Multiple Sensor Interfacing With Atmega32 In Digital IO Mode | Electronics Developer скачать в хорошем качестве

Multiple Sensor Interfacing With Atmega32 In Digital IO Mode | Electronics Developer

------------------------- 📌Introduction ------------------------- Hello Developers, welcome to yet another Arduino project,This time, we will learn how to Interface Multiple Sensors PIC16F877A using Digital Logic. In that we added different sensor like Soil Moisture Sensor, Gas sensor, IR sensor, Vibration Sensor, Flex Sensor, Rain Sensor etc. ------------------------- 📌Modules used in project ------------------------- ------------------------- 1:55 SPST Switch ------------------------- A Single Pole Single Throw (SPST) switch is a switch that only has a single input and can connect only to one output. This means it only has one input terminal and only one output terminal. A Single Pole Single Throw switch serves in circuits as on-off switches. ------------------------- 2:01 Flame Sensor ------------------------- 1. Photosensitivity is high. 2. Response time is fast. 3. Simple to use. 4. Sensitivity is adjustable. 5. Detection angle is 600 ------------------------- 2:06 Flex Sensor ------------------------- 1. Operating voltage of FLEX SENSOR: 0-5V 2. Life: 1 million 3. Operating temperature: -45ºC to +80ºC 4. Flat Resistance: 25K Ω 5. Resistance Tolerance: ±30% 6. Bend Resistance Range: 45K to 125K Ohms ------------------------- 2:12 IR sensor ------------------------- 1. 5VDC Operating voltage 2. I/O pins are 5V and 3.3V compliant 3. Range: Up to 20cm 4. Adjustable Sensing range ------------------------- 2:42 Reed Switch ------------------------- 1. Operating Voltage: 3.3V to 5V DC. 2. Output format: Digital switching output ( 0 and 1 ) 3. LM393 based design. 4. Easy to use with Microcontrollers ------------------------- 2:18 PIR Sensor ------------------------- 1. Dual Element Sensor with Low Noise and High Sensitivity 2. Supply Voltage: 5V DC 3. Standard Active Low Output pin for connecting to microcontroller directly ------------------------- 2:24 Sound Sensor ------------------------- 1. Operating Voltage: 3.3V to 5V DC 2. Induction distance: 0.5 Meter 3. Operating current: 4~5 mA 4. Microphone Sensitivity (1kHz): 52 to 48 dB ------------------------- 2:30 Touch Sensor ------------------------- 1. Intelligent touch-sensitive control interfaces 2. Sampling time is fast at 2 milliseconds 3. Highly touch sensitive, and supportive of multi-touch ------------------------- 3.43 Soil Moisture Sensor ------------------------- 1. Output Digital - 0V to 5V, Adjustable trigger level from preset 2. Output Analog - 0V to 5V based on infrared radiation 3. LEDs indicating output and power 4. Easy to use with Microcontrollers 5. Small, cheap and easily available ------------------------- 2:33 Vibration Sensor ------------------------- 1. High Voltage Sensitivity (1 V/g) 2. Over 5 V/g at Resonance 3. Less than 1% Linearity 4. Up to 40 Hz (2,400 rpm) Operation Below Resonance ------------------------- 2:38 Rain Sensor ------------------------- 1. Working voltage 5V 2. Output format: Digital switching output and analog voltage output 3. Potentiometer adjust the sensitivity 4. Uses a wide voltage LM393 comparator ------------------------- 2:49 MQ Series Gas Sensor ------------------------- 1. Wide detecting scope. 2. Fast response and High sensitivity. 3. Stable and long life. 4. Operating Voltage is +5V ------------------------- 📌 Tags ------------------------- #PIC16F877A #sensor #logic ------------------------- 📌 The Code ------------------------- Same code used to interface multiple sensors with digital logic, Source code given in comment section 📌 Tune With us so you never miss any update ------------------------------------------------------------------------------------------------------------------------------------------------------------- 🏷️Telegram : https://t.me/electronicsdeveloper 🏷️Facebook :   / electronicsdeveloper   🏷️Instagram :   / electronics_developer   🏷️Tweeter : https://twitter.com/Electronics_Dev?s=09 🏷️LinkedIn :   / electronics-with-shreyash   🏷️Pinterest :   / electronics_developer   Copyright Disclaimer under Section 107 of the copyright act 1976 -------------------------------------------------------------------------------------------------------------------------------------------------------------- Copyright Disclaimer under Section 107 of the copyright act 1976, allowance is made for fair use for purposes such as criticism, comment, news reporting, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. --------------------------------------------------------------------------------------------------------------------------------------------------------------- About Electronics Developer : YouTube certified creative essentials and asset monetization ---------------------------------------------------------------------------------------------------------------------------------------------------------------