8N3SV76BC-0184CDI

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The 8N3SV76BC-0184CDI is a programmable timer and oscillator from the clock/timing family. It has adjustable settings for timing, synchronization and frequency modulation performance, amongst a variety of other features. It is well suited for a broad range of applications from industrial process control and measurement, telecoms systems to microprocessor supervisory systems.

Its basic function is to provide accurate timing signals to equipment. It does this through a variety of features including selectable timing ranges, frequency divisions and output options. Selectable timing ranges allow the user to set the time periods, in units such as seconds, minutes, hours or days. Frequency divisions are used to control the frequency of the output timers and can be divided down to resolution of 1Hz. Output options can be configured to suit the specific requirements of the application, such as open-drain, push-pull or high-z types.

The 8N3SV76BC-0184CDI also includes options for synchronization and frequency modulation. Synchronization allows the timer/oscillator to track the reference frequency input and thereby achieve higher frequency stability. In some applications, such as antenna control, this synchronization is utilized to lock a control frequency to an oscillator or GPS signal to optimize performance. Frequency modulation provides for the output signal to be modulated with a digital or analog input and is used in powertrain management systems or audio systems, for example.

In terms of powering the 8N3SV76BC-0184CDI, it can be operated from voltages ranging from 1.8V to 5.5V and driven directly from low voltage sources. Its power saving features include a low standby power, measured at 0.5µA, and a wide duty counter control range that enables the user to control the duty cycle and thereby reduce the power consumption.

In summary, the 8N3SV76BC-0184CDI timer and oscillator is highly configurable and suitable for a range of industrial, telecoms and control applications. It offers adjustable settings to suit the timing, synchronization and frequency modulation performance requirements, as well as a low power consumption and wide voltage range.

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