V10
︳
Features
* Miniature Size
* Universal Input: 90~264Vac
* EMI Meets EN55022 Class B and
CISPR/FCC Class B
* Continuous Short Circuit Protection
* Over Voltage Protection
* Meet CoC V5 Tier 2 & DoE Level VI
(Output Cable Length
≦
1800mm)
(TRE25RD050:Output Cable Length
≦
1220mm)
* No Load Power Consumption<75mW
TRE25RD SERIES
25W SWITCHING
ADAPTER
Ordering information
TRE25RDXXX -
X
AC Plug Type
A: USA 2 Pin
E: Europe 2 Pin
U: British 3 Pin
S: Australia 2 Pin
XX
DC Plug Type
G
XX
Model No.
UL 1571 WITH OVP DC Cable Length and Type
01: 720mm
02: 1220mm
03: 1800mm
11: 720mm with Ferrite Core
12: 1220mm with Ferrite Core
13: 1800mm with Ferrite Core
* 20AWG / UL1571 or Equivalent
* 16AWG / UL1571 for Vo:5V or Equivalent
MODEL
TRE25RD050
TRE25RD120
TRE25RD150
TRE25RD180
TRE25RD240
OUTPUT
VOLTAGE
5V
12V
15V
18V
24V
OUTPUT
CURRENT
4A
2.1A
1.67A
1.4A
1.05A
RIPPLE &
NOISE
NOTE 1
50mVp-p
1%
1%
1%
1%
VOLTAGE
ACCURACY
NOTE 2
±2%
±2%
±2%
±2%
±2%
LINE
REGULATION
NOTE 3
±1%
±1%
±1%
±1%
±1%
LOAD
REGULATION
NOTE 4
±6%
±5%
±3%
±2%
±2%
AVG.ERAGE
EFF. min.
83.7%
87.0%
87.0%
87.0%
87.0%
Specifications are subject to change without notice.
1
V10
Specifications
INPUT SPECIFICATIONS:
Voltage …....………........…........................................... 90~264Vac
Frequency ………………………………………….……………..... 47 to 63Hz
Input Current ………………….……………................... 0.7A max.
Inrush Current ………………….……………................... 60A max. @240Vac
Conducted EMI …………………………….…………... CISPR/FCC Class B
Leakage Current …………………………………………………. 0.25mA max.
TRE25RD Series Derating Curve
OUTPUT SPECIFICATIONS:
Holdup Time ……………………………………………… 10ms typ. @115Vac
Short Circuit Protection …………….………..… Continuous(Auto Recovery)
Over Voltage Protection …………………................ IC Component to Clamp
Temperature Coefficient ……………………............................… ±0.05%/℃
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 ………………………….………………….. 65KHz typ.
MTBF …….… MIL-HDBK-217F, GB, 25℃/115VAC ……..… 300K hrs min.
Altitude ………………………………………………………………….. 2000m
Life time …….… Ambient 40degC 75% Load …………………….… >3years
Dimensions ……….….. 2.835x2.244x1.299Inches (72.00x57.0x33.00mm)
Weight ………………………………………………….…… 140g(0.31 Pounds)
SAFETY AND EMC:
Emission and lmmunity ……….… EN55022 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 100% full load and from 60% to
20% load (60% +/- 40% full load).
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
:
TRE25RD240-49G01-Level-VI TRE25RD150-01G03-Level-VI TRE25RD050-39G01-Level-VI TRE25RD150-02G03-
Level-VI TRE25RD240-11G12-Level-VI TRE25RD120-35G01-Level-VI TRE25RD240-01G11-Level-VI TRE25RD180-
11G02-Level-VI TRE25RD150-02G11-Level-VI TRE25RD240-12G11-Level-VI TRE25RD240-40G03-Level-VI
TRE25RD240-39G12-Level-VI TRE25RD240-11G11-Level-VI TRE25RD120-48G12-Level-VI TRE25RD050-39G02-
Level-VI TRE25RD120-12G03-Level-VI TRE25RD120-49G12-Level-VI TRE25RD050-49G11-Level-VI TRE25RD240-
02G02-Level-VI TRE25RD240-35G01-Level-VI TRE25RD050-35G03-Level-VI TRE25RD120-35G13-Level-VI
TRE25RD120-39G13-Level-VI TRE25RD050-40G13-Level-VI TRE25RD120-02G11-Level-VI TRE25RD050-40G12-
Level-VI TRE25RD240-40G11-Level-VI TRE25RD120-36G11-Level-VI TRE25RD150-11G12-Level-VI TRE25RD240-
49G02-Level-VI TRE25RD150-01G11-Level-VI TRE25RD150-02G01-Level-VI TRE25RD050-39G12-Level-VI
TRE25RD240-12G12-Level-VI TRE25RD050-39G13-Level-VI TRE25RD050-40G02-Level-VI TRE25RD240-39G13-
Level-VI TRE25RD120-40G13-Level-VI TRE25RD050-35G01-Level-VI TRE25RD180-11G03-Level-VI TRE25RD240-
11G03-Level-VI TRE25RD180-12G11-Level-VI TRE25RD120-39G12-Level-VI TRE25RD050-12G03-Level-VI
TRE25RD240-12G01-Level-VI TRE25RD150-12G12-Level-VI TRE25RD120-36G01-Level-VI TRE25RD240-39G11-
Level-VI TRE25RD050-02G02-Level-VI TRE25RD150-01G12-Level-VI TRE25RD050-49G12-Level-VI TRE25RD150-
12G11-Level-VI TRE25RD050-12G11-Level-VI TRE25RD180-01G01-Level-VI TRE25RD120-11G11-Level-VI
TRE25RD050-39G11-Level-VI TRE25RD240-49G11-Level-VI TRE25RD240-12G02-Level-VI TRE25RD050-40G03-
Level-VI TRE25RD240-48G13-Level-VI TRE25RD050-11G01-Level-VI TRE25RD120-11G01-Level-VI TRE25RD150-
11G02-Level-VI TRE25RD120-12G01-Level-VI TRE25RD120-02G02-Level-VI TRE25RD180-12G01-Level-VI
TRE25RD180-02G01-Level-VI TRE25RD120-40G01-Level-VI TRE25RD050-11G02-Level-VI TRE25RD120-11G12-
Level-VI TRE25RD120-39G03-Level-VI TRE25RD240-12G13-Level-VI TRE25RD050-40G01-Level-VI TRE25RD120-
01G12-Level-VI TRE25RD050-02G01-Level-VI TRE25RD050-02G11-Level-VI TRE25RD240-48G03-Level-VI
TRE25RD050-36G03-Level-VI TRE25RD150-12G03-Level-VI TRE25RD240-01G02-Level-VI TRE25RD120-49G03-
Level-VI TRE25RD050-36G11-Level-VI TRE25RD120-01G01-Level-VI TRE25RD240-36G13-Level-VI TRE25RD120-
40G03-Level-VI TRE25RD180-01G03-Level-VI TRE25RD120-40G02-Level-VI TRE25RD150-02G02-Level-VI
TRE25RD240-39G03-Level-VI TRE25RD150-12G13-Level-VI TRE25RD240-49G12-Level-VI TRE25RD050-49G03-
Level-VI TRE25RD180-11G11-Level-VI TRE25RD050-11G12-Level-VI TRE25RD240-02G03-Level-VI TRE25RD240-
01G13-Level-VI TRE25RD120-39G11-Level-VI TRE25RD120-39G01-Level-VI TRE25RD120-49G13-Level-VI
TRE25RD120-48G03-Level-VI
FPGA/CPLD
