Sili_Logic's profile picture. Building Circuits ⚡ Compiled Code  💻  PCB Design 💡 3D Printing 
IoT & Embedded Enthusiast  —  Exploring VLSI & Digital Logic.

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@Sili_Logic

Building Circuits ⚡ Compiled Code 💻 PCB Design 💡 3D Printing IoT & Embedded Enthusiast — Exploring VLSI & Digital Logic.

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Day 0 of #CircuitAndCode For the next 50 days, I will explore Arduino, ESP32, Hardware, Sensors, Actuators, & Programming them with simple code. #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators

Sili_Logic's tweet image. Day 0 of #CircuitAndCode

For the next 50 days, I will explore Arduino, ESP32, Hardware, Sensors, Actuators, & Programming them with simple code.

#Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators

#CircuitAndCode —> #Day60 Optical ridge patterns processed into unique digital identities. #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day60 — Fingerprint Sensor : R307 / AS608 Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.

Sili_Logic's tweet image. #CircuitAndCode :  #Day60  — Fingerprint Sensor : R307 / AS608

Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.


#CircuitAndCode —> #Day60 Optical ridge patterns processed into unique digital identities. #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day60 — Fingerprint Sensor : R307 / AS608 Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.

Sili_Logic's tweet image. #CircuitAndCode :  #Day60  — Fingerprint Sensor : R307 / AS608

Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.


#CircuitAndCode —> #Day60 Optical ridge patterns processed into unique digital identities. #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day60 — Fingerprint Sensor : R307 / AS608 Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.

Sili_Logic's tweet image. #CircuitAndCode :  #Day60  — Fingerprint Sensor : R307 / AS608

Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.


#CircuitAndCode : #Day60 — Fingerprint Sensor : R307 / AS608 Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.

Sili_Logic's tweet image. #CircuitAndCode :  #Day60  — Fingerprint Sensor : R307 / AS608

Optical fingerprint sensors capture ridge patterns using an internal optical array and process them through onboard templates for identification. Widely used in access control and biometric authentication.

#CircuitAndCode : #Day59 — Color Sensor : TCS3200 / TCS34725 Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day59 — Color Sensor : TCS3200 / TCS34725

Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.


#CircuitAndCode : #Day59 — Color Sensor : TCS3200 / TCS34725 Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day59 — Color Sensor : TCS3200 / TCS34725

Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.


#CircuitAndCode : #Day59 — Color Sensor : TCS3200 / TCS34725 Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day59 — Color Sensor : TCS3200 / TCS34725

Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.


#CircuitAndCode : #Day59 — Color Sensor : TCS3200 / TCS34725 Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day59 — Color Sensor : TCS3200 / TCS34725

Color sensors use filtered photodiodes to measure RGB intensity and convert it to frequency or digital output. Useful in sorting, lighting calibration, and automated detection systems.

#CircuitAndCode —> #Day58 Mechanical vibration converted into threshold-based digital events #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day58 — Vibration Sensor : SW-420 SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.
Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.


#CircuitAndCode —> #Day58 Mechanical vibration converted into threshold-based digital events #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day58 — Vibration Sensor : SW-420 SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.
Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.


#CircuitAndCode —> #Day58 Mechanical vibration converted into threshold-based digital events #Arduino #ESP32 #IoT #Electronics #Coder #Maker #DIY #STEM #Programming #Sensors #Actuators #Hardware #EmbeddedSystems

#CircuitAndCode : #Day58 — Vibration Sensor : SW-420 SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.
Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.


#CircuitAndCode : #Day58 — Vibration Sensor : SW-420 SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.

Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.
Sili_Logic's tweet image. #CircuitAndCode :  #Day58 — Vibration Sensor : SW-420

SW-420 detects vibration or shock using a spring-mass contact mechanism, producing a digital output when motion exceeds a threshold. Used in alarms, machinery monitoring, and security systems.

#CircuitAndCode : #Day57 — Bluetooth Module : HC-05 / HC-06 HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.

Sili_Logic's tweet image. #CircuitAndCode :  #Day57 — Bluetooth Module : HC-05 / HC-06

HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.


#CircuitAndCode : #Day57 — Bluetooth Module : HC-05 / HC-06 HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.

Sili_Logic's tweet image. #CircuitAndCode :  #Day57 — Bluetooth Module : HC-05 / HC-06

HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.


#CircuitAndCode : #Day57 — Bluetooth Module : HC-05 / HC-06 HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.

Sili_Logic's tweet image. #CircuitAndCode :  #Day57 — Bluetooth Module : HC-05 / HC-06

HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.


#CircuitAndCode : #Day57 — Bluetooth Module : HC-05 / HC-06 HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.

Sili_Logic's tweet image. #CircuitAndCode :  #Day57 — Bluetooth Module : HC-05 / HC-06

HC-05/HC-06 are UART-based Classic Bluetooth modules supporting serial communication over 2.4 GHz. Ideal for wireless control, data logging, and interfacing with mobile devices in embedded projects.

#CircuitAndCode : #Day56 — Laser Module : 650nm Red Laser Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.

Sili_Logic's tweet image. #CircuitAndCode :  #Day56 — Laser Module : 650nm Red Laser

Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.


#CircuitAndCode : #Day56 — Laser Module : 650nm Red Laser Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.

Sili_Logic's tweet image. #CircuitAndCode :  #Day56 — Laser Module : 650nm Red Laser

Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.


#CircuitAndCode : #Day56 — Laser Module : 650nm Red Laser Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.

Sili_Logic's tweet image. #CircuitAndCode :  #Day56 — Laser Module : 650nm Red Laser

Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.


#CircuitAndCode : #Day56 — Laser Module : 650nm Red Laser Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.

Sili_Logic's tweet image. #CircuitAndCode :  #Day56 — Laser Module : 650nm Red Laser

Laser modules generate a focused monochromatic beam using a semiconductor diode. They serve in alignment systems, optical triggers, break-beam sensors, and precision detection applications.

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