LCD Controller board for DIY a laptop—a desktop monitor. Shipment u Items can be shipped to worldwide, unless otherwise specified. Generally speaking, all orders will be shipping by to worldwide. All orders are processed and shipped within 2-3 business days after receipt of cleared Payment. Please pay within 7 days after you bid on our item. In case your payment is received during holidays, your orders will be dispatched after holidays. u Normally your order will arrive in about 20-30 business days. SO if you are in an urgent needs, express way is also available on request, the cost is higher and is subject to the postcodes(zip codes) for delivery. u Non-receive order——If you didn’t receive your order after 45 business days, please contact us with your order number and eBay ID presented, we will try our best to help you solve the problem. Note: 1. 2. 3. 4. 5. How to make Lipo Battery USB Charger/Adapter for Phone, iPod, MP3, etc. Video How to make Lipo Battery USB Charger/Adapter for Phone, iPod, MP3, etc.
In this instructable video, I show you how to make a device that uses a LiPo (Lithium Polymer) battery to output USB power. You can use this device for charging/running any USB devices, e.g. cell phones, MP3 players, iPhones, iPods, fans, lights, etc. This assumes you have the USB cable for your device already. This solution uses a 5 volt UBEC to convert the power from your LiPo to the right voltage used by USB. Materials Required: -LiPo battery (2 cell minimum, more cells are OK) -male and female connectors for battery -5 Volt UBEC -female servo lead -USB type A female connector Tools Required: -wire strippers -multimeter or volt-ohm meter -soldering iron or gun (optional) -solder and heat shrink (optional) Purchase options: If you can't find the materials, check out some of the following.
A13-OLinuXino-WIFI.
DIY Instructables. How to Convert a Laptop LCD into an External Monitor. By the way, I did remove the web cam from the laptop lid, wired it to a USB cable, and turned it into and external peripheral. I wired the two microphones that I found next to the web cam and turned them into external peripherals. I dremeled the batteries open and wired them into a 3 million candle power flashlight made from spare parts I had. I have a lithium ion battery charger, so it worked great. I didn't like the first stand I made. I included some pictures of it above. Since I was asked about the web cam, I though Should add it to the instructable. There is a nice instructable here at this site showing how to convert a web cam from an LCD screen: But be careful the guy that did the mod, reversed the power cables. The USB cable has 4 Wires. Pin 1 on USB 1.
Note, I sourced the web cam from the LCD screen which was a dead HP DV 9000 laptop, working on Windows Vista, originally. 1. The web cam is now wired for plug and play. There you have it. Touch panel kit. LCD Controller board for DIY a laptop—a desktop monitor. Easy DIY Quadcopter Build (Part 1) – The Parts List. I get a lot of nice comments from folks saying my site helped them when they were building their first quadcopter. However, I have never done a post where I walked through the steps of building a quadcopter from start to finish. So, I wanted to step through a quality build that is easy on the budget, easy to build, and easy to fly. I built this quad with the beginner in mind, yet this is a very solid quadcopter. In Part 1 of this post I will cover my requirements and the parts list. In Part 2, I will go through the detailed steps I went through to build this quad, and in Part 3, I will set up the transmitter, ESCs and KK2.0 board so I can make a maiden flight.
In part 4, I will show how I tuned the quad’s PI settings to optimize its flying capabilities. Finally, in Part 5 I will cover how I attached a GoPro camera to the quad to get some video from the air. Continue reading to see the requirements and parts list I used for this build… Upgrading the KK2.0 Firmware. Turnigy 9X 9Ch Transmitter w/ Module & 8ch Receiver (Mode 2) (v2 Firmware) With v2 firmware update, correcting many flaws of the previous 9X, plus inbuilt 2.4Ghz (no daggy second antenna) this is a quality, reliable 2.4Ghz system suitable for beginners and pro pilots alike.Get that locked-in feeling that only 2.4Ghz glitch free technology can provide.Ultra fast reaction times and interference free control of your model is only achievable with this 2.4Ghz technology. Without a doubt, the best value 9Ch system available! Number of Channnel: 8ch ppm/9ch pcmDisplay: 128*64LCDSupport Type: Heli/Acro/GlidSupport user: 8Stick model: 4Encoder type: ppm/pcmSubtrim: YesSimulator Interface: YesBuzzer: YesLow Voltage Show: Yes Required: Battery Included: Turnigy 9x 9Ch TransmitterTurnigy RF9X-V2 module Turnigy 9X8C-V2 8-channel receiver Important.The TURNIGY 9X has been reflashed with the new v2 firmware, fixing previous menu and mixing issues.
NOTE: "SWITCH ERROR" means you have one of the switches in the wrong position when you turn the radio on. Long Range JR module UHF 415 - 433 Mhz RC system - FPV flying. The new UHF RC system is based on Ham band and neighbouring band from 400mhz-470mhz, with the frequency hopping technology and frequency sweeping technology, you never need to worry about losing control of your precious plane. Have short range trouble? This LRS has a range beyond your imagination. with a bad antenna, you may still get 20km range in the air, and with a super good 1/2 wave length one, you can even get 60km in the air This module fits perfect for the well known Turnigy 9X 9 CH Radio 55 USD.
It will of cause also fit all other JR radios. The package containes: Parameters: RF output:1000mw-2200mw Power comsumption: 300-600mA Range: 20-60km in the air Failsafe: Yes High and low power selection: 1000mw or 2000mw output Highspeed control: yes Transmitter parameters: Hardware frequency Range 400MHz to 470MHzFrequency stability :2.5ppmOutput low-pass Filter :NONE Band 1Start frequency:415MhzStep frequency:480KhzChannel :70 Band 2Start frequency:433MhzStep frequency:30KhzChannel :70. New UHF JR module for Turnigy 9X Transmitter. New long range module for Turnigy 9X 9Ch Transmitter or other JR Radios. Long range JR UHF radio system 265 USD The new UHF RC system is based on Ham band and neighbouring band from 400mhz-470mhz, with the frequency hopping technology and frequency sweeping technology, you never need to worry about losing control of your precious plane.
Have short range trouble? This LRS has a range beyond your imagination. with a bad antenna, you may still get 20km range in the air, and with a super good 1/2 wave length one, you can even get 60km in the air. Parameters: RF output:1000mw-2200mw Power comsumption: 300-600mA Range: 20-60km in the air Failsafe: Yes High and low power selection: 1000mw or 2000mw output Highspeed control: yes Transmitter parameters: Hardware frequency Range 400MHz to 470MHzFrequency stability :2.5ppmOutput low-pass Filter :NONE Band 1Start frequency:415MhzStep frequency:480KhzChannel :70 Band 2Start frequency:433MhzStep frequency:30KhzChannel :70 Output Power : 30DB Peak / 33DB Peak.
3D Robotics APM 2.5+ Autonomous Flight (Part 1 – Conversion) This post is about swapping out the hardware on my Easy DIY Quadcopter to use the 3D Robotics APM 2.5+ flight controller running the Arducopter firmware. In future posts I will do the setup, tuning and testing of the various Arducopter flight modes. If all goes according to plan, the quad will be transformed into an autonomous, mission flying machine! When I did the Easy DIY Quadcopter blog posts, I had already walked through most of the steps prior to writing it up and knew the quad worked.
Also, it was a pretty simple build. With this more complex conversion, I am going to post about what I am doing as I go along. So, I may have to go back and revise these steps if things don’t go well. Continue reading to see how I convereted my Easy DIY quad to use the APM 2.5+… Mounting the Board The APM 2.5+ comes in a protective case which has no mounting holes. DIY Flight Controller Platform The additional platform gave me a flat surface to attach the APM 2.5+. That I bought off Ebay. Motor Layout.
Phones - GSM Arena. Samsung Galaxy Xcover S5690 Disassembly & Assembly - Screen & Case Replacement. Can you survive on 4G alone? Bookmark manager.