Attach:midi.pbp

new breadboard with 18F452 Attach:cdplayer001.pbp

Code with if statement: Attach:switchOnCd.pbp Set a variable so that we know when we have already pressed the button.

Code with if statement > Attach:switchOnCd.pbp

Hacking a Cd Player.

It workssssssssssss!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! :)))))))))

Rocio's code. Thank you Gilado!

Code with if statement > Attach:cdplayer07.pbp

Code with if statement > Attach:cdplayer06.pbp

Attach:cdplayer05.pbp

Attach:pdRealy.jpg Δ Rocio's code

Attach:Kazu Δ'sCd.jpg

Attach: switch.jpg

Attach:cdplayer04.pbp

Kazu's code (sensor - adc) > Attach:cdplayer01.pbp Rocio's code (switch - not working yet)> Attach:cdplayer02.pbp

Attach:servo.pbp

week 6 - midi.

Attach:16f819.pbp Δ

Attach:16F819.pbp Δ

16F819

Attach:cdplayer01.pbp

week 7 - midterm.

Attach:cdPlayer01.pbp Δ

Attach:dcmotor.pbp

week 5 - dcMotor.

Attach:serial.pbp

week 4 - Serial.

week 3 - Serial.

Attach:serial.pbp

Attach:serial.pbp

Attach: serial.pbp

Attach:adc.pbp

Observation Project. Photographs.

Attach:IMG_5539.jpg Δ

With a variable resister (flex sensor or potentiometer) I turn on a series of LED's one by one.

Attach:adc.pbp

goto main

week 3 - Variables and ADC.

Attach:adc.pb.jpg Δ

Paralel Circuit. (Each LED receives the same voltage but uses more miliamps. That means that the battery will be usefull for less time.

LEDs? in series. (The voltage is divided in each LED. If you have 5v coming from the 5v regulator, and you have 5 LED in series, each one will receive 1v.

Paralel Circuit (Each LED receives the same voltage but uses more miliamps. That means that the battery will be usefull for less time.

Serial Circuit. (The voltage is divided in each LED. If you have 5v coming from the 5v regulator, and you have 5 LED in series, each one will receive 1v.

Attach:lighon1.jpg Δ

code:

After a long time I got the light turning on and off with the switch.

LED series resistor calculator: http://ourworld.compuserve.com/homepages/Bill_Bowden/led.htm

week 2 - Start with code.

DEFINE OSC 4

input portb.0 output portb.1

output portd.2 output portd.3

main:

if portb.0 = 1 then high portd.2 low portd.3 else high portd.3 low portd.2 endif goto main PAUSE 1000 low portd.2 high portd.3 pause 500

goto main

Attach:firstbreadboard.ext Δ

ttach:firstbreadboard.ext

The electrons trip

LED information. Voltage required and mA (miliams-current-1000ma=1amps): http://www.jameco.com/webapp/wcs/stores/servlet/ProductDisplay?langId=-1&storeId=10001&catalogId=10001&productId=94511

LED. Voltage required and mA (miliams-current-1000ma=1amps): http://www.jameco.com/webapp/wcs/stores/servlet/ProductDisplay?langId=-1&storeId=10001&catalogId=10001&productId=94511

They come from the 5-15VDC power supply, they go through the power supply connector, to the switch, to the 5V regulator, to the 220 ohm resistor, to the LED and finally to ground.

Voltage required by the LED and mA (miliams-current-1000ma=1amps): http://www.jameco.com/webapp/wcs/stores/servlet/ProductDisplay?langId=-1&storeId=10001&catalogId=10001&productId=94511

LED series resistor calculator: http://ourworld.compuserve.com/homepages/Bill_Bowden/led.htm

week 1 - Building my first circuit.

They come from the 5-15VDC power supply, they go trough the power supply connector, to the switch, to the 5V regulator, to the 220 ohm resistor, to the LED and finally to ground.

The electrons trip They go through the 5-15VDC power supply, to the power supply connector, to the switch, to the 5V regulator, to the 220 ohm resistor, to the LED and finally to ground.

week 1 - My first experience building a circuit.

I met with Kate and together found out how to make an LED turn on. So exciting!

week 1 - My first experience doing a circuit.

I met with Kate and together found out how to do an LED turn on.

So Good!

www.itp.nyu.edu/~rvb221/pcomp.html

I don't know if to do my pcomp page here or not.

www.itp.nyu.edu/~rvb221/pcomp.html