Process: Make 850nm LED Mosquito prototype starting 2013-04-24 ending 2013-04-30

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Outputs

Scheduled:

Mosquito LD (laser ) Sensor Prototype 1.00 Area - square meters due April 30, 2013
Completed: produces 1.00 Area - square meters May 9, 2013
  Resource: Mosquito LED Sensor Prototype: Prototype Mosquito LED 850nm 2.00 Each

Work

Planned Work: (Requirements are ordered by due date)

Electronics: 5.00 Time - Hours due April 24, 2013

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07
Working on Laser Driver for 850 Mosquito 3h

Clone 850 Mosquito 1h50
850 mosquito filter 1h30
new filter design and cloning 850 mosquito electronics 7h25
cloning 850 mosquito assembly 5h30
cloning 850 mosquito assembly 5h

Taken by Jonathan
Work events:
Oct. 29, 2013 0.00 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

July 25, 2013 0.92 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m

July 3, 2013 5.00 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07
Working on Laser Driver for 850 Mosquito 3h

Clone 850 Mosquito 1h50
850 mosquito filter 1h30
new filter design and cloning 850 mosquito electronics 7h25
cloning 850 mosquito assembly 5h30
cloning 850 mosquito assembly 5h

July 2, 2013 5.50 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07
Working on Laser Driver for 850 Mosquito 3h

Clone 850 Mosquito 1h50
850 mosquito filter 1h30
new filter design and cloning 850 mosquito electronics 7h25
cloning 850 mosquito assembly 5h30

June 28, 2013 7.42 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07
Working on Laser Driver for 850 Mosquito 3h

Clone 850 Mosquito 1h50
850 mosquito filter 1h30
new filter design and cloning 850 mosquito electronics 7h25

June 27, 2013 3.50 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07
Working on Laser Driver for 850 Mosquito 3h

Clone 850 Mosquito 1h50
850 mosquito filter 1h30

June 26, 2013 5.12 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55
Working on Laser Driver for 850 Mosquito 55m
Working on Laser Driver for 850 Mosquito 5h07

June 21, 2013 7.92 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

Testing Laser Driver for 850 Mosquito 7h55

April 25, 2013 0.98 Time - Hours Done by Jonathan

Jonathan, to assemble the electronics layer for the first 850nm LED Mosquito prototype

R&d optics work: 1.00 Time - Hours due April 24, 2013

Yesterday I worked with Jonathan on the 850nm Mosquito
We made some tests using a red high power LED,
We tested it with a joint-type transducer and with a constriction transducer.
The signal we get is small, but very stable. We have a good signal to noise ratio. We have some ideas about amplifying the signal

On the 26th April I worked a little more with Jonathan on the 850nm LED Mosquito. I did the opto-mechanical assembly of the device, using the Thorlabs pieces that we've recently ordered. I also had to mount a lens that I had in stock, harvested from some old scanners, in order to focus the light.

Taken by Tibi
Work events:
April 29, 2013 0.00 Time - Hours Done by Tibi

Yesterday I worked with Jonathan on the 850nm Mosquito
We made some tests using a red high power LED,
We tested it with a joint-type transducer and with a constriction transducer.
The signal we get is small, but very stable. We have a good signal to noise ratio. We have some ideas about amplifying the signal

On the 26th April I worked a little more with Jonathan on the 850nm LED Mosquito. I did the opto-mechanical assembly of the device, using the Thorlabs pieces that we've recently ordered. I also had to mount a lens that I had in stock, harvested from some old scanners, in order to focus the light.

April 28, 2013 0.50 Time - Hours Done by Tibi

Yesterday I worked with Jonathan on the 850nm Mosquito
We made some tests using a red high power LED,
We tested it with a joint-type transducer and with a constriction transducer.
The signal we get is small, but very stable. We have a good signal to noise ratio. We have some ideas about amplifying the signal

On the 26th April I worked a little more with Jonathan on the 850nm LED Mosquito. I did the opto-mechanical assembly of the device, using the Thorlabs pieces that we've recently ordered. I also had to mount a lens that I had in stock, harvested from some old scanners, in order to focus the light.

April 24, 2013 2.00 Time - Hours Done by Tibi

Yesterday I worked with Jonathan on the 850nm Mosquito
We made some tests using a red high power LED,
We tested it with a joint-type transducer and with a constriction transducer.
The signal we get is small, but very stable. We have a good signal to noise ratio. We have some ideas about amplifying the signal

Citations

Mosquito led 1550 optical design
Onhand: Mosquito optics with PD-LD Optical Design
Cited: 1.00 Idea April 24, 2013
Onhand: Mosquito Dual wavelength Optical Design
Cited: 1.00 Idea April 24, 2013
Onhand: Mosquito modular with Y coupler Optical Design
Cited: 1.00 Idea April 24, 2013
Onhand: Mosquito LD modular with circulator Optical Design
Cited: 1.00 Idea April 24, 2013

Consumable Inputs

Mosquito 850nm: 1.00 Each due April 24, 2013
Tape sensor prototype: 1.00 Each due April 24, 2013
Onhand: Low cost tape sensor v1 ~ 1.00 Each
Onhand: one in (glass) 3 out (PMMA) ~ 1.00 Each

Process context:

Pattern: Generic R&D
Context: Mosquito
Order: Work order 56 , Make 850nm LED Mosquito prototype due: 2013-04-30

Previous processes:

Next processes:


Process notes:

Make the first functional 850nm LED Mosquito functional prototype for Phil's lab, where it will be tested.