8N4DV85LC-0103CDI

A programmable timer or oscillator, such as the 8N4DV85LC-0103CDI, is a type of electronic component that is designed to provide regular, precise signals to control equipment. It usually takes the form of a monolithic integrated circuit containing specialized elements that produce a wide range of functions.

The 8N4DV85LC-0103CDI is a programmable timer with a maximum supply voltage of 8V and a frequency range from 0.2 Hz to 4 KHz. It is typically used in industrial settings where reliability and accuracy are important for the control of automated processes. For example, the timer can be used to trigger and synchronize various operations such as controlling relays, motors and valves, monitoring temperature, controlling process timing and sequencing, driving digital logic, and measuring time intervals.

The 8N4DV85LC-0103CDI is an example of a monolithic programmable oscillator. It works by producing a constant sinusoidal wave form that is determined by a variable resistor on the chip. When the variable resistor is changed, the frequency of the wave form is changed, allowing the user to adjust the timing of the component. The component also has a special feature that allows the user to disconnect the oscillating signal from the clock, allowing for the accuracy of the timer to be set independently of the oscillator.

As the 8N4DV85LC-0103CDI is a programmable device, it offers several advantages over mechanical timers. These include a wider range of output frequencies, greater accuracy, and more consistent performance. The component also provides greater flexibility in controlling automated processes since it can be adjusted and synchronized to a wide range of conditions.

In summary, the 8N4DV85LC-0103CDI is an example of a programmable timer or oscillator designed to provide regular, precise signals to control automated processes. It works by producing a sinusoidal wave form that is determined by a variable resistor on the chip. The component offers several advantages over mechanical timers, including greater accuracy and flexibility. It is commonly used in industrial settings where reliability and accuracy are important for the control of automated processes.