March 02, 2010, at 10:19 PM
by 66.92.79.106 -
March 02, 2010, at 10:00 PM
by 66.92.79.106 -
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Fabric PCB Tutorial
supplies
illustrator file with circuit drawing
constructing: conductive fabric, backing fabric, mat knife, iron
soldering: LED, resistor, pliers, flux, clamp, soldering iron & solder
protecting: epoxy, toothpicks, binder clips, mold components
constructing a fabric PCB
step 1. (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
step 2. (already done for you) laser etch the circuit.
step 3. (already done for you) laser cut the backing fabric. 
step 4. peel the paper off of the circuit only where you want it to adhere to the backing fabric. 
step 5. iron the circuit onto the backing fabric. 
step 6. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind. 
soldering a fabric PCB
step 1. bend the ends of the resistor down & insert into fabric PCB 
step 2. bend resistor legs out slightly and apply flux
step 3. solder resistor
watch soldering video
step 3. trim legs
step 5. insert LED with + end (anode) facing resistor
step 6. bend legs out slightly and apply flux
step 7. hold LED with clamp to solder
step 8. trim legs 
step 9. test with power supply
protecting the solder joints
step 1. clamp circuit to mold with binder clips 
step 2. mix epoxy and pour into mold 
step 3. wait for epoxy to cure (approx. 10 mins)
step 4. remove circuit from mold 
step 8. test with power supply 
February 17, 2010, at 10:40 AM
by 18.111.95.214 -
February 17, 2010, at 10:39 AM
by 18.111.95.214 -
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February 17, 2010, at 10:27 AM
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watch soldering video \\\
February 17, 2010, at 10:26 AM
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<object width="320" height="265"><param name="movie" value="http://www.youtube.com/v/hKzGrbkgggI&hl=en_US&fs=1&"></param><param name="allowFullScreen" value="true"></param><param name="allowscriptaccess" value="always"></param><embed src="http://www.youtube.com/v/hKzGrbkgggI&hl=en_US&fs=1&" type="application/x-shockwave-flash" allowscriptaccess="always" allowfullscreen="true" width="320" height="265"></embed></object> \\\
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February 17, 2010, at 10:25 AM
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step 3. solder resistor
step 3. trim legs
to:
step 3. solder resistor<object width="320" height="265"><param name="movie" value="http://www.youtube.com/v/hKzGrbkgggI&hl=en_US&fs=1&"></param><param name="allowFullScreen" value="true"></param><param name="allowscriptaccess" value="always"></param><embed src="http://www.youtube.com/v/hKzGrbkgggI&hl=en_US&fs=1&" type="application/x-shockwave-flash" allowscriptaccess="always" allowfullscreen="true" width="320" height="265"></embed></object>
step 3. trim legs
February 17, 2010, at 10:17 AM
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step 2. (already done for you) laser etch the circuit.
step 3. (already done for you) laser cut the backing fabric. \\\
to:
step 2. (already done for you) laser etch the circuit.
step 3. (already done for you) laser cut the backing fabric. \\\
February 17, 2010, at 10:16 AM
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step 8. test with power supply
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step 8. test with power supply
February 17, 2010, at 10:01 AM
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step 2. mix epoxy and pour into mold
\\\
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step 2. mix epoxy and pour into mold
\\\
February 17, 2010, at 10:00 AM
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->
step 8. wait for epoxy to cure (approx. 10 mins)
step 8. test with power supply
to:
step 3. wait for epoxy to cure (approx. 10 mins)
step 4. remove circuit from mold step 8. test with power supply
February 17, 2010, at 09:58 AM
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\\\
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\\\
February 17, 2010, at 09:57 AM
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step 1. clamp circuit to mold with binder clips
step 2. mix epoxy and pour into mold
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February 17, 2010, at 09:54 AM
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step 2. bend resistor legs out slightly and apply flux
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step 2. bend resistor legs out slightly and apply flux
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step 9. test with power supply
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step 9. test with power supply
February 17, 2010, at 09:53 AM
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\\
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\\\
February 17, 2010, at 09:53 AM
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step 1. bend the ends of the resistor down & insert into fabric PCB
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step 1. bend the ends of the resistor down & insert into fabric PCB \\\
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February 17, 2010, at 09:52 AM
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\\\
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February 17, 2010, at 09:50 AM
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->
step 1. bend the ends of the resistor down & insert into fabric PCB
Changed lines 40-44 from:
step 1. bend the ends of the resistor down & insert into fabric PCB
->
step 2. insert resistor into fabric PCB
step 3. bend resistor legs out slightly and apply flux
step 4. solder resistor
to:
step 2. bend resistor legs out slightly and apply flux
step 3. solder resistor
step 3. trim legs
Changed lines 46-48 from:
step 8. test with power supply
to:
step 8. trim legs
->
step 9. test with power supply
February 17, 2010, at 09:49 AM
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step 1. bend the ends of the resistor down
to:
->
step 1. bend the ends of the resistor down & insert into fabric PCB
\\\
February 17, 2010, at 09:47 AM
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February 17, 2010, at 09:46 AM
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\\\
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\\\
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\\\
February 17, 2010, at 09:45 AM
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step 3. (already done for you) laser cut the backing fabric. \\\
Deleted lines 28-29:
step 3. (already done for you) laser cut the backing fabric.
\\\
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February 17, 2010, at 07:26 AM
by 66.92.79.106 -
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step 8. test with power supply
\\
to:
step 8. test with power supply
February 17, 2010, at 07:26 AM
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Groups for Fabric PCB assignment
Group 1: Angela, Yang Yang, Nadia, Rizal
Group 2: Brad, Sarah W., Madeline
Group 3: Elly, Felicia, Dawn
Group 4: Xiao Xiao, Kristin, Ellan
Group 5: Edwina, Amy, James, Sarah B. \\
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February 17, 2010, at 07:25 AM
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February 17, 2010, at 07:24 AM
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step 8. test with power supply
to:
step 8. test with power supply
\\
February 17, 2010, at 07:24 AM
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Groups for Fabric PCB assignment
Group 1: Angela, Yang Yang, Nadia, Rizal
Group 2: Brad, Sarah W., Madeline
Group 3: Elly, Felicia, Dawn
Group 4: Xiao Xiao, Kristin, Ellan
Group 5: Edwina, Amy, James, Sarah B. \\
February 17, 2010, at 07:21 AM
by 66.92.79.106 -
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illustrator file with circuit drawing
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protecting: epoxy, binder clips, mold components
to:
protecting: epoxy, toothpicks, binder clips, mold components
February 16, 2010, at 11:00 PM
by 66.92.79.106 -
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step 3. (already done for you) laser cut the backing fabric.
.
.
step 4. peel the paper off of the circuit only where you want it to adhere to the backing fabric.
.
.
step 5. iron the circuit onto the backing fabric.
.
.
step 6. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind.
.
to:
February 16, 2010, at 10:58 PM
by 66.92.79.106 -
Changed line 27 from:
step 3. (already done for you) laser cut the backing fabric.
to:
step 3. (already done for you) laser cut the backing fabric.
February 16, 2010, at 10:58 PM
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\\\
to:
\\\
February 16, 2010, at 10:58 PM
by 66.92.79.106 -
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step 2. (already done for you) laser etch the circuit.
to:
step 2. (already done for you) laser etch the circuit. ->
\\\
February 16, 2010, at 10:57 PM
by 66.92.79.106 -
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step 2. (already done for you) laser etch the circuit.
to:
step 2. (already done for you) laser etch the circuit.
February 16, 2010, at 10:57 PM
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February 16, 2010, at 10:56 PM
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February 16, 2010, at 10:43 PM
by 66.92.79.106 -
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conductive fabric, backing fabric, mat knife, iron
LED, resistor, pliers, flux, clamp, soldering iron & solder
epoxy, binder clips, mold components
to:
constructing: conductive fabric, backing fabric, mat knife, iron
soldering: LED, resistor, pliers, flux, clamp, soldering iron & solder
protecting: epoxy, binder clips, mold components
February 16, 2010, at 10:41 PM
by 66.92.79.106 -
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Fabric PCB Tutorial
February 16, 2010, at 10:41 PM
by 66.92.79.106 -
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materials: conductive fabrics, fabric adhesives, microcontrollers
techniques: fabric PCBs, soldering, circuit design
machines: laser cutter
assignment: "hello world" fabric PCB \\
to:
February 16, 2010, at 10:39 PM
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February 16, 2010, at 10:39 PM
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February 16, 2010, at 10:39 PM
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February 16, 2010, at 10:37 PM
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February 16, 2010, at 10:36 PM
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February 16, 2010, at 10:35 PM
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step 3. (already done for you) laser cut the backing fabric.
Added lines 25-26:
step 3. (already done for you) laser cut the backing fabric.
.
Added lines 34-36:
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to:
February 16, 2010, at 10:34 PM
by 66.92.79.106 -
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step 4. peel the paper off of the circuit only where you want it to adhere to the backing fabric.
Added lines 29-30:
step 4. peel the paper off of the circuit only where you want it to adhere to the backing fabric.
.
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February 16, 2010, at 10:33 PM
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February 16, 2010, at 10:33 PM
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February 16, 2010, at 10:32 PM
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February 16, 2010, at 10:31 PM
by 66.92.79.106 -
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step 2. (already done for you) laser etch the circuit.
to:
step 2. (already done for you) laser etch the circuit.
\\
February 16, 2010, at 10:30 PM
by 66.92.79.106 -
Changed lines 21-22 from:
step 2. (already done for you) laser etch the circuit.
\\
to:
step 2. (already done for you) laser etch the circuit. \\
February 16, 2010, at 10:30 PM
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February 16, 2010, at 10:29 PM
by 66.92.79.106 -
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February 16, 2010, at 10:29 PM
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February 16, 2010, at 10:28 PM
by 66.92.79.106 -
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February 16, 2010, at 09:28 PM
by 18.111.95.214 -
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conductive fabric, backing fabric, iron
to:
conductive fabric, backing fabric, mat knife, iron
February 16, 2010, at 09:25 PM
by 18.111.95.214 -
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step 4. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
to:
step 4. peel the paper off of the circuit only where you want it to adhere to the backing fabric.
February 16, 2010, at 09:24 PM
by 18.111.95.214 -
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supplies
conductive fabric, backing fabric, iron
LED, resistor, pliers, flux, clamp, soldering iron & solder
epoxy, binder clips, mold components
Changed lines 29-31 from:
step 1.
programming the ATTiny13 \\
to:
step 1. bend the ends of the resistor down
step 2. insert resistor into fabric PCB
step 3. bend resistor legs out slightly and apply flux
step 4. solder resistor
step 5. insert LED with + end (anode) facing resistor
step 6. bend legs out slightly and apply flux
step 7. hold LED with clamp to solder
step 8. test with power supply
protecting the solder joints
step 1. clamp circuit to mold with binder clips
step 2. mix epoxy and pour into mold
step 8. wait for epoxy to cure (approx. 10 mins)
step 8. test with power supply
February 16, 2010, at 08:55 PM
by 18.111.95.214 -
Changed lines 15-19 from:
step 1. (already done for you) laser etch the circuit.
step 1. (already done for you) laser cut the backing fabric.
step 1. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
step 1. iron the circuit onto the backing fabric.
step 1. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind.
to:
step 2. (already done for you) laser etch the circuit.
step 3. (already done for you) laser cut the backing fabric.
step 4. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
step 5. iron the circuit onto the backing fabric.
step 6. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind.
Changed lines 22-23 from:
soldering a fabric PCB
step 1. iron the circuit onto the backing fabric. \\
to:
soldering a fabric PCB
step 1.
February 16, 2010, at 08:54 PM
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constructing a fabric PCB \\
to:
constructing a fabric PCB
February 16, 2010, at 08:54 PM
by 18.111.95.214 -
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step 1. (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
step 1. (already done for you) laser etch the circuit.
step 1. (already done for you) laser cut the backing fabric.
step 1. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
step 1. iron the circuit onto the backing fabric.
step 1. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind. \\
to:
step 1. (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
step 1. (already done for you) laser etch the circuit.
step 1. (already done for you) laser cut the backing fabric.
step 1. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
step 1. iron the circuit onto the backing fabric.
step 1. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind.
February 16, 2010, at 08:36 PM
by 18.111.95.214 -
Changed line 10 from:
Buechley, L. and Eisenberg, M. (2009) Fabric PCBs, Electronic Sequins, and Socket Buttons: Techniques for E-textile Craft. Journal of Personal and Ubiquitous Computing, 13(2), pp 133-150.
to:
Buechley, L. and Eisenberg, M. (2009) Fabric PCBs, Electronic Sequins, and Socket Buttons: Techniques for E-textile Craft. Journal of Personal and Ubiquitous Computing, 13(2), pp 133-150. \\
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February 16, 2010, at 08:36 PM
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soldering a fabric PCB
- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.-'
- (already done for you) laser etch the circuit.
- (already done for you) laser cut the backing fabric.
- peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
to:
constructing a fabric PCB
step 1. (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
step 1. (already done for you) laser etch the circuit.
step 1. (already done for you) laser cut the backing fabric.
step 1. peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
step 1. iron the circuit onto the backing fabric.
step 1. peel the excess conductive fabric away from the backing fabric, leaving the circuit behind.
soldering a fabric PCB
step 1. iron the circuit onto the backing fabric. \\
February 16, 2010, at 08:32 PM
by 18.111.95.214 -
Changed lines 15-16 from:
# (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.-'
February 16, 2010, at 08:31 PM
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to:
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- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
# (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
February 16, 2010, at 08:31 PM
by 18.111.95.214 -
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'- # (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
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February 16, 2010, at 08:30 PM
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'-
- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
'- # (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
February 16, 2010, at 08:30 PM
by 18.111.95.214 -
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'-# (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
'-
- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
February 16, 2010, at 08:30 PM
by 18.111.95.214 -
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- (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
to:
'-# (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
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to:
February 16, 2010, at 08:29 PM
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soldering a fabric PCB \\
to:
February 16, 2010, at 08:29 PM
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assignment: "hello world" fabric PCB \\
to:
Added lines 11-19:
soldering a fabric PCB
# (already done for you) iron a sheet of Heat-n-Bond onto a sheet of conductive fabric.
- (already done for you) laser etch the circuit.
- (already done for you) laser cut the backing fabric.
- peel the paper backing off of the circuit only where you want it to adhere to the backing fabric.
programming the ATTiny13 \\
February 16, 2010, at 09:41 AM
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assignment due: soft circuit \\
to:
February 16, 2010, at 09:41 AM
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February 16, 2010, at 09:40 AM
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Wednesday February 17: Fabric PCBs
assignment due: soft circuit
materials: conductive fabrics, fabric adhesives, microcontrollers
techniques: fabric PCBs, soldering, circuit design
machines: laser cutter
assignment: "hello world" fabric PCB
reading
Buechley, L. and Eisenberg, M. (2009) Fabric PCBs, Electronic Sequins, and Socket Buttons: Techniques for E-textile Craft. Journal of Personal and Ubiquitous Computing, 13(2), pp 133-150.
