0:0:0:0:0:0:0:1 at 03:40, 25 December 2018

2018-12-25T03:40:01Z

Test: Created page with "CSAM = Transducer = The only major component my unit was missing was the transducer (even the reciever was intact). Need to try to figuyre out the acceptable output range..."

2018-12-24T23:52:15Z

Created page with "CSAM = Transducer = The only major component my unit was missing was the transducer (even the reciever was intact). Need to try to figuyre out the acceptable output range..."

New page

CSAM

= Transducer =

The only major component my unit was missing was the transducer (even the reciever was intact). Need to try to figuyre out the acceptable output range

Some samples of things that might work:
* SONIX SONOSCAN GE PANAMETRICS V384 3.5MHZ Transducer
''' Looks pretty official and like the ones in the instruction manuals
* SONOSCAN SK50/050 527347 TRANSDUCER

== SONIX SONOSCAN GE PANAMETRICS V384 3.5MHZ Transducer ==

Ask: 350 for the pair

Red case label:
GE Panametrics

Label 1:
PANAMETRICS
V384
3.5MHZ/.25
336604

Label 2:
PANAMETRICS
V384
3.5MHZ/.25
336601

= CSAM (Disposition #1) =

Picked up 12/29/2014

== Microscope head ==

== Digitally Controlled Pulser/Receiver ==

== Motor controller ==

== PC ==

Came with 3 computers. One of them seems to be control system, another is a stripped control system, and the third appears to be a simple PC with a video capture card.

= Disposition #2 =

Looked nicer / more compact than first unit, maybe a slightly later unit

= References =

* Shows machines running but not much of the scan produced: http:''www.youtube.com/watch?v=F1LAFq-Q-ms
* Shows running but also shows a little of what the image looks like: http:''www.youtube.com/watch?v=yAK_mqNshzc&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U&index=2
* Bonded wafer pair: http:''www.youtube.com/watch?v=Q75cMHPsuhg&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U
''' "Using a 110MHz transducer, ultrasonic soundwaves are transmitted or reflected through a bonded wafer pair. Voids at the interface of the bonded wafer pair as small as 50 microns will reflect the soundwaves back to the transducer and recorded as a poor quality bond."

@@ Line 7: / Line 7: @@
 Some samples of things that might work:
 * SONIX SONOSCAN GE PANAMETRICS V384 3.5MHZ Transducer
-''' Looks pretty official and like the ones in the instruction manuals
+** Looks pretty official and like the ones in the instruction manuals
 * SONOSCAN SK50/050 527347 TRANSDUCER
@@ Line 56: / Line 56: @@
 = References =
-* Shows machines running but not much of the scan produced: http:''www.youtube.com/watch?v=F1LAFq-Q-ms
+* Shows machines running but not much of the scan produced: [http://www.youtube.com/watch?v=F1LAFq-Q-ms]
-* Shows running but also shows a little of what the image looks like: http:''www.youtube.com/watch?v=yAK_mqNshzc&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U&index=2
+* Shows running but also shows a little of what the image looks like: [http://www.youtube.com/watch?v=yAK_mqNshzc&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U&index=2]
-* Bonded wafer pair: http:''www.youtube.com/watch?v=Q75cMHPsuhg&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U
+* Bonded wafer pair: [http://www.youtube.com/watch?v=Q75cMHPsuhg&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U]
-''' "Using a 110MHz transducer, ultrasonic soundwaves are transmitted or reflected through a bonded wafer pair. Voids at the interface of the bonded wafer pair as small as 50 microns will reflect the soundwaves back to the transducer and recorded as a poor quality bond."
+** "Using a 110MHz transducer, ultrasonic soundwaves are transmitted or reflected through a bonded wafer pair. Voids at the interface of the bonded wafer pair as small as 50 microns will reflect the soundwaves back to the transducer and recorded as a poor quality bond."

Sonix - Revision history

0:0:0:0:0:0:0:1 at 03:40, 25 December 2018

Test: Created page with "CSAM = Transducer = The only major component my unit was missing was the transducer (even the reciever was intact). Need to try to figuyre out the acceptable output range..."