We are planning to add some extensions to MinnowBoard Turbot Dual Ethernet Quad-Core open hardware designs. Testing and programming for basic functionality is included in project. Source codes will be delivered with designs. All shematics are available. Extensions list: 1- Hercules Safety MCU (model and communication protocol between minnowboard will be selected) 2- 0-10V Analog I/O, Digital (24V) I/O ports with protections 3- NXP MFRC522 with onboard antenna 4- ST25RU3993 with components and external antenna 5- Long distance 802.11, Bluetooth, Zigbee wireless IC and components
Specification: Voltage: 6V Power: 0.6W Light Source: LED Light Color: RGB Waterproof: IP68 Battery Type: 2pcs 2032 Batteries Is Battery Included: Yes Diameter: 3cm Height: 2cm Features: Super Bright LED, waterproof, wireless smokeless. Remote controlled, the distance is about 10Meters . Perfect for lighting up vases, bowls, or any water filled containers. Function: Twist to Turn on the power. Use the IR remote controller to turn on/off, choose colors and color changing programs. Package Included: 1 x Tea Light 1 x Remote Controller Or 10 x Tea Lights 1 x Remote Controller 1X 10X Remote Control Submersible LED Candle Tea Light Waterproof RGB Under Water Lamp Decoration 1X 10X Remote Control Submersible LED Candle Tea Light Waterproof RGB Under Water Lamp Decoration
Hi Need an expert on PCB Design, Firmware, AV Call, Python, Raspberry Pi, Drivers, Java. Someone who has worked on the above and has expertise in managing various communication layers(WebRTC, RTSP etc), working with drivers, PCB design and optimization, firmware design and up gradation. Need a person with strategic mindset for a longer relationship, a true team player.
Looking for an expert electronics/circuit design engineer with experience building smart devices that communicate with smart home hubs like Samsung's Smartthings, HomeKit by Apple, etc. I need a battery power circuit built that can communicate with a Zwave enabled smart home hub, particularly Smartthings. I have chosen a particular integrated IR sensor/onboard microprocessor with a digital I2C output to be used (datasheet and communication protocol can be obtained from manufacturer). This circuit board is intended to eventually be mass produced in a small form factor. Software integration programming and casing design is not necessary at this stage.
All our products contain xbee so I would like to understand and have a library written that will allow me to flash the micro on our product over the air. We may have 1 to 100+ products in the field and firmware updates over the air is a major step forward to ensure product firmware stays up-to-date.
I need to create a rechargeable flashlight with SMD components, which allows to charge the battery of 3.7 v and 190 mAh, also when the device is turned off if it is connected for its charge it has to show the level of charge in which it is, and when it is it is turned on you have to turn on the led lights and also be showing the level of charge. the pcb has to be as small as possible
In this project we need to have code for DMI, K-NN and finally the addition of both DMI and K-NN which gives us the KDMI. We already have the DMI code with us. I just need the K-NN and the KDMI. This is the reference paper which you need to refer. [url removed, login to view] The code for DMI will be given to you on request.
New project. PIC’s PIC12F508 We need a simple timing program (8 pin SMD IC) Pin 7 (GP0) input Pin 6 (GPO1) output operation Pin 7 receives square wave input 2.7v peek Pin 6 when pin 7 get signal High then pin 6 goes Low for 1000ms and does not respond to any input. Data sheet [url removed, login to view] Pic we use [url removed, login to view] Software program and hardware Software use QL2006 [url removed, login to view] Hardware [url removed, login to view] Regards Wayne Rogers
Hai, I am in the process of designing electronic circuit. I need a simple PCB circuit prototype and circuit diagram for AC current dimming using zero cross detection. I have Arduino to control the dimming values from 0 to 255. The circuit must have snubber circuit to support inductive loads and resistive loads. Please design the circuit and get approval from me to proceeding with the prototype board assembling. After assembling the board test the board using Arduino code for light dimming the inductive load as well as resistive load. If it works send me the prototype and Arduino code. Please use the basic components given below. BT136 MOC3021 Simple circuit to depict the dimming functionality is enough.