Over 15 years experience of providing support of MEAN WELL Power Supplies
Overview
DCWN03E-15 is the ±15V output model of this series: rated power 3W, typical efficiency 80%.
SCWN03 and DCWN03 series are 3W isolated and regulated module type DC-DC converter with DIP24 package. It features international standard pins, a high efficiency up to 87%, wide working temperature range -40~+ 90℃, 3 KVDC I/P-O/P isolation voltage, Compliance to BS EN/EN55032 radiated Class A without additional components, continuous-mode short circuit protection, etc. The additional components, models account for different input voltage 4.5~9V, 9~18V, 18~36V and 36~72V 2:1 wide input range, and various output voltage, 3 . 3V /5V/12V/15V for single output and ±5V/±12V/±15V for dual outputs, which are suitable for all kinds of systems, s uch as industrial control, telecommunication field, distributed power architecture, and so on.
Features
- DIP24 package with industry standard pinout
- 2:1 wide input range
- Operating temperature range -40 ~ +90℃
- No minimum load required
- Comply to BS EN/EN55032 radiated Class A without additional components
- High efficiency up to 87%
- Protections: Short circuit (Continuous) / Overload / Input under voltage
- 3KVDC I/O isolation
- 3 years warranty
Specifications
MODEL SELECTION TABLE
- INPUT VOLTAGE (RANGE)
- 5V (4.5 ~ 9V)
- INPUT CURRENT NO LOAD
- 25mA
- INPUT CURRENT FULL LOAD
- 750mA
- OUTPUT VOLTAGE
- ±15V
- OUTPUT CURRENT
- ±0 ~ 100mA
- EFFICIENCY (TYP.)
- 80%
- CAPACITOR LOAD (MAX.)* For each output
- *1000μF
INPUT
- VOLTAGE RANGE
- 4.5~9Vdc ,
- SURGE VOLTAGE (100ms max.)
- 5Vin models : 10Vdc ; 12Vin models : 25Vdc ; 24Vin models : 50Vdc ; 48Vin models : 100Vdc
- FILTER
- Pi type
- PROTECTION
- Fuse recommended. 5Vin models: 1.5A Fast-Acting Type, 12Vin models: 0.8A Fast-Acting Type, 24Vin models: 0.5A Fast-Acting Type, 48Vin models: 250mA Fast-Acting Type
- INTERNAL POWER DISSIPATION
- 500mW
OUTPUT
- VOLTAGE ACCURACY
- ±1.5%
- RATED POWER
- 3W
- RIPPLE & NOISENote.2
- 50mVp-p
- LINE REGULATIONNote.3
- ±0.5%
- LOAD REGULATIONNote.4
- Single output models:±0.5%, Dual output models:±1%
- SWITCHING FREQUENCY (Min.)
- 100KHz
PROTECTION
- SHORT CIRCUIT
- Protection type : Continuous, automatic recovery
- OVERLOAD
- 120 ~ 250% rated output power Protection type : Recovers automatically after fault condition is removed
- UNDER VOLTAGE LOCKOUT Start-up voltage
- 5Vin: 4.4Vdc, 12Vin: 8.8Vdc, 24Vin: 17Vdc, 48Vin: 34Vdc
- UNDER VOLTAGE LOCKOUT Shutdown voltage
- 5Vin: 4.2Vdc, 12Vin: 8Vdc, 24Vin: 16Vdc, 48Vin: 31Vdc
ENVIRONMENT
- COOLING
- Free-air convection
- WORKING TEMP.
- -40 ~ +90℃ (Refer to "Derating Curve")
- CASE TEMPERATURE
- +100℃ max.
- WORKING HUMIDITY
- 20% ~ 90% RH non-condensing
- STORAGE TEMP., HUMIDITY
- -40 ~ +105℃, 10 ~ 95% RH non-condensing
- TEMP. COEFFICIENT
- 0.03% / ℃ (0 ~ 85℃)
- SOLDERING TEMPERATURE
- 1.5mm from case of 1 ~ 3sec./260℃ max.
- VIBRATION
- 10 ~ 500Hz, 2G 10min./1cycle, period for 60min. each along X, Y, Z axes
SAFETY & EMC ( Note.5)
- SAFETY STANDARDS
- EAC TP TC 020/2011 approved
- WITHSTAND VOLTAGE
- I/P-O/P:3KVDC
- ISOLATION RESISTANCE
- I/P-O/P:100M Ohms / 500VDC / 25℃/ 70% RH
- ISOLATION CAPACITANCE (Typ.)
- 250pF
- EMC EMISSION
-
Parameter Standard Test Level Conducted BS EN/EN55032(CISPR32) N/A Radiated BS EN/EN55032(CISPR32) Class A - EMC IMMUNITY
-
Parameter Standard Test Level ESD BS EN/EN61000-4-2 Level 2, ±8KV air, ±4KV contact Radiated Susceptibility BS EN/EN61000-4-3 Level 2, 3V/m EFT/Bursts BS EN/EN61000-4-4 Level 1, 0.5KV Surge BS EN/EN61000-4-5 Level 1, 0.5KV Line-Line Conducted BS EN/EN61000-4-6 Level 2, 3V(e.m.f.) Magnetic Field BS EN/EN61000-4-8 Level 2, 3A/m
OTHERS
- MTBF
- 2500Khrs MIL-HDBK-217F(25℃)
- DIMENSION (L*W*H)
- 31.8*20.3*10.2mm (1.25*0.8*0.4 inch)
- CASE MATERIAL
- Non-Conductive black plastic (UL 94V-0 rated)
- PACKING
- 12.3g ; 10pcs/per tube, 600pcs/60 tube/per carton
Test conditions and notes5
- 1.All parameters are specified at normal input(E:5Vdc, A:12Vdc, B:24Vdc, C:48Vdc), rated load, 25℃ 70% RH ambient.
- 2.Ripple & noise are measured at 20MHz by using a 12" twisted pair terminated with a 0.1μf & 47μf capacitor.
- 3.Line regulation is measured from low line to high line at rated load.
- 4.Load regulation is measured from 10% to 100% rated load for SCWN03, 25% to 100% rated load for DCWN03.
- 5.The final equipment must be re-confirm that it still meet EMC directives. For guidance on how to perform these EMC tests, please refer to “EMI testing of component power supplies.”(as available on http://www.meanwell.com)
Technical drawings
Typical applications
- Telecom/ datacom system
- Wireless network
- Industrial control facility
- Instrument
- Analyzer
- Detector
- Data switch
Downloads
FAQ
What is the DCWN03E-15 typically used for?
The Mean Well DCWN03E-15 is typically used as a compact isolated DC-DC converter when a 4.5-9V DC input must be converted to a regulated ±15V dual output. With 3W rated power and up to 100mA per output, it is intended for low-power ±15V auxiliary and control applications.
Is the DCWN03E-15 suitable for generating a small 15V rail from low-voltage DC input?
Yes. The DCWN03E-15 converts a 4.5-9V DC input to a ±15V dual output at up to 100mA per output, making it suitable for low-power ±15V circuits that fit within its 3W output capability.
What design features make the DCWN03E-15 useful in embedded or industrial electronics?
The DCWN03E-15 offers a DIP24 package, 3KVDC input-to-output isolation, no minimum load requirement, and 80% typical efficiency. Those features make it useful in compact isolated electronics designs.
Can the DCWN03E-15 operate in demanding temperature conditions?
Yes. Its published operating temperature range is -40°C to +90°C, which makes it suitable for a broad range of industrial and embedded environments when the overall system design stays within rated limits.
How does the DCWN03E-15 compare with the other 03E models?
The DCWN03E-15 is the ±15V output member of the 3W 03E group, while the DCWN03E-05 and DCWN03E-12 provide ±5V and ±12V outputs from the same 4.5-9V input class. Selection mainly depends on which output voltage your low-power circuit requires.
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