V11
︳
Features
* Universal Input Range 90~264Vac
* Meets EN55032 Class B and CISPR/FCC Class B
* Continuous Short Circuit Protection
* Over Voltage Protection
*
Meet CoC Tier 2 & DoE Level VI
(Output Cable Length
≦
1800mm)
* No Load Power Consumption<75mW
TRE15 SERIES
15W SWITCHING
ADAPTER
Ordering information
TRE15XX - x
Model No.
A: USA 2 Pin
E: Europe 2 Pin
U: British 3 Pin
-XX
G
XX
01: 720mm
02: 1220mm
03: 1800mm
11: 720mm with Ferrite Core
12: 1220mm with Ferrite Core
13: 1800mm with Ferrite Core
* 20AWG for 5V, UL1571 or Equivalent
* 18AWG for 9V, UL1571 or Equivalent
* 24AWG for 12V, 15V, 24V, UL1571 or Equivalent
AC Plug Type DC Plug Type UL1571 WITH OVP DC Cable Length and Type
OUTPUT
MODEL
TRE15050
TRE15090
TRE15120
TRE15150
TRE15240
VOLTAGE
5V
9V
12 V
15 V
24 V
OUTPUT
CURRENT
2.0 A
1.4 A
1.0 A
1.0 A
0.63 A
RIPPLE &
NOISE
NOTE 1
VOLTAGE
ACCURACY
NOTE 2
LINE
REGULATION
NOTE 3
LOAD
REGULATION
NOTE 4
AVERAGE
EFFICENCY min.
NOTE 5
50mVp-p
90mVp-p
100mVp-p
100mVp-p
100mVp-p
±2%
±2%
±2%
±2%
±2%
±1%
±1%
±1%
±1%
±1%
±4%
±2%
±2%
±2%
±2%
79.0%
83.5%
83.3%
84.5%
84.5%
Specifications are subject to change without notice.
1
V11
Specifications
INPUT SPECIFICATIONS:
Rated Load(%)
Voltage …....………........…......................................................... 90~264Vac
Frequency ………………………………………….……………....... 47 to 63Hz
Input Current ………………….……………..................................... 0.5A max.
Inrush Current ……….................... Cold Start @25℃ 50A max. @ 240Vac
Leakage Current …………………………………………….……. 0.25mA max.
TRE15 Series Derating Curve
Natural Convection
100%
80%
60%
40%
20%
0%
-20 -10
T RE15050, 090,120
T RE15150, 240
OUTPUT SPECIFICATIONS:
Hold-up Time ………….…………………..……………. 10ms typ. @115Vac
Short Circuit Protection ……………….….…… Continuous(Auto Recovery)
Over Voltage Protection ……………….................... IC Component to Clamp
Temperature Coefficient …………………….................................. ±0.05%/℃
0
10 20 30 40 50 60
o
Ambient Temperature( C)
70
80
GENERAL SPECIFICATIONS:
Isolation ……….……………………...……..…… Input to output = 3,000VAC.
Operating Temperature ................................. -20~ 60℃(see derating curve)
Storage Temperature ……………………………...….......……........ -20~85℃
Humidity .................................................... 93% RH max. Non condensing
Cooling ………………………………….………………… Natural Convection
Switching Frequency ………… Full Load ……...………… 115V/85KHz typ.
.230V/65KHz
typ
MTBF ….…… MIL-HDBK-217F, GB, at 25℃/115VAC …....…. 330Khrs min.
Altitude ……………………..…………………………….……..……….. 5000m
Dimensions ………...…. 2.795x1.906x1.299 inches (71.00x48.4x33.00mm))
Weight ……………………………………………………… 100g(0.22 Pounds)
SAFETY AND EMC:
Emission and Immunity ……........ EN55032 Class B, FCC Part 15 Class B
EN61000-6-3, EN61000-3-2, EN61000-3-3
EN55024, EN61204-3, EN61000-6-1
Safety …………………….… Class II, IEC60950-1, EN60950-1, UL60950-1
NOTE:
1. Add a 0.1uF ceramic capacitor and a 10uF E.L. capacitor to output for
ripple & noise measuring @20MHz BW.
2. Voltage setpoint at 60% full load.
3. Line regulation measured from 100Vac to 240Vac full load.
4. Load regulation measured from 60% to full load and from 60% to
20% load (60% +/- 40% load).
5. Average Efficiency measured at 25%,50%,75%,100% load and input
voltage is 115Vac/230Vac.
Mechanical Specification
Typical at 25˚C, nominal line and 75% load, unless otherwise Specified
2
Mouser Electronics
Authorized Distributor
Click to View Pricing, Inventory, Delivery & Lifecycle Information:
Cincon
:
TRE15090-U-12G01-Level-VI TRE15150-E-12G12-Level-VI TRE15120-E-23G11-Level-VI TRE15240-A-48G13-
Level-VI TRE15050-E-11G13-Level-VI TRE15090-U-01G13-Level-VI TRE15240-A-11G12-Level-VI TRE15050-U-
11G13-Level-VI TRE15050-A-01G02-Level-VI TRE15240-A-40G01-Level-VI TRE15090-U-01G02-Level-VI
TRE15120-E-11G11-Level-VI TRE15050-A-49G02-Level-VI TRE15120-U-11G12-Level-VI TRE15090-A-11G03-Level-
VI TRE15240-A-39G02-Level-VI TRE15120-A-49G01-Level-VI TRE15050-A-11G02-Level-VI TRE15090-E-02G12-
Level-VI TRE15090-A-02G12-Level-VI TRE15120-A-39G11-Level-VI TRE15240-A-36G02-Level-VI TRE15050-A-
39G01-Level-VI TRE15150-A-12G03-Level-VI TRE15090-A-02G02-Level-VI TRE15090-E-01G11-Level-VI
TRE15240-A-35G12-Level-VI TRE15120-E-23G12-Level-VI TRE15150-A-24G11-Level-VI TRE15050-A-48G03-Level-
VI TRE15120-U-12G12-Level-VI TRE15120-A-01G13-Level-VI TRE15050-E-11G03-Level-VI TRE15050-U-02G02-
Level-VI TRE15240-E-12G11-Level-VI TRE15050-E-12G12-Level-VI TRE15090-E-11G03-Level-VI TRE15090-A-
11G11-Level-VI TRE15050-E-12G02-Level-VI TRE15120-E-11G13-Level-VI TRE15120-A-49G02-Level-VI
TRE15050-A-39G02-Level-VI TRE15090-A-11G13-Level-VI TRE15050-A-35G02-Level-VI TRE15050-A-35G03-Level-
VI TRE15120-A-39G02-Level-VI TRE15090-E-01G02-Level-VI TRE15150-A-12G01-Level-VI TRE15240-E-12G01-
Level-VI TRE15050-E-02G02-Level-VI TRE15050-U-11G03-Level-VI TRE15120-U-12G11-Level-VI TRE15090-A-
02G11-Level-VI TRE15240-A-11G01-Level-VI TRE15120-A-39G03-Level-VI TRE15090-U-12G02-Level-VI
TRE15090-A-12G01-Level-VI TRE15090-E-02G03-Level-VI TRE15050-A-02G02-Level-VI TRE15090-U-12G03-Level-
VI TRE15240-A-48G01-Level-VI TRE15090-E-02G02-Level-VI TRE15050-A-36G01-Level-VI TRE15050-A-02G12-
Level-VI TRE15050-U-02G01-Level-VI TRE15090-U-02G12-Level-VI TRE15240-E-12G12-Level-VI TRE15050-E-
12G13-Level-VI TRE15050-E-02G13-Level-VI TRE15240-A-35G13-Level-VI TRE15090-E-01G13-Level-VI
TRE15240-A-35G03-Level-VI TRE15090-A-01G11-Level-VI TRE15090-E-12G12-Level-VI TRE15050-A-02G13-Level-
VI TRE15050-U-11G02-Level-VI TRE15050-A-36G12-Level-VI TRE15150-A-12G02-Level-VI TRE15120-A-48G02-
Level-VI TRE15120-U-12G13-Level-VI TRE15090-U-11G01-Level-VI TRE15050-U-01G02-Level-VI TRE15240-A-
26G13-Level-VI TRE15050-E-02G01-Level-VI TRE15120-A-41G12-Level-VI TRE15090-E-11G12-Level-VI
TRE15120-A-11G01-Level-VI TRE15050-E-01G01-Level-VI TRE15120-A-49G12-Level-VI TRE15120-A-40G13-Level-
VI TRE15120-E-23G03-Level-VI TRE15050-A-01G03-Level-VI TRE15090-U-11G11-Level-VI TRE15050-E-02G03-
Level-VI TRE15050-U-01G12-Level-VI TRE15090-U-11G12-Level-VI TRE15090-E-02G13-Level-VI TRE15150-A-
24G12-Level-VI TRE15120-A-11G11-Level-VI TRE15240-A-26G11-Level-VI
FPGA/CPLD
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