That isn't how the third multiplier band works(Check your math on 10^0). Brown black black is 10ohm. I agree that the last band looks gold. OP, can you confirm this?If it is Brown-Black-Black, it is a 100ohm resistor. The last band by the crack is the tolerance (looks gold to me)
They cleaned that one up since I went through Basic electronics back in the 80s.Bad Beer Rots Our Young Guts But Vodka Goes Well
Yes, my bad. Too used to working with 5-band resistors with my students (doing an Arduino unit right now). Mentally went Brown-Black-Black-Black, which would be 100ohms (1-0-0-10^1).That isn't how the third multiplier band works(Check your math on 10^0). Brown black black is 10ohm. I agree that the last band looks gold. OP, can you confirm this?
Also, it's definitely a resistor. Could you measure the body length and diameter so we can recommend a replacement? How was it damaged, and are there any other burned spots or components on the board?
I don't want to get this thread hung up on it, but even in that example 5 band, the black multiplier band is 10^0 = 1, not 10^1. Agree that brown black black black is 100ohms though.Yes, my bad. Too used to working with 5-band resistors with my students (doing an Arduino unit right now). Mentally went Brown-Black-Black-Black, which would be 100ohms (1-0-0-10^1).
You missed the tolerancing. The mnemonic that I learned is:Bad Beer Rots Our Young Guts But Vodka Goes Well
Black-black-black is a meaningless color combination (00x10^0)
That is what I taught in high school tech class, after dad taught me the college version.While I learned the bad boy version in college, when I was teaching high school electronics we used bad boys race our young girls but Violet generally wins. I do not remember the tolerance part on either of them.
Just so I make sure I am understanding correctly, by using a 0-ohm "resistor", the robot was able to grab it easier to solder/wire into place? I would think that it could be handled with better design of the PCB (I haven't designed those personally, so could be way off base).Not completely meaningless. I’ve seen 0 Ohm “jumpers” with a resistor body, because those are machine stuffable parts instead of having to hand stuff a jumper wire on a board being manufactured.
I can’t recall offhand if that was three black lines or one, though.
Just so I make sure I am understanding correctly, by using a 0-ohm "resistor", the robot was able to grab it easier to solder/wire into place? I would think that it could be handled with better design of the PCB (I haven't designed those personally, so could be way off base).
Or are you referring to some kind of retrofit?
I called Fluke for a model 75 part and they sent it for free.The second picture looks like Brown-Black-Black-Gold but its hard to tell for certain. I also see what looks like a paint "dot" on the left hand side in the first picture ? Are you sure it is a resistor ? I have seen some strangely marked diodes in some automotive applications.
I would call Fluke and see if maybe they will tell you or at least maybe send you a schematic ?