Ok, So a 4.7kΩ resistor.
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Car radio gets only static need help troubleshooting
- Thread starter rcnrcf
- Start date
Ok, So a 4.7kΩ resistor.
Hmmh,
4.7 kΩ I'd expect to be shown as 4k7.
4R7 would be 4.7 Ω (without the K, placing the K after the 4R7 is unfamiliar to me).
Besides, L001 is indicative of an inductor. 4R7 would be 4.7 µH. K would be the accuracy +-10 %
4.7 kΩ I'd expect to be shown as 4k7.
4R7 would be 4.7 Ω (without the K, placing the K after the 4R7 is unfamiliar to me).
Besides, L001 is indicative of an inductor. 4R7 would be 4.7 µH. K would be the accuracy +-10 %
bertus
Moderator
Hello,
The 4R7K is a manufacturers marking.
Have a look at newark:
https://www.newark.com/tt-electronics-welwyn/emc2-4r7k/through-hole-metal-film-resistor/dp/34R3442
The K stands for 10 % tollerance.
Bertus
The 4R7K is a manufacturers marking.
Have a look at newark:
https://www.newark.com/tt-electronics-welwyn/emc2-4r7k/through-hole-metal-film-resistor/dp/34R3442
The K stands for 10 % tollerance.
Bertus
davenn
Moderator
the lower if those 2 solder joints is (goes to) the antenna connector centre pin
the upper solder pad is PCB ground, ( going up to the larger solder pad)
davenn
Moderator
I understand that but looking at the cavities in the solder joint it suggests it came from here.
As I said.
bertus
Moderator
Hello,
Do I see L001 next to the part?
Than it could be an inductor:
http://www.ibselectronics.com/ibsstore/chilsin-nl4532325t-4r7k-inductor-4-7uh-10-smt-smd.html
If it is indeed an inductor, it should measure very low resistance.
Bertus
Do I see L001 next to the part?
Than it could be an inductor:
http://www.ibselectronics.com/ibsstore/chilsin-nl4532325t-4r7k-inductor-4-7uh-10-smt-smd.html
If it is indeed an inductor, it should measure very low resistance.
Bertus
Okay so that device (that we were thinking was a diode) is spark gap device and it is to protect from lighting. Understood.
Now, whether it is currently connected in the circuit or not doesn't make any difference. (it is currently disconnected).
I still get continuity (15.6 ohms) across the antenna terminals. Is this supposed to happen?
If yes, do I have to now disconnect the tuner, open it and check the same?
Now, whether it is currently connected in the circuit or not doesn't make any difference. (it is currently disconnected).
I still get continuity (15.6 ohms) across the antenna terminals. Is this supposed to happen?
If yes, do I have to now disconnect the tuner, open it and check the same?
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