IHA01 XPPOWER | Alldatasheet
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IH A 01 Series 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 30 VDC See M odels and R atings table Initial Set A ccuracy ±3 % A t 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 % F rom 10% to full load, see application note C ross R egulation ±4 % O n dual output m odels, w hen one output is at 2 5% load and other is varied from 10% load to full load R ipple & N oise 2 00 m V pk-pk 2 0 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 0.03 %/ ˚C C haracteristic M inim um Typical M axim um U nits N otes & C onditions Input Voltage R ange 4 .5 5.5 VDC
5 V nom inal
8.1 9.9 9 V nom inal 10.8 13.2 12 V nom inal 13.5 16.5 15 V nom inal 2 1.6 2 6.4 2 4 V nom inal Input R eflected R ipple C urrent 2 0 m A pk-pk Through 12 µH inductor and 4 7 µF capacitor Input Surge VDC for 100 m s w w w .xppow er.com 1
- High Isolation, 6000 V
- 250 VAC Working Voltage
- Single and Dual Outputs
- Bipolar Outputs for MOSFET and IGBT Drives
- SIP7 Package
- -40 °C to +85 °C Operation
- Full Load at 85 °C Ambient
- MTBF 2.5 MHrs
- 3 Year Warranty Dim ensions: IHA01:
1 Watt
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. A ll dim ensions are in inches (m m ) 2 . W eight: 0.009 lbs (4 .3 g) approx. 4 . Pin pitchand length tolerance: ±0.014 (±0.35) 5. C ase tolerance: ±0.02 (±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
w w w .xppow er.com 2 D C -D C C onverter M odels & Ratings N otes Inp ut currents m easured at nom inal inp ut voltage. G eneral C haracteristic M inim um Typical M axim um U nits N otes & C onditions Efficiency 77 % See M odels and R atings table Isolation: Input to O utput 6000 VDC Isolation W orking Voltage 250 VAC Isolation R esistance 10 9 Ω Isolation C apacitance 10 pF Sw itching F requency 20 50 kH z Pow er Density 6.8 W /in 3 M ean Tim e B etw een F ailure 2 .39 M H rs M IL-H DB K-2 17F , +2 5 °C G B W eight 0.009 (4 .2 ) lb (g) 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 3V3 303 m A 30 m A 2 80 m A 2 2 0 µF 71% IH A 01 05S3V3
5 V 2 00 m A 30 m A 2 65 m A 2 2 0 µF 75% IH A 01 05S05
9 V 111 m A 30 m A 2 60 m A 2 2 0 µF 77% IH A 01 05S09
12 V 83 m A 4 5 m A 2 65 m A 2 2 0 µF 76% IH A 01 05S12
15 V 67 m A 4 0 m A 2 60 m A 2 2 0 µF 77% IH A 01 05S15
±3V3 ±151 m A 30 m A 2 75 m A ±100 µF 73% IH A 01 05D03 ±5 V ±100 m A 30 m A 2 65 m A ±100 µF 75% IH A 01 05D05 ±9 V ±56 m A 30 m A 2 60 m A ±100 µF 77% IH A 01 05D09 ±12 V ±4 2 m A 4 5 m A 2 65 m A ±100 µF 76% IH A 01 05D12 ±15 V ±33 m A 4 0 m A 2 60 m A ±100 µF 77% IH A 01 05D15 +15 V / -9 V +33 m A / -55 m A 4 0 m A 2 65 m A ±100 µF 76% IH A 01 05D1509 8.1-9.9 V 3V3 303 m A 2 0 m A 155 m A 2 2 0 µF 72 % IH A 01 09S3V3
5 V 2 00 m A 2 5 m A 14 5 m A 2 2 0 µF 77% IH A 01 09S05
9 V 111 m A 2 5 m A 14 0 m A 2 2 0 µF 79% IH A 01 09S09
12 V 83 m A 2 5 m A 14 5 m A 2 2 0 µF 77% IH A 01 09S12
15 V 67 m A 2 5 m A 14 0 m A 2 2 0 µF 79% IH A 01 09S15
±3V3 ±151 m A 2 5 m A 155 m A ±100 µF 73% IH A 01 09D03 ±5 V ±100 m A 2 5 m A 150 m A ±100 µF 75% IH A 01 09D05 ±9 V ±56 m A 2 5 m A 14 0 m A ±100 µF 79% IH A 01 09D09 ±12 V ±4 2 m A 2 5 m A 14 5 m A ±100 µF 77% IH A 01 09D12 ±15 V ±33 m A 2 5 m A 14 0 m A ±100 µF 79% IH A 01 09D15 +15 V / -9 V +33 m A / -55 m A 2 5 m A 14 0 m A ±100 µF 78% IH A 01 09D1509 10.8-13.2 V 3V3 303 m A 2 0 m A 12 0 m A 2 2 0 µF 70% IH A 01 12 S3V3
5 V 2 00 m A 2 0 m A 115 m A 2 2 0 µF 73% IH A 01 12 S05
9 V 111 m A 2 0 m A 110 m A 2 2 0 µF 77% IH A 01 12 S09
12 V 83 m A 2 0 m A 115 m A 2 2 0 µF 73% IH A 01 12 S12
15 V 67 m A 2 0 m A 110 m A 2 2 0 µF 76% IH A 01 12 S15
±3V3 ±151 m A 2 0 m A 115 m A ±100 µF 72 % IH A 01 12 D03 ±5 V ±100 m A 2 0 m A 115 m A ±100 µF 73% IH A 01 12 D05 ±9 V ±56 m A 2 0 m A 110 m A ±100 µF 77% IH A 01 12 D09 ±12 V ±4 2 m A 2 0 m A 115 m A ±100 µF 74 % IH A 01 12 D12 ±15 V ±33 m A 2 0 m A 110 m A ±100 µF 76% IH A 01 12 D15 +15 V / -9 V +33 m A / -55 m A 2 0 m A 110 m A ±100 µF 76% IH A 01 12 D1509 13.5-16.5 V 3V3 303 m A 15 m A 91 m A 2 2 0 µF 73% IH A 01 15S3V3
5 V 2 00 m A 15 m A 87 m A 2 2 0 µF 77% IH A 01 15S05
9 V 111 m A 15 m A 83 m A 2 2 0 µF 80% IH A 01 15S09
12 V 83 m A 15 m A 83 m A 2 2 0 µF 80% IH A 01 15S12
15 V 67 m A 15 m A 84 m A 2 2 0 µF 79% IH A 01 15S15
±3V3 ±151 m A 15 m A 89 m A ±100 µF 75% IH A 01 15D03 ±5 V ±100 m A 15 m A 84 m A ±100 µF 79% IH A 01 15D05 ±9 V ±56 m A 15 m A 82 m A ±100 µF 81% IH A 01 15D09 ±12 V ±4 2 m A 15 m A 83 m A ±100 µF 80% IH A 01 15D12 ±15 V ±33 m A 15 m A 83 m A ±100 µF 80% IH A 01 15D15 +15 V / -9 V +33 m A / -55 m A 12 m A 79 m A ±100 µF 84 % IH A 01 15D1509 2 1.6-2 6.4 V 3V3 303 m A 15 m A 60 m A 2 2 0 µF 70% IH A 01 2 4 S3V3
5 V 2 00 m A 15 m A 59 m A 2 2 0 µF 71% IH A 01 2 4 S05
9 V 111 m A 15 m A 60 m A 2 2 0 µF 70% IH A 01 2 4 S09
12 V 83 m A 15 m A 58 m A 2 2 0 µF 72 % IH A 01 2 4 S12
15 V 67 m A 15 m A 57 m A 2 2 0 µF 73% IH A 01 2 4 S15
±3V3 ±151 m A 10 m A 61 m A ±100 µF 68% IH A 01 2 4 D03 ±5 V ±100 m A 15 m A 60 m A ±100 µF 69% IH A 01 2 4 D05 ±9 V ±56 m A 15 m A 57 m A ±100 µF 73% IH A 01 2 4 D09 ±12 V ±4 2 m A 15 m A 58 m A ±100 µF 72 % IH A 01 2 4 D12 ±15 V ±33 m A 15 m A 56 m A ±100 µF 75% IH A 01 2 4 D15 +15 V / -9 V +33 m A / -55 m A 15 m A 56 m A ±100 µF 74 % IH A 01 2 4 D1509
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 61000-4 -2 ±6/±8 kV A C ontact/Air D ischarge R adiated Im m unity EN 61000-4 -3 10 Vrm s A EF T/B urst EN 61000-4 -4 2 kV A External com ponents required, see application notes C onducted Im m unity EN 61000-4 -6 10 V rm s A M agnetic F ields EN 61000-4 -8 1 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. A ll dim ensions are in inches (m m ) 2 . W eight: 0.009 lbs (4 .3 g) approx. 4 . Pin pitch and length tolerance: ±0.014 (±0.35) 5. C ase tolerance: ±0.02 (±0.5) N otes Pin C onnections Pin Single D ual 1 +Vin +Vin 2 -Vin -Vin 5 -Vout -Vout EM C: Em issions Phenom enon Standard Test Level N otes & C onditions C onducted EN 5502 2 C lass B See Application N ote R adiated EN 5502 2 C lass B Environm ental C haracteristic M inim um Typical M axim um U nits N otes & C onditions O perating T em perature -4 0 +85 °C N o therm al derating Storage T em perature -4 0 +12 5 °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
23 Aug 16
Input com ponent C 1 is used to help m eet EF T test requirem ents for the m odule. Application N ote C 1 IH A 01 05XXXX 4 70 µF /35 V IH A 01 09XXXX 4 70 µF /35 V IH A 01 12 XXXX 4 70 µF /35 V IH A 01 15XXXX 4 70 µF /35 V IH A 01 2 4 XXXX 4 70 µF /35 V High limit Typical Load Line Low Limit IHA01 I R egulation EFT Filter Input filter com ponents (C 1,C 2 , C 3 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 L C 2 C 3 IH A 01 05XXXX 12 06, 4 .7 µF / 50 V 18 µH IH A 01 09XXXX 12 06, 4 .7 µF / 50 V 18 µH IH A 01 12 XXXX 12 06, 4 .7 µF / 50 V 18 µH IH A 01 15XXXX 12 06, 4 .7 µF / 50 V 18 µH IH A 01 2 4 XXXX 12 06, 4 .7 µF / 50 V 18 µH 12 10, 2 .2 µF / 100 V 12 06, 4 70 pF / 2 kV IHA01 EM I Filter