Arduino and Python
Budget: $10 – $50 USD
pressure transducer
# 85CV 030A
FCA1396
32613
013
1129
Amplifier:TL972P
I need someone who understands Arduino Boards and Python to successfully work on a Pressure Transducer.
I have attached my current code and setup with an amplifier do your research I need this thing to work.
For your linear actuator balloon system (IABP capstone setup), the pressure transducer’s goal is to measure the pressure generated in the balloon or fluid line during actuator motion.
Core Purpose
The pressure transducer converts fluid pressure → electrical signal so your system can monitor what the actuator is doing.
What this lets you verify
The sensor is mainly used to confirm that the system works correctly.
Verify balloon inflation
Pressure should rise when the actuator compresses the chamber.
Verify balloon deflation
Pressure should drop when the actuator retracts.
Confirm timing
Pressure waveform should align with actuator commands.
Detect system problems
No pressure change → leak or broken balloon
Too high pressure → unsafe operation
No signal → transducer issue
Goal:
The pressure transducer measures the pressure generated during actuator-driven balloon inflation and deflation to verify correct system operation and pressure response
IF i need to change the amplifier or anything plz lmk
# 85CV 030A
FCA1396
32613
013
1129
Amplifier:TL972P
I need someone who understands Arduino Boards and Python to successfully work on a Pressure Transducer.
I have attached my current code and setup with an amplifier do your research I need this thing to work.
For your linear actuator balloon system (IABP capstone setup), the pressure transducer’s goal is to measure the pressure generated in the balloon or fluid line during actuator motion.
Core Purpose
The pressure transducer converts fluid pressure → electrical signal so your system can monitor what the actuator is doing.
What this lets you verify
The sensor is mainly used to confirm that the system works correctly.
Verify balloon inflation
Pressure should rise when the actuator compresses the chamber.
Verify balloon deflation
Pressure should drop when the actuator retracts.
Confirm timing
Pressure waveform should align with actuator commands.
Detect system problems
No pressure change → leak or broken balloon
Too high pressure → unsafe operation
No signal → transducer issue
Goal:
The pressure transducer measures the pressure generated during actuator-driven balloon inflation and deflation to verify correct system operation and pressure response
IF i need to change the amplifier or anything plz lmk
Related categories:
Python
Electrical Engineering
Arduino
Programming
Embedded Systems
Signal Processing