Figure 3 (a) shows an op-amp Schmitt trigger. 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The inverting NPN output stage provides isolation, and input protection diodes were added to simulate the 74C/HC14 inverting Schmitt trigger so that this circuit can now be used in the same kind of applications as that device but at Vcc up to 24 V or higher depending on the transistors. This is shown in the transfer characteristics. Comparators are not limited by output slew rate and transition times are in the order of nanoseconds. Thus output is dead between VLT and VUT and called as dead band. The gate detects this as an input low and sets the output high, since it’s an inverting gate. This can be summarised in the form of a graph: This can be understood in the usual sense – the x axis is the input and y axis is the output. Like all logic, they’re available in DIP or SMD form, with multiple gates on a single package. Assume the input voltage is lower than the reference voltage at the non-inverting pin and the output is therefore high. In this the voltage present at non-inverting terminal (V+) is compared with the voltage present at inverting terminal (V- = 0V) The operation of the … When Vin

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