How Can I Design a Temperature Control Unit Using Light?

AI Thread Summary
The discussion focuses on designing a temperature control unit that activates a heating element based on light levels. Key specifications include using a 555 timer, a 12VDC heating lamp, and ensuring the temperature does not exceed 40 degrees Celsius at a distance of 3 cm. The design will incorporate a light-dependent resistor (LDR) to control the heating element and LEDs for status indication. Participants are encouraged to share their thoughts and suggestions on circuit design while adhering to forum rules that prohibit completing the project for the user. The conversation emphasizes collaborative input for effective design solutions.
tics
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hi everybody i need to design a temperature control unit that works in acordance to light, ie: when there is minimal light then the heating element must come on, and when there is lots of light the heating element must go off...


these are the following specs of the design:
-555 timer must be used
-heating element is a 12VDC lamp (60W)
-max heat at 3cm away must 40 degrees celcius
-12VDC supply
-controlled voltage (dc chopped voltage)
-LDR
-LED's for status indications
-when the max temp is reached the circuit must switch off...

any advice and design suggestions are more than welcome
thanks a lot
Tics
 
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tics said:
hi everybody i need to design a temperature control unit that works in acordance to light, ie: when there is minimal light then the heating element must come on, and when there is lots of light the heating element must go off...


these are the following specs of the design:
-555 timer must be used
-heating element is a 12VDC lamp (60W)
-max heat at 3cm away must 40 degrees celcius
-12VDC supply
-controlled voltage (dc chopped voltage)
-LDR
-LED's for status indications
-when the max temp is reached the circuit must switch off...

any advice and design suggestions are more than welcome
thanks a lot
Tics

Per the PF rules, we can't do your project for you. Please post your thoughts on how to proceed with the circuit design...
 
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