Delta-electronics IPM- C Series User Manual

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1
Delta Electronics, Inc.
1.0 Purpose
This document guides the user in performing
electronic measurements on an IPM POL (point
of load) DC/DC converter using the Delta
Evaluation Board.
2.0 Relevant Documentation
The documentation and background information
listed below is relevant to this evaluation
procedure:
Applicative date sheets for IPM Series unit
under evaluation.
Power Module Evaluation Board Schematic.
Power Module Evaluation Board Layout.
General Test and Safety Procedures.
IPM Series
Evaluation Procedure
EP_IPMC_04292005
Evaluation Procedure
(DEP-003)
The IPM- C Series POL converters
The IPM Series, single output, non-isolated
point of load DC/DC converters, are the latest
offering from a world leader in power systems
technology and manufacturing Delta
Electronics, Inc. They operate from a
3V~5.5V (IPM04C) or an 8V~14V (IPM12C)
source and provide a programmable output
voltage of 0.8V to 3.3V(IPM04C) or 0.8V to
5V(IPM12C). With creative design technology
and optimization of component placement,
these converters possess outstanding
electrical and thermal performance, as well
as offering extremely high reliability under
highly stressful operating conditions. All
models are protected against abnormal
input/output voltage and current conditions.
This document guides the user through the
evaluation procedure to qualify a POL module.
The data shown in this Evaluation Procedure
is for the SIP and SMT Package Type PO
L
evaluation board. Please refer to the
appropriate technical data sheet for detailed
performance and technical information for the
specific POL units.
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Summary of Contents

Page 1 - (DEP-003)

1Delta Electronics, Inc.1.0 Purpose This document guides the user in performing electronic measurements on an IPM POL (point of load) DC/DC converter

Page 2 - 3.0 Equipment Required

(2) Output Voltage Set-Point Adjustment by using an external voltage source For IPM12C series Output voltage of IPM12C is programmable while

Page 3

11 8.3 Dynamic Characteristics 8.3.1 Output Voltage Deviation Output Voltage Deviation is defined as the response of the converter to a sudden

Page 4 - 6.0 Tests Performed

Test (Turn on the module by using the external switch) 1) Turn on the fan. 2) Turn on the input power supply and set it to the desired operating p

Page 5

7) Use the following formulas to calculate the efficiency: Efficiency= (Pout/Pin) × 100(%) Pin = Iin × Vin Pout = Iout × Vout For IPM12C seri

Page 6 - 8.0 Tests and Evaluation

14 Appendix A- Evaluation Board Schematic

Page 7

15 Appendix B - Evaluation Board Layout (Top View)

Page 8

Appendix C - Evaluation Board Layout (Bottom View) CONTACT: www.delta.com.tw/dcdcUSA: Telephone: East Coast: (888) 335 8201 West Coast:

Page 9 - Turn on the fan

3.0 Equipment Required ․ DC Power Supply 0 - 20 V @ 0 - 20A (Agilent 6574A 0 -60V/0 - 35A or equivalent). ․Oscilloscope (Tektronix TDS 460A or

Page 10 - For IPM12C series

4.1 Connect one lead from the “+” lead of the power supply to the “20A” terminal of the first 4.2 Connect one wire from the “-” lead of the power su

Page 11

6.0 Tests Performed performed at room temperature (+25 C). 6.1 Input Voltage Range. ut. . 6.2 O Line Regulation. . t-Point Adjustment Range. 6.

Page 12

6) ed for the trim-down or trim-up setting of the Output Voltage. For IPM, if the converter requires a trim up, set SW3 to the Trim-up position. If

Page 13 - Vin=4.0V

7.2 Initial Power Up supply ON, set the current limit on power supply (refer to specification of either converter) and increase the input voltage

Page 14

8.2 Output Characteristics Line Regulation Deviation is defined as the change in output voltage caused by varying the ied range while the output

Page 15

.2.4 Output Voltage Set-Point Adjustment Range (Trim) utput Voltage Set-Point Adjustment can be carried out by using an external resistor or e set-po

Page 16

For I M04C series o implement Trim-up by using an external resistor, Rtrim-up must be connected between the d. For IPM04C0A0R06A, Please

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