LM317T Voltage Regulator with Pass Transistor

- All Generation by Air Turbines in previous videos, can be done electronically by devices shown here, with magnets & Coils in place of Turbine Fins. - Current percentage. Conventional: 90% batteries /9% capacitors /1% Dolce Ferrite Coil - Self-Propeled Projection: 90% Dolce Ferrite Coils /9% capacitors / 1% batteries. - Controler Triumverant: Bipolar (Latched) HE (Hall Effect Sensor), lodged in nose of coil ferrite core. 2) Optocoupler (Isolator) to transmit digital data to: 3) N-Chan MOSFET (Pull-Down), all to channel pulsed current to: Dolce Ferrite Coil w/ mono/Bi/Tri 400-800T wire wrap. Power Line variable voltage regulator for rpm, current output control. - Magnetic Drives exist in the millions - many ideal for small cars; but battery-functions have blocked wide-spread usage. The MOTOR/GENERATOR (or "re-generation"), must be distinguished from the GENERATOR/MOTOR. The first handles rear-wheel torques in their various demands (uphill, etc.); the second should generate current steadily at the lowest input and highest output level - storing temporarily for wheel-drive use in capacitor banks. This eliminates need for heavy, expensive battery-units, as well as for their re- charging stops and time-outs. Ergo, the first Earth Self-Propeled, expense-free transport. - The units shown here, and their being built projections, are designed to be two pillars supporting vehicles roof, located directly above Drive-Wheels. - These motor units are 99% efficient when inductive coil ...



http://www.youtube.com/watch?v=I-fdDcJ8SBU&hl=en

I built a wireless USB tether out of a battery grip, check it out! I used one half of a Cables Unlimited USB-WR2000 kit, a switching 5V 1A voltage regulator, all powered by the batteries inserted in the battery grip. All sewn together so I can run iPad based DSLR remote trigger solutions.



http://www.youtube.com/watch?v=Y7urjotFElo&hl=en

The RGi-AWC-1 (Advanced Wireless Controller) is a 6.2in x 5in (15.75cm x 12.75cm) dual CPU board that embodies a complete robotics control system and development platform. It communicates via wireless 802.11b/g WiFi or 802.15.4 ZigBee communications standards. The internal resources include the following: ------------------------------------------------------------ • A 10-channel R/C servo controller with 180-degree range (500µs to 2.5ms pulse) and automatic internal/external power switchover. • A dual high-efficiency motor controller with a capacity of 45A per motor, precision current sensing and limiting, and programmable motor soft start. • 13 analog inputs with input protection, filters and 10-bits of resolution. • A 32 channel Dynamixel AX/DX servo controller with 300-degree range, 1024 steps, and programmable rpm, torque and offsets. • A powerful 15A PWM output with 255 steps, capable of switching internal battery and external battery sources. • A unique power management system with programmable sleep times, inactivity timeout and direct sleep modes, switchable output power for webcam, motor and radio sections. • A high-efficiency, wide-input range, switching, step-down, voltage regulator that provides 6.0V at 3A. • A separate voltage regulator that provides 5.0V at 1A, with a powerful 25A switching FET for output power, used for remote power management of webcams, video cameras, etc. • An additional voltage regulator that provides 3.3V ad 1A, used for the radio ...



http://www.youtube.com/watch?v=2h0p6HYqs14&hl=en

The Storm Patrol is building a UAV this is one of many videos that document the build. In this video i show you the voltage regulator circuit for the 2.4GHz wireless video camera. This is based on the LM317 regulator 2 resistors and 2 capacitors. Check out www.thestormpatrol.com for updates.



http://www.youtube.com/watch?v=3n3JV8hTZ4c&hl=en