LXN2880-6G Ver la hoja de datos (PDF) - Power-One Inc.
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LXN2880-6G Datasheet PDF : 21 Pages
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X Series Data Sheet
®
375, 500 Watt AC-DC and DC-DC DIN-Rail Converters
Table 6b: Output data of 500 Watt single-output standard models. General conditions as per table 6a.
Model
LXN1601
Characteristic
Conditions
min typ max
Vo nom Output voltage nominal 1 Vi nom, Io nom
24.25
* 24.55
24.7
24.7
25.2
24.85
Vo worst Output voltage range
of tolerance
Vo L Overvoltage protection
Po nom Output power nominal
Vi min – Vi max,
Io = (0.1 – 1) Io nom
Vi = 100 VAC – Vi max
24.0
25.8
28.5
30
494
Io nom
Io L
Iop
vo
∆Vo u
∆Vo l
vod
αvo
tor
t oh min
Output current nominal Vi = 100 VAC – Vi max
20
Output current limit 3
Vi = 100 VAC – Vi max
20.2
Output current boost 4 typ. 1 s
30
Ripple and noise
Vi = 230 VAC,
fi = 50 Hz, Io nom
2
100
1100 2
Static line regulation
100 VAC – Vi max, Io nom
±0.1
Staticload regul. (droop)
Dynamic load regulation
Voltage deviation and
recovery time
Vi nom, Io = (0.1 – 1) Io nom
Vi nom,
Io = (0.5 ↔ 1) Io nom
±1.2
40
Temperature coefficient TC min – TC max
±0.02
Start-up time
Hold-up time
Vi = 0 → Vi nom, Io nom
700
Io nom, Vo nom → 0.8 Vo nom
15
22.8
LXN1701
min typ max
36.4 37 37.8
36.8 37 37.2
36.0
38.7
42.7
45
496
13.4
13.5
15.2
20
100
1200 2
±0.15
– 0.4
±1.5
80
±0.02
700
20
LXN1801
Unit
min typ max
48.5 49.36 50.4 V
49.06 49.36 49.66
48.0
51.6
57
60
494
W
10
A
10.1
11.4
15
100
1200 2
±0.15
mVpp
V
– 0.6
±1.8
– 0.8
80
ms
±0.02
%/ K
700
ms
25
Table 6c: Output data of 500 Watt double-output models. General conditions as per table 6a.
Model
LXN2660
LXN2770
LXN2880
Unit
Characteristic
Conditions
min typ max min typ max min typ max
Vo nom Output voltage nominal 1 Vi nom, Io nom
24.25 24.7 25.2 36.4
37
37.8 48.5 49.36 50.4 V
* 24.55 24.7 24.85 36.8
37
37.2 49.06 49.36 49.66
Vo worst Output voltage range
of tolerance
Vo L Overvoltage protection
Po nom Output power nominal
Io nom Output current nominal
Io L
Output current limit 3
Iop
Output current boost 4
vo
Ripple and noise
Vi min – Vi max,
Io = (0.1 – 1) Io nom
Vi = 100 VAC – Vi max
Vi = 100 VAC – Vi max
Vi = 100 VAC – Vi max
typ. 1 s
Vi = 230 VAC,
fi = 50 Hz, Io nom
2
24.0
28.5
10.2
∆Vo u
∆Vo l
vod
αvo
tor
t oh min
Static line regulation
100 VAC – Vi max, Io nom
Staticload regul. (droop) Vi nom, Io = (0.1 – 1) Io nom
Dynamic load regulation Vi nom,
Voltage deviation and Io = (0.5 ↔ 1) Io nom
recovery time
Temperature coefficient TC min – TC max
Start-up time
Vi = 0 → Vi nom, Io nom
Hold-up time
Io nom, Vo nom → 0.8 Vo nom
25.8 36.0
38.7 48.0
51.6
30 42.7
45 57
60
494
496
494
W
2 × 10
11.4 6.8
2 × 15
100
1100 2
±0.1
– 0.4
±1.2
2 × 6.7
2×5
A
7.7 5.05
5.7
2 × 10
100
1200 2
±0.15
2 × 7.5
100
1200 2
±0.15
mVpp
V
– 0.6
– 0.8
±1.5
±1.8
40
±0.02
700
15
80
±0.02
700
20
80
ms
±0.02
%/ K
700
ms
25
* Converters with version V105 or higher
1 Setting voltage with open R-input
2 Superimposed low frequency ripple at 2 • fi
3 Rectangular current limit characteristic (continuous operation)
4 Short-term peak power capability 150% of Po nom for approx. 1 s
BCD20021-G Rev AC1, 13-May-2013
Page 8 of 21
www.power-one.com
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