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Conformity to RoHS Directive
AC Input
Single Output, General-Purpose, UL/C-UL/TÜV Approved
R Series RTW(50 to 300W)
This is an ultra-thin, high-performance standard power supply that is both energy efficient and environmentally friendly. Utilizing TDK’s
unique material, mounting, noise reduction and thermal analysis simulation technologies, these products have been reduced by 50% and
60% in volume and weight respectively compared to existing TDK products. All components are lead-free and compatible with the envi-
ronmental assessment program.
FEATURES
• Conforms to EN61000E-3-2 regulations for high harmonic cur-
rents.
• Wide input (AC.100-200) No toggling required.
• Conforms to EMS standards EN61000-4-2, 3, 4, 5, 6, 8 and 11.
• Conforms to FCC-B and VCCI-B regulations for radiating and
transmission noise.
• CE certified.
• Approved by safety standards (UL, C-UL and TÜV). Conforms to
the Electrical Appliance and Material Safety Law (Compliant with
creepage surface and air clearance in Attachment 8).
• 5-year limited warrantee.
• Life span of electrolytic capacitor: 60,000hours or more.
• Lead-free.
• Does not use designated bromine flameproof material (PBPEs
and PBBs).
PART NUMBERS AND RATINGS
50W TYPE
Output voltage
(V)
3.3
5
12
15
24
28
48
Current
(A)
12.5
10
4.3
3.5
2.2
1.8
1.1
Part No.
Without cover
RTW03-12R
RTW05-10R
RTW12-4R3
RTW15-3R5
RTW24-2R2
RTW28-1R8
RTW48-1R1
With cover
RTW03-12RC
RTW05-10RC
RTW12-4R3C
RTW15-3R5C
RTW24-2R2C
RTW28-1R8C
RTW48-1R1C
L type
∗
RTW03-12RL
RTW05-10RL
RTW12-4R3L
RTW15-3R5L
RTW24-2R2L
RTW28-1R8L
RTW48-1R1L
• Available in 1U and 2U rack sizes.
These are particularly suited for situations that call for thin prod-
ucts. They are designed so that they can be attached on both
sides.
• The remote control feature (which was optional in previous prod-
ucts) is now standard and can be used by toggling an internal
switch.
• It is a product conforming to RoHS directive.
APPLICATIONS
• Semiconductor fabrication equipment
• LED displays
• Wire and wireless communication equipment
• Other industrial equipment
100W TYPE
Part No.
Output voltage
Current
(V)
(A)
Without cover
3.3
25
RTW03-25R
5
20
RTW05-20R
12
8.4
RTW12-8R4
15
6.7
RTW15-6R7
24
4.2
RTW24-4R2
28
3.6
RTW28-3R6
48
2.1
RTW48-2R1
∗
L-type product without top-facing terminal block cover.
With cover
RTW03-25RC
RTW05-20RC
RTW12-8R4C
RTW15-6R7C
RTW24-4R2C
RTW28-3R6C
RTW48-2R1C
L type
∗
RTW03-25RL
RTW05-20RL
RTW12-8R4L
RTW15-6R7L
RTW24-4R2L
RTW28-3R6L
RTW48-2R1L
150
•
300W TYPE
Output voltage
(V)
3.3
5
12
15
24
28
48
150W
Current
(A)
35
30
12.5
10
6.3(Peak 10)
5.4
3.2
With cover
Part No.
RTW03-35RC
RTW05-30RC
RTW12-12RC
RTW15-10RC
RTW24-6R3C
RTW28-5R4C
RTW48-3R2C
300W
Current
(A)
70
60
25
20
13(Peak 20)
11
6.5
With cover
Part No.
RTW03-70RH
RTW05-60RH
RTW12-25RH
RTW15-20RH
RTW24-13RH
RTW28-11RH
RTW48-6R5H
• Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific
bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications.
• All specifications are subject to change without notice.
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RTW50W Type
SPECIFICATIONS AND STANDARDS
Without cover
Part No.
With cover
L type
Rated output voltage and current
∗
1
Maximum output power
W
Input conditions
Input voltage Eac
V
Input frequency
Hz
Input current
A
Fuse rating
A
Surge current
A
Leakage current
mA
Power factor
%
100V
Efficiency
%
200V
Output characteristics
Output voltage Edc
V
Voltage variable range Edc
V
Maximum output current
A
Minimum output current
A
Overvoltage threshold
∗
2
V
Overcurrent threshold
A
Source effect
%
Load effect
%
Voltage
Temperature effect
%
stability
Drift(Time effect)
%
Recovery
%
mV
Ripple Ep-p
∗
2
∗
2
mV
Ripple noise Ep-p
ms
Start up time
∗
3
Hold up time
ms
Maximum load capacitor
µF
Auxiliary functions
Indicator display
Overvoltage protection
Overcurrent protection
Remote ON-OFF
Remote sensing
Parallel operation
Series operation
Current balance
Output voltage external variable function
Master slave operation
Standards
Safety standards
RTW03-12R
RTW03-12RC
RTW03-12RL
3.3V • 12.5A
41.2
RTW05-10R
RTW05-10RC
RTW05-10RL
5V • 10A
50
RTW12-4R3
RTW12-4R3C
RTW12-4R3L
12V • 4.3A
51.6
RTW15-3R5
RTW15-3R5C
RTW15-3R5L
15V • 3.5A
52.5
RTW24-2R2
RTW24-2R2C
RTW24-2R2L
24V • 2.2A
52.8
RTW28-1R8
RTW28-1R8C
RTW28-1R8L
28V • 1.8A
50.4
RTW48-1R1
RTW48-1R1C
RTW48-1R1L
48V • 1.1A
52.8
85 to 265[Rated: 100-240]
47 to 66[Rated: 50-60](Single phase)
0.7max./0.4max.[AC.100-120/200-240V](3.3V: 0.6max./0.3max.)
2[Built-in]
14typ./28typ.[AC.100/200V, 1st surge current, 25°C, cold start]
0.45max./0.6max.[AC.100(Electrical Appliance and Material Safety Law)/240V(UL, IEC)]
0.99/0.94typ.[AC.100/240V]
75typ.
80typ.
81typ.
82typ.
82typ.
82typ.
77typ.
82typ.
83typ.
85typ.
85typ.
85typ.
82typ.
85typ.
3.3
5
12
15
24
28
48
2.6 to 4.0
4.0 to 5.8
9.6 to 13.2
12.0 to 16.5
19.2 to 26.4
22.4 to 30.8
38.4 to 52.8
12.5
10
4.3
3.5
2.2
1.8
1.1
0
0
0
0
0
0
0
4.2 to 5.2
6.0 to 6.9
13.7 to 15.7
17.0 to 19.0
27.0 to 30.5
32.0 to 35.0
55.0 to 60.0
13.2 to 15.6
10.5 to 12.5
4.5 to 5.4
3.68 to 4.38
2.3 to 2.75
1.9 to 2.25
1.15 to 1.38
0.2max.(0.1typ.)[Within the input voltage range]
0.4max.(0.2typ.)[0 to 100% load]
Total effect±1.8max.(±0.9typ.)
1.0max.(0.5typ.)[Ambient temperature: –10 to +71°C]
0.5max.(0.2typ.)[25°C, input and output ratings, after input voltage ON for 30min to 8h]
±4max.[50 to 100% sudden load change, tr, tf 50µs]
80max.
80max.
100max.
100max.
150max.
150max.
200max.
120max.
120max.
150max.
150max.
200max.
200max.
300max.
500max.(400typ.)/300max.(200typ.)[AC.100/240V]
20min.(30typ.)
10000
LED(Green) indicates when voltage output is ON.
Output voltage shut-down type, recovers upon reset(interval approx.30s)
Rectangular type, automatic recovery.
Yes (An internal switch for toggling between on and off is provided.)
Yes
Impossible
Possible
No
No
No
UL60950-1, CSA 60950-1(C-UL), EN60950-1(TÜV) approved, Electrical Appliance and Material Safety Law
("DENAN") (Compliant with creepage surface and air clearance in Attachment 8) meet.
FCC-Class B, VCCI-Class B, EN55011-B, EN55022-B meet.
EN50082-2, EN50082-2, EN61000-4-2, 3, 4, 5, 6, 8, 11 meet.
EN61000-3-2 meet.
FCC-Class FCC-Class B, VCCI-Class B, EN55011-B, EN55022-B meet.
Noise terminal voltage
Immunity
Input harmonics current requirement
Radiation field intensity
Constructions
External dimensions
mm
82
×
22
×
124[H
×
W
×
L]
Weight
g
290max.
Mounting method
Can be attached to 2 sides, 3 directions
Case material
Frame: Aluminum, circuit board: CEM-3
∗
1
Current rating(maximum output current) is determined for –10 to +40°C. Derating is required when used outside this temperature range.
∗
2
Multiply by 1.5 for use at 100 MHz in a temperature range of –10 to 0°C.
∗
3
There will be a decrease in output voltage during cold starts in a temperature range of –20 to 0°C. It may take up to three seconds for the voltage to
stabilize.
• All specifications are subject to change without notice.
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RTW50W Type
WITH COVER TYPE
SHAPES AND DIMENSIONS
Cover
(16.9)
(13.1)
2-M4×6L
Short piece
(39.1) (10.2) (8.62)
(8.4)
+S
+
67.5±0.5
Label
Label
For mounting 2-M4×0.7
98.5±0.5
6
For mounting 2-M3×0.5
12.8
–
(77.52)
(82)
–S
+RC
–RC
G
L
8.5
22
N
7-M3×6L
(22)
(10.7)
15max.
124
Label
Cover
(78.3)
Short block
P.W.B.
Frame
(6.62)
(7.62)
82
105.6±0.5
5
Dimensions in mm
±1mm : without specified dimensions
• Do not insert installation screws more than 6mm into the power supply.
TERMINAL DESIGNATIONS AND FUNCTIONS
8
7
+S
+
9
6
5
4
3
2
1
–
–S
+RC
–RC
G
L
N
Terminal No.
1
2
3
4
5
6
7
8
9
Designations and functions
AC input terminal(N)
AC input terminal(L)
Frame ground terminal(G)
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to earth ground. This is connected to the case.
The output voltage can be turned on and off from an external source by inputting the external signal
Remote ON-OFF terminals(+RC, –RC)
between these terminals. RC terminals are floating.
These terminals are used to compensate voltage loss from the output terminal to a load.
Remote sensing terminals(+S, –S)
DC output terminals are shorted with a metal bar.
DC output terminal(+, –)
Connect to load.
Adjusts output voltage.
Output voltage adjustment trim(V.
ADJ
)
Turn clockwise to increase the voltage.
Operation indicator LED(Green)
This Green LED becomes indicated when voltage is output.
Turn the remote on/off switch located at the center of the power supply to "Y" (clockwise) to enable
Remote ON-OFF switch
the remote control.
• All specifications are subject to change without notice.
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RTW50W Type
WITHOUT COVER TYPE
SHAPES AND DIMENSIONS
15max.
2-M4×6L
Short piece
Short block
(39.1) (10.2) (8.62)
+S
+
(10.7)
124
Output voltage adjustment trim
Output voltage ON indicator
Remote control switch
(78.98)
(78.43)
(82)
+RC
–RC
G
L
N
Label
Label
98.5±0.5
Label
Label
2-M4×0.7
P.W.B.
Frame
(7.62)
(6.62)
(13.1)
(22)
2-M3×0.5
8.5
6
12.8
22
7-M3×6L
82
–S
67.5±0.5
–
(8.4)
105.6±0.5
5
Dimensions in mm
±1mm : without specified dimensions
• Do not insert installation screws more than 6mm into the power supply.
TERMINAL DESIGNATIONS AND FUNCTIONS
8
7
+S
+
9
6
5
4
3
2
1
–
–S
+RC
–RC
G
L
N
Terminal No.
1
2
3
4
5
6
7
8
9
Designations and functions
AC input terminal(N)
AC input terminal(L)
Frame ground terminal(G)
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to earth ground. This is connected to the case.
The output voltage can be turned on and off from an external source by inputting the external signal
Remote ON-OFF terminals(+RC, –RC)
between these terminals. RC terminals are floating.
These terminals are used to compensate voltage loss from the output terminal to a load.
Remote sensing terminals(+S, –S)
DC output terminals are shorted with a metal bar.
DC output terminal(+, –)
Connect to load.
Adjusts output voltage.
Output voltage adjustment trim(V.
ADJ
)
Turn clockwise to increase the voltage.
Operation indicator LED(Green)
This Green LED becomes indicated when voltage is output.
Turn the remote on/off switch located at the center of the power supply to "Y" (clockwise) to enable
Remote ON-OFF switch
the remote control.
• All specifications are subject to change without notice.
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RTW50W Type
L TYPE(WITHOUT TOP-FACING TERMINAL BLOCK COVER)
SHAPES AND DIMENSIONS
4max.
134.5
Output voltage ON indicator
Output voltage adjustment trim
Insulation block
2-M4×6L
Remote control switch
Label
P.W.B.
Frame
UP
+
–
(77.9)
–S
+RC
–RC
G
L
N
(79.21)
(39.1) (10.2) (8.62)
+S
67.5±0.5
(7)
7-M3×6L
Short piece
Short block
Label
98.5±0.5
Label
2-M4×0.7
Label
2-M3×0.5
8.5
6
12.8
(6.68)
(7.62)
22
82
105.6±0.5
5
Dimensions in mm
±1mm : without specified dimensions
• Do not insert installation screws more than 6mm into the power supply.
TERMINAL DESIGNATIONS AND FUNCTIONS
7
8
+S
+
9
6
5
4
3
2
1
–
–S
+RC
–RC
G
L
N
Terminal No.
1
2
3
4
5
6
7
8
9
Designations and functions
AC input terminal(N)
AC input terminal(L)
Frame ground terminal(G)
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to AC.100 to 120V or AC. 200 to 240V input line.
Connect to earth ground. This is connected to the case.
The output voltage can be turned on and off from an external source by inputting the external signal
Remote ON-OFF terminals(+RC, –RC)
between these terminals. RC terminals are floating.
These terminals are used to compensate voltage loss from the output terminal to a load.
Remote sensing terminals(+S, –S)
DC output terminals are shorted with a metal bar.
DC output terminal(+, –)
Connect to load.
Adjusts output voltage.
Output voltage adjustment trim(V.
ADJ
)
Turn clockwise to increase the voltage.
Operation indicator LED(Green)
This Green LED becomes indicated when voltage is output.
Turn the remote on/off switch located at the center of the power supply to "Y" (clockwise) to enable
Remote ON-OFF switch
the remote control.
• All specifications are subject to change without notice.
004-02 / 20060214 / ea111_rtw.fm
Microcontroller MCU
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