Connect the Type-C end of USB cable to the board as shown in below image and refer to Installation and Settings for programming the board.
Figure 3: Micro-C end of USB cable connected to board
Powering Up the Board
VSDSquadron Mini DataSheet
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- Getting Started
- Installation and Settings
- Board Component Placement
- Revision History
- Help and Support
- Projects
- Smart Door using IR sensor and servo motor
- Implementing Moisture Sensor using VSDSquadron Mini
- Binary to Gray Code Converter using VSDSquadron Mini
- Implementing 2-bit Array Multiplier Using VSDSquadron Mini
- Object Detector Using Ultrasonic Sensor
- PlatformIO I2C Proof of Concept (POC) for VSDSquadron Mini
- Home Automation Using Arduino IOT Cloud
- Over-The-Air(OTA) programmer for VSDSquadron-Mini board using NodeMCU 1.0 (ESP-12E)
- Smart Dustbin using VSDSquadron Mini
- Implementing Full Adder using VSDSquadron Mini
- Implementing Full Subtractor using VSDSquadron Mini
- Motion Detection System Using PIR Sensor and VSDSQuadron Mini
- Verifying The Functionality of VSD Mini Squadron Board By Implementing a Centade (0-99) BCD Counter
- Automatic Light System
- Implementation of 2-bit Comparator using VSDSquadron Mini Board
- LED Brightness Control Program using PWMLED Brightness Control Program using PWM
- LiFi Lock – An authentication system using LiFi technology based on duration of light emission.
- Bluetooth automated smart access
- Soldiers Health Monitoring and GPS Tracking System
- PARKinSENSE
- COLORIMETER
- Advanced Easy to use Burgler Alarm
- Home safety system
- RISC-V Mini Game Console
- Secure Saiyan
- Smart Plant Care using the VSD_Squadron-MINI-BOARD
- Water level monitoring and control in water tank
- Making a Game Console Using VSDSquadron Mini
- Real Time Implementation of BitNetMCU
- Home
- Docs
- VSDSquadron Mini DataShee...
- Getting Started
- Powering Up the Board
