F5F Stay Refreshed Hardware Desktop The PSU Tester provides a PG value of just 100 MS.

The PSU Tester provides a PG value of just 100 MS.

The PSU Tester provides a PG value of just 100 MS.

G
goodyplay
Junior Member
2
02-04-2023, 09:15 AM
#1
Conventional advice suggests the PG value ought to lie between 100 and 500 milliseconds for acceptable performance. If the power supply were at the very low end of that spectrum, it would be preferable. A shorter response time indicates quicker readiness, making 100ms preferable over 500ms. The difference in significance is unclear.
G
goodyplay
02-04-2023, 09:15 AM #1

Conventional advice suggests the PG value ought to lie between 100 and 500 milliseconds for acceptable performance. If the power supply were at the very low end of that spectrum, it would be preferable. A shorter response time indicates quicker readiness, making 100ms preferable over 500ms. The difference in significance is unclear.

D
DeathSh00ter
Member
158
02-04-2023, 04:30 PM
#2
Additional details for consideration...
D
DeathSh00ter
02-04-2023, 04:30 PM #2

Additional details for consideration...

N
Narava
Member
70
02-05-2023, 04:32 PM
#3
Yeah, you're right. I'm like that guy. No load other than the unknown impedance of the tester itself. And no access to an oscilloscope to test while under load. Guess I'll consider this one unanswerable with the given data. Thank you.
I will say this however. Other PSUs I've tested with this same PSU tester always read PG in the 2xxMS - 3xxMS range.
N
Narava
02-05-2023, 04:32 PM #3

Yeah, you're right. I'm like that guy. No load other than the unknown impedance of the tester itself. And no access to an oscilloscope to test while under load. Guess I'll consider this one unanswerable with the given data. Thank you.
I will say this however. Other PSUs I've tested with this same PSU tester always read PG in the 2xxMS - 3xxMS range.