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Discussing Netgear power supply issues

Discussing Netgear power supply issues

X
xX_gurzil_Xx
Junior Member
32
10-26-2020, 01:31 PM
#1
Hi there! I'm searching for a Netgear WNDR3400v1 replacement that matches the original power adapter's voltage and current specs. The input should handle 0.5A and possibly accept lower amperage on the input side, like 0.3A, while still delivering 12V DC at 1.5A. Thanks for your guidance!
X
xX_gurzil_Xx
10-26-2020, 01:31 PM #1

Hi there! I'm searching for a Netgear WNDR3400v1 replacement that matches the original power adapter's voltage and current specs. The input should handle 0.5A and possibly accept lower amperage on the input side, like 0.3A, while still delivering 12V DC at 1.5A. Thanks for your guidance!

P
Pendexxx
Member
64
10-26-2020, 02:45 PM
#2
These kinds of power supplies have amperage as a way to show the amount of current they can provide. Using a source that matches the voltage and is at least equal to amps should work well. You might be able to modify an older ATX power supply for this purpose.
P
Pendexxx
10-26-2020, 02:45 PM #2

These kinds of power supplies have amperage as a way to show the amount of current they can provide. Using a source that matches the voltage and is at least equal to amps should work well. You might be able to modify an older ATX power supply for this purpose.

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LxS_Cocolexder
Junior Member
17
10-26-2020, 09:27 PM
#3
Most router power adapters provide consistent volts and amps, which is why it’s wise to double-check before plugging in any generic adapter. As long as the connector size, polarity, and voltage/amp rating match, they should function properly. You might sometimes use an adapter with lower amperage, since the router doesn’t always draw its full 1.5A continuously. But if it spikes to that level or stays there too long, it could damage the new adapter because it isn’t designed for regular high-current use.
L
LxS_Cocolexder
10-26-2020, 09:27 PM #3

Most router power adapters provide consistent volts and amps, which is why it’s wise to double-check before plugging in any generic adapter. As long as the connector size, polarity, and voltage/amp rating match, they should function properly. You might sometimes use an adapter with lower amperage, since the router doesn’t always draw its full 1.5A continuously. But if it spikes to that level or stays there too long, it could damage the new adapter because it isn’t designed for regular high-current use.

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ItsMeKerem
Junior Member
14
10-27-2020, 03:17 AM
#4
- identical voltage
- matching polarity
- matching connector
- comparable or greater amperage (amps aren't just suggestions; you can't safely exceed limits)
- good quality
- ensure you choose a reliable option, as many aftermarket units are poor quality.
I
ItsMeKerem
10-27-2020, 03:17 AM #4

- identical voltage
- matching polarity
- matching connector
- comparable or greater amperage (amps aren't just suggestions; you can't safely exceed limits)
- good quality
- ensure you choose a reliable option, as many aftermarket units are poor quality.

B
Blureux
Posting Freak
797
10-29-2020, 03:32 AM
#5
I think OP focuses mainly on the input ratings. What matters most is that the results align, showing OP fully grasps the issue. Regarding the input ratings: in theory they shouldn't affect performance as long as the output remains consistent—only then will your device function properly. Variations in adapter efficiency could mean Brand A uses more power than Brand B, possibly changing amperage, yet both might deliver the same output.
B
Blureux
10-29-2020, 03:32 AM #5

I think OP focuses mainly on the input ratings. What matters most is that the results align, showing OP fully grasps the issue. Regarding the input ratings: in theory they shouldn't affect performance as long as the output remains consistent—only then will your device function properly. Variations in adapter efficiency could mean Brand A uses more power than Brand B, possibly changing amperage, yet both might deliver the same output.