A passionate Electronics Engineer with experience working with Microcontrollers, Sensors, firmware, and Embedded Systems. Good working knowledge of C/C++, PCB, and circuit design with manufacturing and quality assurance.
This is one of my completely designed products. Which has a multifunctional Integrated De-Soldering Maintenance System. The core of the whole machine is controlled by a single microcontroller chip to ensure temperature accuracy and stability of the Hot Air Gun Station. Clear seven-segment display - displays of the set and current working temperature and conditions. Temperatures of the Hot Air Gun Station are continuously adjusted by a potentiometer to meet the needs of different workplaces. Intuitive fault indication function.
DC Workbench Power Supply provides one variable output (0 – 24 V / 0 – 6 A). The variable output features both constant current & constant voltage and short killer mode 5V / 9A (MAX). Each mode has its LED indicator.
Separate 3-digit displays for voltage and current.Individual control of voltage and current.
LED indication for CV / CC mode.
Multifunctional Integrated De-Soldering Maintenance System Combined by Rework Station and Soldering Station. The core of the whole machine is controlled by a single AVR microcontroller chip to ensure of temperature accuracy and stability of the rework station and soldering station, not simply combined by the two equipment. Clear digital liquid crystal display (LCD) displays the set and current working temperature and conditions. Temperatures of the rework station and soldering station were continuously adjusted by a potentiometer to meet the needs of different workplaces. The two stations can work separately. Intuitive fault indication function.
Key Features:
Digital Liquid Crystal Display.
Hot gun air and heat can be turned into zero.
Advanced Heat control system.
Automatic fault detection & advanced cooling system. Â
This 16X64 LED dot matrix display connects to a local network with a LAN cable. It can display the counter number and token number via TCP/IP request. This display can work with any queue system.
This is a USBASP-based AVR microcontroller programmer prototype. With this programmer 8-pin, 20-pin, 28-pin, and 40-pin Atmel processors can be programmed. It has also an ISP header for external circuit programming.
It can test resister capacitors Inductors and every type of transistor (BJTs, MOSFETs, IGBTs, etc)
This is an HMI-based machine controller. This device can control a stepper motor based on pre-setting RPM and length values with several proximity sensors.
STM and ESP MCU-based IoT PCB. This PCBA is designed for a high-tech water purifier system with an HMI touch screen. It has lots of features like TDS, Ph meter, water filter status monitoring, etc.
4 layer PCB
Provides access to individual IC pins for testing and development.
Offers a soldering area to secure the SMD IC.
Includes pinout labeling for clarity.
ESP based 6 channel DC motor controller for IoT-based advanced robotic system
PLC compatible
Single layer PCB
Can be interfaced with HMI
For industrial Automation
Double layer PCB
ESP-based WiFi SD cards can be accessed through the internet
PIC-based MPPT charge controller
Single layer PCB
Advanced charging For Solar Systems
This AVR microcontroller-based system is designed to provide efficient and precise temperature control for milk cooling tanks. Tailored for dairy applications, it ensures optimal milk preservation by maintaining the required cooling conditions reliably.
Key Features:
Efficient Temperature Control: Ensures consistent cooling to preserve milk quality.
AVR MCU-Based Design: Provides precision and reliability in temperature regulation.
Energy Efficiency: Optimized for minimal power consumption while maintaining performance.
This controller is an essential solution for dairy farms and milk processing facilities, ensuring quality preservation and operational efficiency.
