The 5380598-2 or 380598-1 are discrete through-hole soldered sockets for pins, wires, or components that have been around for a long time.
I cannot find reliability data such as insertion-cycle-life for these parts.
Has anyone had experience using these sockets or related stories to tell?
Refering to the attached graphic:
Two NI PXI-4071s measure the same ramping stimulus voltage one sample at a time as both 4071s cycle through 3.5, 4.5, 5.5, 6.5 and then 7.5 digit-resolution settings. The graph labeled “dV Waveform Chart” displays an acquired-PXI-4071-Refference voltage...
For anyone with a similar question:
I have not tried this yet; but, these look like a possible solution for under $75.00 total.
http://www.ferrulesdirect.com
QCD6F - Crimping Die - Open Barrel Terminals - 22, 14, 8-8AWG
QC1A - Snap-n-Crimp Tool - 22-12AWG Wire Ferrules
I will soon try this tool.
I want to crimp TE Connectivity # 213843-3 crimp terminals on a realistic budget. Can someone recommend a low cost compatible hand-operated crimp tool?
The overpriced TE Connectivity Tools are:
AMP 356611-1 POWERBAND DIE ASSY 8 AWG, $3187.80
AMP 69710-1 TOOL HAND CRIMPER SIDE ENTRY, $768.86
Does anyone know of a manufacturer and part number for a standard length 1/0 butt splice tube with no stop in the middle?http://files.engineering.com/getfile.aspx?folder=14a09808-8ddb-4fd9-9a0b-f0a09463c657&file=Butt_Splice_Middle_Stop.gif
One very important part of a symbolic processor is user-friendly equation entry and result display. When equations are very large and complicated, this is a major source of human error; the substitution of text for symbols increases complexity. MathCAD’s blackboard approach to symbolic entry...
As I stated in the previous post,
"I have been a MathCAD user since MathCAD 3.0.
The frst thing I did after successfully installing MathCAD 15 M030 and Prime 3.0 was to
symbolically evaluate a large equation that I had trouble processing in MathCAD 14.
Prime 3.0 failed to process the equation...
I have been a MathCAD user since MathCAD 3.0.
The frst thing I did after successfully installing MathCAD 15 M030 and Prime 3.0 was to
symbolically evaluate a large equation that I had trouble processing in MathCAD 14.
Prime 3.0 failed to process the equation and MathCAD 15 successfully...
In addition:
The provided Word file supplied with the MathCAD Add-in says to register the dll file "Mathcad_15.dll";
but what do you do with all these other supplied files?
Interop.SldWorks.dll
Interop.SwConst.dll
Interop.SWPublished.dll
Mathcad_15.dll
Mathcad_15.tlb
Mathcad_15.xml
Hi Anna,
I have had a post on the PTC MathCAD forum with no response to date. I want to use this add-in but do not want chance damaging my SolidWorks installation. If someone has tried this add-in I would like to hear from them. Though you can download it from their website, PTC does not support...
SBaugh, Anna Wood
Though my license is good, my subscription has expired. When I try to log on to the SolidWorks Forum, I get this inviting message:
"Your account has been disabled. Please contact a system administrator to resolve this issue."
Will the MathCAD add-in for SolidWorks work with MathCAD 14 and SolidWorks 2013 x64?
Are any esoteric procedures required to make it work?
If so, what procedures?
Quick, through the extension chord away so that it can decompose back into the environment where we found the lead to begin with!
Perhaps tin-lead solder or plating was used in the construction. Sounds like a reliable extension cord.
The motor start-up current can be much larger than the steady-state running current. (Check the motor spec for start-up current if possible.) A rule of thumb is to multiply the steady-state running current of the motor by 5 and use that size relay, switch and breaker. Also note that during turn...
Depends on the post filtered load.
If the load is not too heavy, an Uninterruptible Power Supply (UPS) may be the best because it creates its own AC output.
Otherwise, there are large power line conditioners available.
Google:
"Uninterruptible Power Supply"
"power line conditioners"
One of the listed features of the ATMEL ATMEGA48A-PU microcontroller is that its nonvolatile memory can be programmed via its debugWIRE interface assuming that the DWEN fuse must be programmed via the SPI or Parallel interface before the debugWIRE interface can be used. Most of the...