CDI is an advanced programmable timer; it comes with built-in algorithm-based programming capabilities and highly accurate time measurement capabilities.

Application Field

The 8N4SV76LC-0112CDI timer is a versatile component that can be employed in a wide range of applications. It is generally used in timing and sequencing circuits, as well as in precision timing applications. It has found use in a range of control systems, from complex industrial automation systems to personal computer peripherals. It can also be used in non-contact detection and distance measurement applications, as well as in time synchronization functions.

The 8N4SV76LC-0112CDI is especially suited for applications that require precise timing and synchronization of digital systems and digital signal processors, as well as any application requiring accurate and repeatable timing of multiple devices, processes, or functions. Its wide range of applications also extend to medical equipment, security systems, and communications systems.

Working Principle

The 8N4SV76LC-0112CDI is a programmable timer, meaning that it can be configured and programmed to achieve specific time-based goals. It is capable of supporting basic timing and sequencing operations as well as sophisticated timing requirements. The timer incorporates a range of advanced features, including an advanced RTC (Real-Time Clock), enhanced performance capabilities, and a vibration-resistant package. It is designed to offer reliable performance even in extreme environmental conditions.

The timer relies on several internal circuit blocks to achieve its objectives. These include a main oscillator, an event-counting circuit, an RTC, a counting/trigger circuit, and a handle-control circuit. The main oscillator provides a stable source of clock pulses, while the event-counting circuit can be configured to count any number of incoming clock pulses, thus providing a precise timing measurement capability. The RTC is used to provide time-synchronization for the other circuits. The counting/trigger circuit is used for the generation of timing sequences, and the handle-control circuit provides access to the timer’s programmable functions.

The 8N4SV76LC-0112CDI has a wide range of programmable parameters for configuration and control, including an adjustable timebase, an event-counting function, an event-triggering circuit, and a handle-control circuit. It is capable of controlling the timing of up to 32 digital devices. The timer can be programmed and configured via various communication protocols, including I2C and SPI. In addition, the timer has diagnostic and protection features, including Surge Suppression and Voltage Reference.

Conclusion

The 8N4SV76LC-0112CDI is a highly versatile programmable timer which can be employed in a wide range of applications. Its advanced feature set and robust performance enable it to be used in applications requiring precise timing and synchronization of digital systems and digital signal processors, as well as any application requiring accurate and repeatable timing of multiple devices, processes, or functions. In addition, it features a range of programmable parameters for configuration and control, allowing for the flexible control of up to 32 devices.

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