-
You can now help support WorldwideDX when you shop on Amazon at no additional cost to you! Simply follow this Shop on Amazon link first and a portion of any purchase is sent to WorldwideDX to help with site costs.
148 gtl alignment
- Thread starter kaos513
- Start date
Referring to ...
Like Resistor Color Code...
562 = 5.6K or 5,600 ohm
How many zeros (Multiplier) from 1 picofarad (103 is 10,000pF the first two digits are the most significant of the value = in this case = 10 with 3 zeros behind it or 10,000pF)
Go Here to find Help
Like Resistor Color Code...
562 = 5.6K or 5,600 ohm
How many zeros (Multiplier) from 1 picofarad (103 is 10,000pF the first two digits are the most significant of the value = in this case = 10 with 3 zeros behind it or 10,000pF)
Go Here to find Help
After that, you're scoping RF, so you can NOT use a polarized capacitor - you can make it explode due to gassing as it tries to pass current from the tip into the monitor/tester
So non-polarized Disc...best way...one lead soldered to the probe tip and the other to the test center conductor or positive lead of the test cable - with shield being of course, ground.
I'm not trying to be rude here but...
I though you said you fix radios...
Foy you to not understand the 103 Disc Cap and value - I just need to switch gears. But what you will find is not one cap out there now is going to show you or teach you how to translate it's value - you'll have to recognize it.
Some schematics have already defaulted to this marking scheme - Inductors and Resistors also use it.
Note that some use the "P" designation - that means you can read it direct else - like the 223 is 0.022 uF in reference value from older days...
So non-polarized Disc...best way...one lead soldered to the probe tip and the other to the test center conductor or positive lead of the test cable - with shield being of course, ground.
I'm not trying to be rude here but...
I though you said you fix radios...
Foy you to not understand the 103 Disc Cap and value - I just need to switch gears. But what you will find is not one cap out there now is going to show you or teach you how to translate it's value - you'll have to recognize it.
From Magnum/RF Limited
Some schematics have already defaulted to this marking scheme - Inductors and Resistors also use it.
Note that some use the "P" designation - that means you can read it direct else - like the 223 is 0.022 uF in reference value from older days...
Last edited: