Delta DNL SIP Series - Manual

Delta DNL SIP Series

Delta DNL SIP Series – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Table of Contents:

  • Page 2 – Equipment Required
  • Page 3 – Thermal Management of the Converter
  • Page 4 – Efficiency; DNM
  • Page 5 – SW3 Function table; ON; Initial Power Up
  • Page 7 – the 20 MHz bandwidth-limit option on the scope.
  • Page 8 – Evaluation board is R33.; Vo; calculation of Rset:
  • Page 9 – Table 3; For DNM04xx and DNL04xx series; Vout
  • Page 10 – For DNM12xx and DNL12xx series; Test
  • Page 11 – tracks the PWRGD of; Figure 3. PS1 and PS2 track output voltage Sequential start-up
  • Page 12 – Ratio-Metric Implementation; at internal circuit and only set
  • Page 13 – Ratio–metric tracking Power up
  • Page 14 – For example, the PS1 Vo; ), the simultaneous tracking can be accomplished by connecting
  • Page 15 – Vref
  • Page 16 – Notes on the use of Track function:; The TRACK pin absolute maximum voltage cannot over the Vin.; equation for different tracking purpose.; Dynamic Characteristics; Imax
  • Page 17 – sheet for the detailed information.; Test (Turn on the module by using the external switch); or suitable trigger point (referring to data sheet) on channel 2.
  • Page 18 – Pout = Iout × Vout
  • Page 19 – Appendix A- Evaluation Board Schematic
  • Page 20 – Warranty
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Evaluation Procedure

(DEP-001 A)

The Delphi DNM and DNL Series of
SIP type POL converters


The DNM and DNL, 2.4~5.5V or 10~14V input,
programmable output, non-isolated point of load
DC/DC converters, are the latest offering from
one of the world’s largest power supply
manufacturers

―

Delta Electronics, Inc. The

DNM and DNL product family also has a flexible,
programmable tracking feature, which provides a
variety of startup voltages as well as sequencing
and tracking between power modules. With
creative design technology and optimization of
component placement, these converters possess
outstanding electrical and thermal performance,
as well as extremely high reliability under highly
stressful operating conditions. All models
possess a myriad of standard protection
features.

This document guides the user through the
evaluation procedures to qualify a POL module.
The data shown in this Evaluation Procedure is
for the SIP Package Type POL evaluation board.
Please refer to the data sheet for detailed
performance and technical information for the
specific POL units.

Evaluation Procedure
EP_DNML_SIP_08062004

DNM, DNL SIP Series

1.0 Purpose

This document guides the user in performing
electronic measurements on a DNM and DNL
POL (point of load) DC/DC converter by using
the Delta Evaluation Board.

2.0 Relevant Documentation

The documentation and background information
listed below is relevant to this evaluation
procedure:

2.1 Appropriate date sheet for the DNM or DNL

Series units.

2.2 Power Module Evaluation Board Schematic.
2.3 Power Module Evaluation Board Layout.
2.4 General Test and Safety Procedures.




Delta Electronics, Inc.

1

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Summary

Page 2 - Equipment Required

2 3.0 Equipment Required 3.1 A DC Power Supply 0 - 20 V @ 0 - 20A (Agilent 6574A 0 -60V/0 - 35A or equivalent). 3.2 An oscilloscope (Tektronix TDS 3034 or equivalent) 4 Channel 300 MHz, equipped with a x1 scope probe, a x10 scope probe, and two BNC cables (length less than 20 inches/500mm) 3.3 Digit...

Page 3 - Thermal Management of the Converter

3 4.1 Connect one lead from the “+” lead of the DC source (See Item 3.1) to the “20A” terminal of the first multi-meter DVM1 (See Item 3.3). Then connect one lead from the “Common” of the DVM1 to the “Vin” pin of the Evaluation Board. DVM1 is used to measure the input current. 4.2 Connect one wire f...

Page 4 - Efficiency; DNM

4 6.0 Tests Performed The following tests are performed at room temperature (+25 ℃ ). 6.1 Input Characteristics Input Voltage Range. Under-Voltage Lockout. No Load Input Current. 6.2 Output Characteristics Line Regulation. Load Regulation. Output Regulation. Output Voltage Set-point Programming Outp...

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