(or any microcontroller simulation model you prefer) RESISTOR (10k Ohm, for a pull-up network) LM016L (Standard 16x2 LCD display to view flow data)
The YF-S201 sensor contains a pinwheel and a magnetic Hall-effect sensor. As water flows through it, the pinwheel rotates, and the magnetic field changes, causing the sensor to output digital pulses. These pulses are directly proportional to the flow rate. Flow Rate Range : 1 to 30 Liters per minute (L/min). Operating Voltage : 5V to 18V DC. Output Signal : High/Low digital pulse (NPN Open Collector). Conversion Factor pulses per liter ( is flow rate in L/min and is pulse frequency). Integrating the Library into Proteus
Typical use cases where this library is most valuable yfs201 proteus library exclusive
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The YFS201 uses a hall-effect sensor to measure the volume of liquid passing through it. Flow Rate Range : 1 to 30 Liters per minute (L/min)
" or "Flow Sensor" in the component picker to place it on your schematic Simulation Interfacing
This guide explores the features of the YF-S201, how to integrate its dedicated library into Proteus, and the mathematical formulas required for accurate flow measurement. 🛠️ Core Features of the YF-S201 Sensor Conversion Factor pulses per liter ( is flow
Installing the exclusive library is a straightforward process.
Since the YFS201 outputs a , you can model it with a signal source:
: Connect a Clock Generator or a Pulse Generator to the signal pin of your sensor. Variable Flow
: The library simulates the Hall Effect principle by generating a digital pulse output (TTL 5V) proportional to the flow speed.