mohammadfatemieh Goto Github PK

followers: 9.0 following: 81.0 repos: 973.0 gists: 1.0

Name: Mohammad_Fatemieh

Type: User

Company: IDETARAHANSINA

Bio: Industrial automation engineer Love PLC,microcontroller

Location: IRAN

Blog: https://www.linkedin.com/in/mohammad-fatemieh/

Mohammad_Fatemieh's Projects

u-byke

An open source development board based on the ESP32 module. It's designed to be battery powered and it can recharge a battery.

uart-wifi-board

The UartWiFiBoard is designed as asynchronous serial communication via WiFi.

ubertooth

Software, firmware and hardware designs for Ubertooth

undergraduate_project

These project have done during my undergraduate study. It's only take record for my interesting zone.

universal-stepper-driver-rpi

Universal stepper driver in shape of Raspberry Pi Hat. It supports all signals for Bipolar stepper motors thrue RPi header and have Unipolar stepper connectors and drivers.

universalunipolarsteppercontroller

Universal controller for Unipolar stepper motors with encoders and end switches

unocnc

An arduino board with cnc control features

California Plug Load Research Center (CalPlug) This is the second version of Urology. This verson features two circuit boards and additional features from upgraded hardware such as the ESP 32 WROVER. The essential features of this device is a force sensor, battery management system with a guage, on board FTDI, LED indicators, throw switch, tare button, current sync with LED bar, piezo sound generator, 3V3 Regulator/Boost and WiFi/BLE. The reason we decided to use the ESP32 WROVER was to allow for an antenna extension to be plugged into the processor. Our case needed to be metal to follow medical equipment guidelines and this required us to have an external antenna. This project has two circuit boards. The top board is designated for all user interface controls in order to reduce wire connections to bottom board. The bottom board is the brains of the entire circuitry. We have made code upload possible through USB. In addition, charging the LiPo battery is possible through USB input. To keep connections clean, JST connectors were used connect boards. This is a team project with CalPlug researchers and my role was lead hardware designer. My contributions include block diagrams, Eagle Schematics, and the Bottom Board Layout.