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HONDA CB100 Electrical MOTORCYCLE ELECTRONIC DIAGRAM Honda parts such as the headlight control switch, front stop switch, main switch, rear stop switch, selenium rectifier, wire harness coupler, ground to frame, right rear turn signal light, tail/stop light, left rear turn signal light, fuse, battery, winker relay, neutral switch, ac generator, condenser, contact breaker, ignition coil, dc horn, spark plug, turn signal control/horn switch, headlight control switch arrangement, left front turn signal light, headlight, high beam indicator light, turn signal indicator, neutral indicator, and also the color code.

5V DC REGULATED PHONE CHARGER ELECTRONIC DIAGRAM Regulated phone charger which is used as an emergency charger for mobile phones with source from ordinary batteries, and works with 1.5V input DC voltage. At 5V, it can provide output to 70mA. If the current is drawn, the voltage will be drop. A006 microcontroller is used to create square wave which used to drive the Field Effect Transistor BBV93.

1.5V POWERED LED FLASHER ELECTRONIC DIAGRAM It is a charge pump design. This is where a capacitor (electrolytic) is allowed to charge and is then raised higher and allowed to discharge into a load. The load sees a voltage that can be higher than the supply.

LED BACKLIGHTING SOLUTION WITH LM3430 and LM3432 ELECTRONIC DIAGRAM The LM3432 is a 6-channel high voltage current regulator which provides a simple solution for LED backlighting applicationsand the LM3430 is a companion device to supply high voltage required to drive serially connected LED strings. The LM3430 and the LM3432 provide a complete solution to most HB-WLED backlighting applications for notebook and PC monitor. In this application note, a typical example for a solution to drive six strings of twelve LEDs in series running at 20mA per string is described in details.

This electronic cricket is a present for Kids. This simple battery powered circuit can be used to play Cricket Match with your friends. Each LED in the circuit indicates various status of the cricket match like Sixer, Run out, Catch etc. The Circuit uses two ICs ,one in the Astable mode and the second in the display driver mode. IC1 is wired as an Astable Multivibrator with the timing elements R1, R2 and C1. With the shown values of these components very fast output pulses are generated from the Astable. Output from IC1 passes into the input of IC2 which is the popular Johnson Decade counter CD4017. It has 10 outputs. Of these 8 outputs are used. Output 9 ( pin9) is tied to the reset pin 15 to repeat the cycle. When the input pin 14 of IC2 gets low to high pluses, its output turns high one by one. Resistor R3 keeps the input of IC2 low in stand by state to avoid false indications. Electronic Cricket Circuit Diagram When the Push Switch S1 is pressed momentarily, the Astable operates an...