LM317T Voltage Regulator with Pass Transistor

[ wholesale.ankaka.com ] Battery Type Built-in 6400MAh battery Battery / Run Time (up to) Work time: about 3-5 hours Voltage required 100/240V AC Adapter Dimensions / W x D x H 270 x 172 x 16mm G-sensor Yes Built-in Speaker Yes Skype Not pre-installed.But you can install it from Android Market. Android Market YES Flash Only Andriod 2.2 and above fully support Flash 10.1 YouTube YES Email and Browser YES Languages Czech, Danish, Dutch, English, Spanish, French, Italian, Hebrew, Hindi, Norwegian, Polish, Portuguese, Lithuanian, Latvian, Swedish, Turkish, Greek, Russian, Korean, Chinese, Japanese, German, Russian, Serbian, Thai and Arabic Package List 1 X Fly touch 2: Android 2.1 Tablet, 10.1", 1GHz CPU, Wifi, G-sensor, HDMI Output, Camera 1 X Stylus Pen 1 X GPS Antenna 1 X Charger 1 X English ManualNotes from Ankaka Customer Service (1). This item uses Android system. So if you want to run Microsoft programs, you will need to download applications from the Android Marketplace. References: www.mobisystems.com www.android.com androidcommunity.com (2). The computer cannot be turn on. a. Check the battery to make sure it is charged. b. Check the machine again after connecting the power adapter. (3). There is no voice from the earphone a. Check the volume setting b. Check the connection of earphones (4). Noise a. Check whether the earphone plug is clear as dirt could bring noise. b. Check if the music file is broken. Confirm the problem by trying another one (5). Messy code ...



http://www.youtube.com/watch?v=lfOI4RxpG54&hl=en

first test with the diy motorized igus camera slider/glidetrack/dolly and timelapse photography some key components for the slider: igus rail (WW-10-80-10, WS-10-80): www.igus.de gear belt: www.maedler.de www.maedler.de motor: www.conrad.de voltage regulator: www.conrad.de further ideas: www.pocketslider.de



http://www.youtube.com/watch?v=a2XEFGQb1rU&hl=en

The equipment used for this test Rx : RC305 5.8GHz Tx : 5.8GHz 200mW Camera : Sony 1/3 CCD WDR750 600TVL 12V Adjustable voltage regulator : DPCAV 1-35V SEPIC type Antennas : SPW and CL DVR : FPV JapanDVR The minimum operational voltage for this system hooked up together is aprox. 7V. Please post your comments on this to see if someone is getting different results. Thanks for watching



http://www.youtube.com/watch?v=ArV0mssPJ6M&hl=en

rc-creator.jimdo.com RC-Creator HobbyKing Video Transmitter Review Compatible with most 2.4Ghz video receiver systems this FPV camera and transmitter system is very versatile as well as light and very small. The camera uses a quality glass lensed SONY CCD camera system. Unlike other generic systems, we have produced a wiring loom and included it with the camera so that the Tx and camera will be compatible and on the same voltage. If you buy your camera and Tx seperately the plug polarity and voltages may be very different. Included. 1 x SONY CCD 1/3inch Camera 1 x Voltage Regulator (input 3S battery) 1 x Micro Light Weight Video Transmitter (100mW) Camera spec. CCD sensor type:1/3 color SONY CCD Pixel; NTSC: 510(H)*492(V) PAL: 500(H)*582(V) (Included) Scanning system: Interlaced scanning Synchronization: System:Inter Horizontal resolution: 420TV line Minimum Illumination 0.01LUX/F1.2 DSP+CCD: CXD3142R+405AK S/N Ratio: 48dB Gamma Modification: 0.45 White balance: Auto Auto backlight compensation: Auto Lens: 3.6MM Audio: No Input voltage: 9~12.6V Electric current 80MA Electronic Shutter: 1/50 (60) ~ 1/100000s Video output: 1.0VP-P composite video Operation Temp.: -20~50 Size: 38*38mm Flight time: Approx 60min/100mah 3S FPV Tx Spec. Power: 100mW Voltage Regulator: 3S (11.1 to 5v) Without voltage regulator: 2~6V Weight: 8g Channels: 4 Usage: 1 3S lipoly will power the camera and via the voltage regulator it will power the Tx on 5v. You will need a 2.4Ghz video receiving unit ...



http://www.youtube.com/watch?v=kdDa0siEhgQ&hl=en

Camera and Controller circuitry added onto a iRobot Create (Roomba). A voltage regulator drops the Create's internal battery voltage down to 9v to power a small camera mounted on the left side. The entire circuit can be switched on and off via bluetooth control to save battery power. This video shows the Create seeking its dock to recharge after it's made its rounds.



http://www.youtube.com/watch?v=pcoPJ53nGdk&hl=en

This is a video camera I designed about ten years ago. Though not tiny by today's standards, about the size of a dice, for a short time it ruled as the smallest commercially available color video camera. Developed completely during my spare time in my small lab at home I designed the circuit board using OrCad Capture and Layout, the body using AutoCad, and would hand solder the tiny components with a regular soldering pencil. Twenty of the components (resistors, capacitors, etc.) on the printed circuit board were in 0402 packages (40 thousandths of an inch long by 20 thousandths of an inch wide). The goal was to get the circuit board down to the same size as the imaging chip which was the smallest available at the time, making it the limiting size factor for the camera. After assembly the whole camera was dipped into rubber tool grip paint to create a thin protective body. I opted to use 1/8th stereo headphone jacks as a power/video connector since regular RCA video jacks and coaxial power connectors would have nearly tripled the size of the entire package. On the circuit board you will see one standard size transistor package (TO-92). This is actually a 5 volt voltage regulator chip which allows the camera to be run safely on a power supply from about 6-14 volts. This camera became the predecessor for many others I have designed for specialized extreme pressure, extreme temperature, extreme vibration and other application projects.FlirGuy I try to respond to all requests ...



http://www.youtube.com/watch?v=pAjRbATG50k&hl=en

This video explains how to build a simple regulated power supply for a digital camera. It can be built to run on 120/110Vac or 220/240Vac. The voltage for the camera being used is 3.15-3.25VDC using the LM317 voltage regulator. Voltage calculator link: www.cpemma.co.uk



http://www.youtube.com/watch?v=DrXeof5rrnw&hl=en