06AR2D Datasheet, PDF (1/2 Pages) Delta Electronics, Inc. – POWER ENTRY MODULE EMI FILTERS

V
SERIES _{POWER ENTRY MODULE EMI FILTERS}
DE
INTRODUCTIONS
1. AR series is designed as a high performance, two-stage filter for
low impedance load with better noise attenuation than AK series
in low frequency applications such as switching power supplies.
2. Fuse holder designed for one IEC 5x20mm fuse. Safety interlock
prevents fuse removal with line plug inserted (Use only with 250V
fuse).
3. All part numbers are UL recognized, CSA certified and VDE
approved.
4. Switch electrical lifetime: 10,000 cycles.
Maximum inrush current: 50A.
COMPONENTS
SPECIFICATIONS
1. Maximum leakage current each
line-to-ground @ 115VAC 60Hz: 0.25mA
@ 250VAC 50Hz: 0.45mA
2. Hipot rating (one minute)
line-to-ground: 2250VDC
line-to-line: 1450VDC
3. Operating frequency: 50/60Hz
4. Rated voltage: 115/250VAC
MINIMUM INSERTION LOSS IN dB
PART NO.
03AR1/2/3
03AR2D/3D
06AR1/2/3
06AR2D/3D
06AR4
C1 (uF) L1 (mH) L2 (mH) Cy (pF)
0.1
1.5
9
2200
0.033
9
1.5
0.1
0.7
2.5
0.015 2.5
0.7
3300
0.1
0.7
2.5
R( )
1M
2.2M
ELECTRICAL SCHEMATIC
AR1/4 WITHOUT POWER SW
L
L ^F SW1 _C1
Cy
R C2
AR3/4 ONLY
L'
L
C3
I
O
L1
L2
N
A
E
Cy
N' ^D
N
G
G'
FIG. A
C2:0.1uF
C3:0.1uF
COMMON MODE (L-G) IN 50 OHM SYSTEM
CURRENT
FREQUENCY-MHz
RATING
.15 .50 1.0 5.0 10 30
03AR
40 60 60 45
40 30
06AR
34 55 56 40
35 25
06AR2D,3D 34 60 60 45
40 30
DIFFERENTIAL MODE (L-L) IN 50 OHM SYSTEM
03AR
6 45 55 50 45 40
06AR
5 25 60 50 45 35
06AR2D,3D 10 10 50 50 45 40
AR3D ONLY
L
L ^F SW1 _C1
Cy
R C2
L'
L
C3
I
O
L1
L2
N
A
E
Cy
N' ^D
N
G
G'
FIG. B
TYPE & RATED CURRENT
DELTA PART NO.
115VAC
RATED CURRENT
250VAC
IEC CONNECTOR
FUSE HOLDER
POWER SWITCH
VOLTAGE SELECTOR SW
ELECTRICAL SCHEMATIC
AR1
6A
6A
FIG. A
AR2
6A
6A
SP¹
FIG. A
1. Single-pole UL, CSA & VDE approved, VDE-6A at 250VAC.
2. Double-pole UL, CSA & VDE approved, VDE-4A at 250VAC.
Electrical lifetime: 10,000 cycles.
Maximum inrush current: 50A.
3. Voltage selector SW -UL, CSA & VDE approved
Current rating: 10A at 125VAC; 5A at 250VAC.
AR2D
6A
4A
AR3
6A
6A
AR3D
6A
4A
AR4
6A
6A
DP²
FIG. B
SP¹
REAR³
FIG. A
DP²
REAR³
FIG. B
REAR³
FIG. A
4-3