How to Design a Circuit with Diodes and Resistors for Specific Voltage Outputs?

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To design a circuit that outputs zero volts for input voltages below 3.6V and Vin minus 3.6V for inputs above 3.6V, the use of diodes, resistors, and zener diodes is essential. A suggestion includes connecting a pn junction diode to ensure that Vout remains zero until the input voltage exceeds the turn-on voltage. The challenge lies in accurately achieving the 3.6V threshold for the output change. Further research on zener diodes is recommended to effectively implement this design. Understanding these components will help in successfully creating the desired circuit.
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It says using diodes, resistors, and zener diodes only, design a circuit whose output remains zero for vin<3.6V, but equals vin minus a drop of 3.6V for vin>3.6V. and the circuit has to work when the input voltages are below 0 as well as above 0. and help is appreciated.
 
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Ok. So what have you got so far? That's the problem you were given, but we're not going to do your homework FOR you. What specific question do you have?
 
I have just been thinking what i can do, I have thought that maybe having Vin and next to Vin connecting a pn junction diode so that any point before the turn on voltage, Vout would equal 0. (trying to get the idea from the half wave rectifier.)

but don't know how to get the 3.6 value as my point of change. I don't know if i am going in the right direction
 
From what you are writing, it sounds like you need to read some more about zeners.
 

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