Open JLefebvre55 opened 2 years ago
Two H-bridges, PWM-dimmable, Vsource up to 52V, output current up to 14A constant (when running both amplifiers+bridges in "parallel mode")
Integrated Undervoltage, Overtemperature, Overload, and Short Circuit protection
Transferred from UofT Agritech
Completion is tracked in the linked PR.
Design Scope
Design a thermoelectric (Peltier) air heating/cooling and circulation mechanism (heat sinks + fans + tiles + driver + control system).
Purpose
The purpose of the air thermoregulation system is to maintain a desired leaf-zone air temperature, and to circulate air for homogeneity (humidity, temperature, gasses) and pollination.
Function
Inputs:
Outputs:
It interfaces with/depends on the following systems:
System operation assumes:
Method
Process:
Features
120
Requirements and Validation
What does this design need to accomplish? How do we know it has accomplished this?
List any applicable metrics with criteria/constraints, applicable to purpose, function, method, and each feature, as well as how to test them.
Verification
How does this design achieve its method effectively, safely, and reliably? How do we test this?
Specific testing procedure:
Additional context
Add any other context about the design scope or additional deliverables here.
Add any electrical power lines and/or signals to wiring diagram