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ABES DIB15 Series 15W 8:1 Ultra Wide Input DIP 2x1 Isolated DC-DC Converter

15W 8:1 Input 2"x1" Isolated DC-DC Converter

DIB15 Series

DIP 2"x 1" package with standard pinout

8:1 Wide input range

High efficiency up to 86%

No minimum load required

No external components required internal filtering

Power saving load for high efficiency at light load

Overload protection, UVLO & Short circuit protection

3000Vdc I/O isolation

Low cost

ABES technology co., ltd.

 

INPUT

 

Item

Conditions

 

Voltage Range

9~75V

 

Surge Voltage(100ms max.)

9-75 Vin models: 100Vdc

 

Filter

Pi network

 

Protection

Fuse recommended (see page 6 )

 

Under Voltage Lockout

Start-up voltage8.8 Vdc

 

Shutdown voltage8 Vdc

 

Remote Control

(see page 4)

 

OUTPUT

 

Item

Conditions

 

Voltage Accuracy

±2% max.

 

Rated Power

15W

 

Ripple & Noise1

150mVp-p max.

 

Line Regulation2

±0.5%

 

Load Regulation3

±0.5% for other output

±1% for 3.3Vdc output

 

Cross Regulation

±5%

Dual : asymmetrical load 25%/100% FL

 

Switching Frequency

300KHz typ.(PWM)

 

PROTECTION

 

Item

Conditions

 

Short Circuit

Protection type: continuous, recovery

 

Overload

110%~230%

 

Protection type: recovers automatically after fault condition is removed

 

Over Voltage

Clamp by TVS diodes

 

ENVIRONMENTAL

 

Item

Conditions

 

Cooling

Free-air convection

 

Working Temperature

-40~ +85°C (refer toDerating Curve)

 

Case Temperature

+110 °C max.

 

Working Humidity

5% ~ 95% RH non-condensing

 

Storage Temp., Humidity

-55 ~ +125°C,10 ~ 95% RH non-condensing

 

Temperature Coefficient

±0.05% / °C

 

Soldering Temperature

1.5mm from case of 3~5 sec./265°C(max.)

 

Vibration

10~500Hz, 2G 10min./1cycle, period for 60 min. each along X, Y, Z axes

 

SAFETY & EMC

 

Item

Conditions

 

Isolation Voltage

I/P-O/P3KVdc for 60 seconds

 

Isolation Resistance

I/P-O/P : 1000M Ohms / 500VDC / 25°C / 70% RH

 

Isolation Capacitance

1000pF typ.

 

 

EMC Emission

Parameter

Standard

Test Level / Note

 

Conducted

EN55032(CISPR32)

N/A

 

Radiated

EN55032(CISPR32)

Class A

 

 

EMC Immunity

 

 

 

EMC Immunity

Parameter

Standard

Test Level / Note

 

ESD

BS IEC 61000-4-2

Contact ±4KV

 

Radiated Susceptibility

BS IEC 61000-4-3

3V/m

 

EFT/Burst

BS IEC 61000-4-4

±0.5KV

 

Surge

BS IEC 61000-4-5

Line-Line ±0.5KV

 

Conducted

BS IEC 61000-4-6

3Vrms

 

Magnetic field immunity

BS IEC 61000-4-8

1A/m

 


OTHERS

Item

Conditions

MTBF4

>860,000Hours

Weight

29.0g typ.

Dimension(L*W*H)

50.8mm*25.4mm*11.2mm

Case Material

Six-side shielded case

Note:

1 Ripple & noise are measured at 20MHz BW with 1uF ceramic capacitor connect to the output pins.

2 High line to low line.

3 MIL-HDBK-217F @25 °C, Ground Benign.

*All specifications are measured at Ta=25°C, humidity < 75%, nominal input voltage, and rated output load unless otherwise specified.

 

 

 

 

ABES technology co., ltd.

 

MODEL SELECTION TABLE: 8:1 1W

 Model Number

Input

Output

Efficiency (%)

Capacitor Load

 (Max.)

Voltage (VDC)

Current (mA)

Voltage (VDC)

Current

(mA)

Nominal

Range

No Load

Full Load

DIB15-W48S03.3(R)

 

 

 

48

 

 

 

9-75

10

679

3.3

0~4000

81

680uF

DIB15-W48S05(R)

10

744

5

0~3000

84

680uF

DIB15-W48S09(R)

10

727

9

0~1666

86

470uF

DIB15-W48S12(R)

15

727

12

0~1250

86

330uF

DIB15-W48S15(R)

15

727

15

0~1000

86

220uF

DIB15-W48S24(R)

15

727

24

0~625

86

100uF

DIB15-W48D05(R)

 

48

 

9-75

10

744

±5

±0~1500

84

±330uF

DIB15-W48D12(R)

15

727

±12

±0~625

86

±150uF

DIB15-W48D15(R)

15

727

±15

±0~500

86

±100uF

 

The ABES DIB15 Series is a high-performance 15W Isolated DC-DC Converter designed for industrial automation and distributed power systems. Housed in a standard 2x1 package, it features an impressive 8:1 ultra-wide input range that simplifies multi-voltage system designs. Delivering 86% efficiency and 3000Vdc isolation, the DIB15 also includes Remote On/Off control and comprehensive protections against overload and short circuits, ensuring maximum reliability in harsh environments.