IML02

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IM L02 Series D C -D C C onverter xxx Series w w w .xppow er.com 1 M odels & Ratings N otes Inp ut currents m easured at nom inal inp ut voltage.

• World Wide Medical Approvals
• Single and Dual Outputs
• SIP7 Package
• -40 °C to +85 °C Operation
• Full Load at 85 °C Ambient
• 4000 VAC Isolation, 1 x MOPP at 250 VAC
• 2 µA Patient Leakage Current
• MTBF 2.5 MHrs
• 3 Year Warranty Dim ensions: IM L02:

2 Watts

Input Voltage O utput Voltage O utput C urrent Input current M ax. capacitive load Efficiency M odel N um ber N o Load Full Load 4.5 -5 .5 V

3 V3 60 0 m A 5 0 m A 5 3 3 m A 10 0 0 µF 75 % IM L0 20 5 S3 V3

5 V 40 0 m A 60 m A 5 3 3 m A 470 µF 78% IM L0 20 5 S0 5

9 V 222 m A 60 m A 5 0 0 m A 470 µF 80 % IM L0 20 5 S0 9

12 V 167 m A 60 m A 482 m A 220 µF 83 % IM L0 20 5 S12

15 V 13 3 m A 60 m A 488 m A 220 µF 82% IM L0 20 5 S15

±3 V3 ±3 0 0 m A 5 0 m A 5 19 m A ±470 µF 77% IM L0 20 5 D 0 3 ±5 V ±20 0 m A 60 m A 5 13 m A ±220 µF 78% IM L0 20 5 D 0 5 ±9 V ±111 m A 60 m A 5 0 0 m A ±220 µF 80 % IM L0 20 5 D 0 9 ±12 V ±83 m A 60 m A 482 m A ±10 0 µF 83 % IM L0 20 5 D 12 ±15 V ±66 m A 60 m A 488 m A ±10 0 µF 82% IM L0 20 5 D 15 10 .8-13 .2 V

3 V3 60 0 m A 25 m A 217 m A 10 0 0 µF 76% IM L0 212S3 V3

5 V 40 0 m A 3 0 m A 20 8 m A 470 µF 80 % IM L0 212S0 5

9 V 222 m A 3 0 m A 20 8 m A 470 µF 80 % IM L0 212S0 9

12 V 167 m A 3 0 m A 20 0 m A 220 µF 83 % IM L0 212S12

15 V 13 3 m A 3 0 m A 20 3 m A 220 µF 82% IM L0 212S15

±3 V3 ±3 0 0 m A 25 m A 214 m A ±470 µF 78% IM L0 212D 0 3 ±5 V ±20 0 m A 3 0 m A 20 8 m A ±220 µF 80 % IM L0 212D 0 5 ±9 V ±111 m A 3 0 m A 20 8 m A ±220 µF 80 % IM L0 212D 0 9 ±12 V ±83 m A 3 0 m A 20 0 m A ±10 0 µF 83 % IM L0 212D 12 ±15 V ±66 m A 3 0 m A 20 3 m A ±10 0 µF 82% IM L0 212D 15 13 .5 -16.5 V

3 V3 60 0 m A 25 m A 174 m A 10 0 0 µF 76% IM L0 215 S3 V3

5 V 40 0 m A 3 0 m A 170 m A 470 µF 78% IM L0 215 S0 5

9 V 222 m A 3 0 m A 167 m A 470 µF 80 % IM L0 215 S0 9

12 V 167 m A 3 0 m A 167 m A 220 µF 80 % IM L0 215 S12

15 V 13 3 m A 3 0 m A 167 m A 220 µF 80 % IM L0 215 S15

±3 V3 ±3 0 0 m A 25 m A 170 m A ±470 µF 78% IM L0 215 D 0 3 ±5 V ±20 0 m A 3 0 m A 170 m A ±220 µF 78% IM L0 215 D 0 5 ±9 V ±111 m A 3 0 m A 167 m A ±220 µF 80 % IM L0 215 D 0 9 ±12 V ±83 m A 3 0 m A 167 m A ±10 0 µF 80 % IM L0 215 D 12 ±15 V ±66 m A 3 0 m A 167 m A ±10 0 µF 80 % IM L0 215 D 15 21.6-26.4V

3 V3 60 0 m A 20 m A 111 m A 10 0 0 µF 75 % IM L0 224S3 V3

5 V 40 0 m A 20 m A 10 6 m A 470 µF 78% IM L0 224S0 5

9 V 222 m A 20 m A 10 4 m A 470 µF 80 % IM L0 224S0 9

12 V 167 m A 20 m A 10 4 m A 220 µF 80 % IM L0 224S12

15 V 13 3 m A 20 m A 10 4 m A 220 µF 80 % IM L0 224S15

±3 V3 ±3 0 0 m A 20 m A 10 7 m A ±470 µF 77% IM L0 224D 0 3 ±5 V ±20 0 m A 20 m A 10 6 m A ±220 µF 78% IM L0 224D 0 5 ±9 V ±111 m A 20 m A 10 4 m A ±220 µF 80 % IM L0 224D 0 9 ±12 V ±83 m A 20 m A 10 4 m A ±10 0 µF 80 % IM L0 224D 12 ±15 V ±66 m A 20 m A 10 4 m A ±10 0 µF 80 % IM L0 224D 15

w w w .xppow er.com 2 D C -D C C onverter Input O utput C haracteristic M inim um Typical M axim um U nits N otes & C onditions O utput Voltage 3 .3 3 0 VD C See M odels and R atings table Initial Set Accuracy ±5 % At full load M inim um Load 10 % M inim um load required to m eet specified regulation Line R egulation ±1.2 % /1% O utput changes by m ax of 1.2% for each 1% change in input voltage Load R egulation 10 % From 10 % to full load, see application note C ross R egulation ±4 % O n dual output m odels, w hen one output is at 25 % load and other is varied from 10 % load to full load R ipple & N oise 15 0 m V pk-pk 20 M H z bandw idth. M easured using 10 µF electrolytic in parallel w ith 0 .1 µFceram i c capacitor Short C ircuit Protection C ontinuous M axim um C apacitive Load See M odels and R atings table T em perature C oefficient 0 .0 3 %/ ˚C C haracteristic M inim um Typical M axim um U nits N otes & C onditions Input Voltage R ange 4.5 5 .5 VD C

5 V nom inal

10 .8 13 .2 12 V nom inal 13 .5 16.5 15 V nom inal 21.6 26.4 24 V nom inal Input R eflected R ipple C urrent 20 m A pk-pk Through 12 µH inductor and 47 µF capacitor Input Surge 5 .5 VD C for 10 0 m s

5 V m odels

13 .2 12 V m odels 16.5 15 V nom inal 26.4 24 V nom inal G eneral C haracteristic M inim um Typical M axim um U nits N otes & C onditions Efficiency 80 % Isolation: Input to O utput 40 0 0 VAC 1 x M O PP at 25 0 VAC w orking voltage, 2 x M O PP at

125 VAC w orking voltage

Patient Leakage C urrent 2 µA Isolation R esistance 10 9 Ω Isolation C apacitance 10 20 pF Sw itching Frequency 50 10 0 kH z Pow er D ensity 13.6 W /in 3 M ean Tim e B etw een Failure 2.5 M H rs M IL-H D B K-217F , +25 °C G B W eight 0 .0 0 9 (4.2) lb (g) Environm ental C haracteristic M inim um Typical M axim um U nits N otes & C onditions O perating T em perature -40 +85 °C N o derating Storage T em perature -40 +125 °C C ase T em perature +100 °C H um idity 2.5 95 % R H N on-condensing C ooling N atural convection

w w w .xppow er.com D C -D C C onverter M echanical Details EM C: Im m unity Phenom enon Standard Test Level C riteria N otes & C onditions ESD Im m unity EN 610 0 0 -4-2 ±15 kV A Air D ischarge R adiated Im m unity EN 610 0 0 -4-3 10 Vrm s A EFT/B urst EN 610 0 0 -4-4 2 kV A External com ponents required, see application notes Surge EN 610 0 0 -4-5 2 kV A External com ponents required, see applications note C onducted Im m unity EN 610 0 0 -4-6 10 V rm s A M agnetic Fields EN 610 0 0 -4-8 3 0 A/m A 0.39 (9.8) 0.02 (0.5) 0.01 (0.25) 0.39 (9.8) 0.09 (2.4) 0.08 (2.13) 0.02 (0.5) 0.49 (12.5) Printed Face 12 5 76 0.77 (19.5) 0.60 (15.24) 0.12 (3.0) 0.02 (0.5) 0.47 (12.0) 0.10 (2.54) 1. All dim ensions are in inches (m m ) 2. W eight: 0 .0 0 9 lbs (4.2 g) approx. 4. Pin pitch tolerance: ±0 .0 14 (±0 .3 5 ) 5 . C ase tolerance: ±0 .0 2 (±0 .5 ) N otes Pin C onnections Pin Single D ual 1 +Vin +Vin 2 -Vin -Vin 5 -Vout -Vout

6 N o Pin C om m on

Safety Agency Safety Standard N otes & C onditions U L AN SI/AM M I ES60601-1 C SA C SA C 22.2 N o. 60601-1 TU V EN 60601-1 C B IEC 60601-1 EM C: Em issions Phenom enon Standard Test Level N otes & C onditions C onducted EN 5 5 0 11 C lass B See Application N ote R adiated EN 5 5 0 11 C lass B

w w w .xppow er.com D C -D C C onverter

21 July 16

Input com ponents (C 1, C 2, D 1) are used to help m eet EFT and surge test requirem ents for the m odule. A pplication N ote C 1 C 2 D 1 IM L0 20 5 XXXX 10 0 0 µF/3 5 V 3 3 0 µF/5 0 V SM D J9.0 A IM L0 212XXXX 10 0 0 µF/3 5 V 3 3 0 µF/5 0 V SM D J13 A IM L0 215 XXXX 10 0 0 µF/3 5 V 3 3 0 µF/5 0 V SM D J18A IM L0 224XXXX 10 0 0 µF/3 5 V 3 3 0 µF/5 0 V SM D J28A High limit Typical Load Line Low Limit IML02 R egulation EFT and Surge Filter Input filter com ponents (C 1,C 2 and L) are used to help m eet conducted em issions requirem ents for the m odule. These com ponents should be m ounted as close as possible to the m odule, and all leads should be m inim ised to decrease radiated noise. C 1 C 2 L IM L0 20 5 XXXX 120 6, 4.7 µF/ 5 0 V 6.8 µH IM L0 212XXXX 120 6, 4.7 µF/ 5 0 V 120 6, 4.7 µF/ 5 0 V 6.8 µH IM L0 215 XXXX 120 6, 4.7 µF/ 5 0 V 120 6, 4.7 µF/ 5 0 V 6.8 µH IM L0 224XXXX 120 6, 4.7 µF/ 5 0 V 120 6, 4.7 µF/ 5 0 V 6.8 µH IML02 EM I Filter