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UG-710 

ADP1055-EVALZ User Guide 

 

ADP1055DC1-EVALZ

 SCHEMATIC 

100V

RE

D

GR

EE

N

DNI

C

OM

1

C

OM

2

W

H

IT

E

V

S

E

N

S

E

 I

S

 DE

DI

CAT

E

D T

RACE

T

O

 V

DD P

IN O

F

 ADP

1

0

5

5

CO

NNE

CT

 G

RO

UND T

O

 E

X

P

O

S

E

D P

AD O

F

 L

F

CS

P

AND M

AKE

 T

HE

 CO

P

P

E

R G

RO

UND P

L

ANE

RE

S

 RE

S

IS

T

O

R CL

O

S

E

 T

O

  I

C AND AG

ND

V

DD AND V

CO

RE

 S

HO

UL

D BE

 CL

O

S

E

 T

O

 AG

ND

11

kΩ

, 1

kΩ

 D

IV

ID

ER

 P

OIN

T S

H

OU

LD

 B

E C

LOS

E T

O T

H

E V

S+

 P

I

SA

M

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O

R

 O

VP D

IVI

D

ER

SA

M

E F

O

R

 VF

F

 D

IVI

D

ER

C1

3

 AND R2

5

 CL

O

S

E

 T

O

 I

C

CO

NT

RO

L

 P

IN CAP

 S

HO

UL

D BE

 CL

O

S

E

 T

O

 CT

RL

 P

IN

+

3.

3V

+

12V

+

5

V

+

3.

3V

+

3.

3V

+

5

V

+

3.

3V

+

3.

3V

+

5

V

+

3.

3V

+

3.

3V

+

5

V

+

12V

S

HARE

i

S

M

BAL

RT

CT

RL

GP

IO1

SY

NC

OUT

D

OUT

C

OUT

B

OUT

A

SR

2

SR

1

V

FF

V

S

V

S

+

GP

IO3

OV

P

S

R

2

S

R

1

V

FF

C

S

1

OU

T

A

OU

T

B

OU

T

C

OU

T

D

CT

RL

S

M

BAL

RT

S

C

L

_

P

F

S

D

A

_

P

F

S

HARE

i

S

C

L

S

D

A

GP

IO2

JT

D

JR

T

N

V

S

+

GP

IO3

GPIO4

GP

IO1

GP

IO2

S

Y

N

C

GP

IO3

GP

IO4

C

S

1

OV

P

C

S

2+

C

S

2_H

S

+

C

S

2_H

S

+

C

S

2–

C

S

2+

C

S

2–

S

C

L

S

D

A

S

C

L

_

P

F

S

D

A

_

P

F

S

D

A

S

C

L

V

S

JT

D

V

S

E

N

S

E

V

S

E

N

S

E

JR

T

N

D9

LE

D

1

2

R

18          0

R

4          0

R1

5

          DNI

Q2

DNI

1

3

2

C

20

33p

F

C6

0.

F

C

25

DNI

R

47

100

R

66

DNI

R

2          0

R11

          1kΩ

C

17

0.

F

C5

DNI

C4

DNI

R

24

1kΩ

R

67

S

H

OR

T

P

IN

1

2

C

10

1000p

F

R

250

C9

1000p

F

Q1

DNI

1

3

2

R

30

2.

2kΩ

R

62 

  2.

2kΩ

R

64

0Ω

R

14

1kΩ

R8         1

0kΩ

D5

1N4148

2

1

R

31

2.

2kΩ

C2

0.1µ

F

U3

A

D

8218B

R

M

Z

1

+

IN

2

VS

3

EN

B

4

GND

5

OU

T

6

NC

7

RE

F

8

IN

R9

11kΩ

C1

0.33µ

F

R12

          1kΩ

R6         1

Ω0k

C

21

33p

F

R

63 

  2.

2kΩ

R10

          2.2

kΩ

R1

          DNI

J1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

T

E

M

P

E

R

A

T

U

R

E

  –

ANAL

O

G

 S

HARE

 BUS

 F

E

E

DBACK P

IN

I2

C S

E

RI

AL

 DAT

A I

NP

UT

 AND O

UT

P

UT

I2

C S

E

RI

AL

 CL

O

CK I

NP

UT

T

E

M

P

E

R

A

T

U

R

E

 +

S

Y

NCHRO

NI

Z

AT

IO

N

G

E

NE

RAL

 P

URP

O

S

E

 I

NP

UT

/O

UT

P

UT

S

M

B AL

E

RT

P

O

W

E

R

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U

P

P

L

Y

 O

N

 I

N

P

U

T

G

E

NE

RAL

 P

URP

O

S

E

 I

NP

UT

/O

UT

P

UT

P

W

M

 O

UT

P

UT

 F

O

R P

RI

M

ARY

 S

IDE

 S

W

IT

CH

P

W

M

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UT

P

UT

 F

O

R P

RI

M

ARY

 S

IDE

 S

W

IT

CH

P

W

M

 O

UT

P

UT

 F

O

R P

RI

M

ARY

 S

IDE

 S

W

IT

CH

P

W

M

 O

UT

P

UT

 F

O

R P

RI

M

ARY

 S

IDE

 S

W

IT

CH

P

RI

M

ARY

 S

IDE

 CURRE

NT

 S

E

NS

E

 I

NP

UT

V

O

L

T

AG

E

 F

E

E

D F

O

RW

ARD

S

Y

NCHRO

NO

US

 RE

CT

IF

IE

R O

UT

P

UT

 1

S

Y

NCHRO

NO

US

 RE

CT

IF

IE

R O

UT

P

UT

 2

INV

E

RT

ING

 DI

F

F

E

RE

NT

IAL

 CURRE

NT

 S

E

NS

E

 I

NP

UT

NO

N-

INV

E

RT

ING

 DI

F

F

E

RE

NT

IAL

 CURRE

NT

 S

E

NS

E

 I

NP

UT

AG

ND

OV

E

R

V

OL

T

A

GE

 P

R

OT

E

C

T

ION

N

/C

GP

IO3

N

O

N

-I

N

V

E

R

T

IN

G

 R

EM

O

T

E

 V

O

L

T

A

G

E

 S

E

N

S

E

 I

N

P

U

T

IN

V

E

R

T

IN

G

 R

E

M

O

T

E

 V

O

L

T

A

G

E

 S

E

N

S

E

 I

N

P

U

T

5

V

 OR

 GP

IO3

3

.3

V

 OR

 GP

IO4

ANAL

O

G

 G

ND

C

23    1µ

F

R1

9

DNI

R

28

DNI

R

46

100

R

16          0

C

16  4.

F

J3

S

C

L

1

G

ND A

2

S

D

A

3

V

BUS

4

S

P

I M

IS

O

5

NC

6

S

P

I S

C

L

K

7

S

P

I M

O

S

I

8

S

P

I C

S

 A

9

G

ND B

10

C3

DNI

R

29

2.

2kΩ

D

19

1N

4148

2

1

D4

1N

4148

2

1

U1

ADP

1055

OV

P

1

V

S

+

2

V

S

3

C

S

2+

4

C

S

2–

5

NC

6

V

FF

7

C

S

1

8

SR

1

9

SR

2

10

OUT

A

11

OUT

B

12

SY

NC

15

OUT

C

13

OUT

D

14

GPIO4

16

GP

IO3

17

GP

IO2

18

GP

IO1

19

CT

RL

20

S

C

L

21

S

D

A

22

S

M

BAL

RT

#

23

S

HARE

i

24

VCO

RE

25

VD

D

26

DGND

27

AGND

28

JRT

N

29

RE

S

30

ADD

31

JTD

32

PA

D

33

D

21

1N

4148

2

1

R2

0

          DNI

R

26

16.

2kΩ

U2

A

D

P

7102A

R

D

Z

-3.

3

-R

7

1

V

OU

T

2

S

E

N

S

E

3

G

ND1

4

NC

5

E

N

/U

V

L

O

6

G

ND2

7

P

G

8

V

IN

C

13

1000p

F

R

27

1kΩ

R7

1kΩ

R5

11kΩ

C

14

560p

F

C

24

DNI

R3

          DNI

D6

1N4148

2

1

D

20

1N

4148

2

1

R

65

1.

5kΩ

D

22

1N

4148

2

1

C

18    1µ

F

C

19

33p

F

D7

1

2

R13

          2.2

kΩ

J2

V

BUS

1

S

C

L

2

S

D

A

3

GN

D

4

D8

1

2

C

22

33p

F

12386-100

 

Figure 101. 

ADP1055

 Daughter Card Schematic 

Rev. B | Page 36 of 43 

Summary of Contents for ADP1055-EVALZ

Page 1: ...ionality Droop current sharing On board tests for housekeeping functions PMBus communication Software GUI EVALUATION KIT CONTENTS ADP1055 EVALZ evaluation board ADP1055DC1 EVALZ daughter card ADDITION...

Page 2: ...16 VOUT Window 16 IOUT Window 17 POUT Window 18 Temperature Window 18 PGOOD and GPIO Windows 19 32 Bit Keycode 19 Command Masking 19 Active Clamp Snubber 20 Digital Control Loop 22 Efficiency Curves 2...

Page 3: ...ibed as follows The input filter consists of a single state LC L10 and C6 13 Components U2 and U5 are half bridge 4 A drivers based on the Analog Devices Inc iCoupler technology that provides gate dri...

Page 4: ...ADP1055 daughter card connector J6 J7 I2 C connector J4 Auxiliary power board connector I2 C PMBus Connector on ADP1055 Daughter Card Table 2 J6 Connections Left to Right Pin Function 1 5 V 2 SCL 3 S...

Page 5: ...dows XP 32 bit or Vista 32 bit Windows 7 32 64 bit and Windows 8 32 bit Precision digital multimeters HP34401 or equivalent USB to I2 C connector ADP I2C USB Z as shown in Figure 5 This must be ordere...

Page 6: ...stallation file to start the installation Click Next 12386 007 Figure 7 GUI Installation 2 When the Total Phase USB Setup window appears click Next Read the license agreement check I accept the terms...

Page 7: ...12 Leftmost Icon Shows GUI Reference Guide POWERING UP 1 Connect a dc source voltage range of 38 V dc to 60 V dc at the input terminals and an electronic load at the output terminals Refer to Figure 6...

Page 8: ...ser Guide Rev B Page 8 of 43 12386 015 Figure 15 Main Setup Window of the ADP1055 GUI 12386 016 Figure 16 Monitor Window in the GUI For more information on the board settings refer to the GUI referenc...

Page 9: ...ure 17 represent the signals at the output pins of the IC Although the switching frequency can be increased the software does not account for the dead times these have to be programmed manually by mea...

Page 10: ...d What follows is an example that shows the effectiveness of the volt second balance feature A deliberate extra on time was added to one leg of the H bridge creating an imbalance in the transformer 12...

Page 11: ...27 ADT Window Things to Try 1 Set up PWMs for additional topologies such as active clamp isolated boost and so on 2 Use the SYNC feature of the ADP1055 to synchronize to an external frequency CTRL AN...

Page 12: ...WM To facilitate a proper soft start from the precharge prebias condition where the output bus has not yet discharged to zero the ADP1055 uses the SR phase in and SR transition function to ensure that...

Page 13: ...at 20 A Load Yellow Trace Load Current Green Trace Output Voltage Red Trace SR1 When soft stop is initiated from light load mode SR1 and SR2 are initially off However to facilitate soft stop they tur...

Page 14: ...fault ID FFID that caused the PSU to shutdown is displayed in a monitoring window A complete description of the fault response can be found in the data sheet 12386 038 Figure 38 VOUT_OV_FAST_FAULT Fa...

Page 15: ...set up in the Fault Response window In the Additional Settings bar the voltage feedforward function can be enabled Since the ADP1055 is a secondary side controller the input voltage is not available t...

Page 16: ...ching period depending upon the timeout value this is set in the Additional Settings bar For example a timeout of four switching cycles causes the IN_FAST_OC_FAULT flag to set when the IIN_FAST_OC_FAU...

Page 17: ...12386 052 Figure 53 Output Voltage Ripple 20 A Load Green Trace AC Coupled Output Voltage IOUT WINDOW The IOUT window sets thresholds for the output current Thresholds for output over current under cu...

Page 18: ...can be set Also the constant current averaging rate and the slew rate can be selected POUT WINDOW The threshold limit for over load power can be set in this window The settings can be changed in a si...

Page 19: ...tions available for programming the output as shown in Figure 63 12386 062 Figure 63 Logic Options for GPIO 32 BIT KEYCODE The ADP1055 has a 32 bit password protection and extended command masking set...

Page 20: ...a programmable on time and a delay from the reference PWM A complete description of the active snubber function is available in the data sheet 12386 068 Figure 69 Active Clamp Option in Evaluation Boa...

Page 21: ...Source Voltage of Low Side SR FET Blue Trace Gate Source Voltage of Snubber FET Red Trace Drain Source Voltage of Snubber FET 12386 074 Figure 75 Active Clamp Snubber Enabled Zoomed In 10 A Load 50 n...

Page 22: ...III compensator based on the stability rules Using the loop analyzer you can validate the programmed control loop as shown in Figure 78 For an easy test on the control loop the signal from loop analy...

Page 23: ...gure 81 Transient Response with Load Steps 50 to 100 to 50 Green Trace AC Coupled Output Voltage Yellow Trace Load Current 1 A s 12386 081 Figure 82 Transient Response with Load Steps 25 to 50 to 25 G...

Page 24: ...055 can be programmed to optimize performance when the output current drops below a certain level The light load and deep light load mode thresholds are set in a manner to reduce losses and increase e...

Page 25: ...gure 88 Efficiency Curve at 36 V DC 48 V DC 60 V DC and 75 V DC Input 89 90 91 92 93 94 95 36 40 44 48 52 56 60 EFFICIENCY VIN V 20A LOAD 15A LOAD 10A LOAD 5A LOAD 12386 105 Figure 89 Efficiency vs In...

Page 26: ...00h VIN_OFF Reg 37 h 0000h INTERLEAVE Reg 38 h B266h IOUT_CAL_GAIN Reg 39 h 8000h IOUT_CAL_OFFSET Reg 40 h 6C00h VOUT_OV_FAULT_LIMIT Reg 41 h FCh VOUT_OV_FAULT_RESPONSE Reg 42 h 6800h VOUT_OV_WARN_LIM...

Page 27: ..._DIGFILT_HF_GAIN_SETTING Reg FE09 h 0Ch SS_DIGFILT_LF_GAIN_SETTING Reg FE0A h AEh SS_DIGFILT_ZERO_SETTING Reg FE0B h 00h SS_DIGFILT_POLE_SETTING Reg FE0C h 1Eh SS_DIGFILT_HF_GAIN_SETTING Reg FE0D h 33...

Page 28: ...Reg FE38 h B8h ISHARE_FAULT_RESPONSE Reg FE39 h 3Fh GPIO1_FAULT_RESPONSE Reg FE3A h 38h GPIO2_FAULT_RESPONSE Reg FE3B h 3Fh GPIO3_FAULT_RESPONSE Reg FE3C h 38h GPIO4_FAULT_RESPONSE Reg FE3D h C0h PWM_...

Page 29: ...Reg FE61 h 00h LOW_TEMP_POLE Reg FE62 h 01h LOW_TEMP_SETTING Reg FE63 h 13h GPIO3_4_SNUBBER_ON_TIME Reg FE64 h 4Ah GPIO3_4_SNUBBER_DELAY Reg FE65 h 80h VOUT_DROOP_SETTING Reg FE66 h 00h NL_BURST_MODE...

Page 30: ...0 KOhm R4 0 KOhm C5 0 F C6 0 F R6 25 KOhm R7 1 KOhm Topology 0 0 Full Bridge 1 Half Bridge 2 Two Switch Forward 3 Interleaved Two Switch Forward 4 Active Clamp Forward Restricted_1 0 Restricted_2 0 Re...

Page 31: ...SABLE 5 NC1 6 NC2 7 VDD1 8 GNDB 9 VOB 10 VDDB 11 NC3 12 NC4 13 GNDA 14 VOA 15 VDDA 16 C138 0 1 F VG_QB R167 1 R182 10k C12 2 2 F R180 1 QD IRFR540ZPBF 2 1 3 Q41 DNI 3 2 1 L8 24 H PA1494 242NL 1 2 Q23...

Page 32: ...4 DNI R590 C61 220pF R10 10k J6 5V 1 SCL 2 SDA 3 GND 4 D76 MMBD7000HS 7 F 1 3 2 C58 33pF J4 VIN_AUX1 1 PRI_GND1 2 VIN_AUX2 3 PRI_GND2 4 VIN_AUX3 5 PRI_GND3 6 VDD_PRI1 7 VDD_PRI2 8 NC1 9 NC2 10 SPARE 1...

Page 33: ...ADP1055 EVALZ User Guide UG 710 ADP1055 EVALZ LAYOUT 12386 092 Figure 93 PCB Assembly Top 12386 093 Figure 94 PCB Layout Silkscreen Layer 12386 094 Figure 95 PCB Layout Top Layer Rev B Page 33 of 43...

Page 34: ...UG 710 ADP1055 EVALZ User Guide 12386 095 Figure 96 PCB Layout Layer 2 12386 096 Figure 97 PCB Layout Layer 3 12386 097 Figure 98 PCB Layout Layer 4 Rev B Page 34 of 43...

Page 35: ...ADP1055 EVALZ User Guide UG 710 12386 098 Figure 99 PCB Layout Bottom Layout 12386 099 Figure 100 PCB Assembly Bottom Rev B Page 35 of 43...

Page 36: ...RE BUS FEEDBACK PIN I2C SERIAL DATA INPUT AND OUTPUT I2C SERIAL CLOCK INPUT TEMPERATURE SYNCHRONIZATION GENERAL PURPOSE INPUT OUTPUT SMB ALERT POWER SUPPLY ON INPUT GENERAL PURPOSE INPUT OUTPUT PWM OU...

Page 37: ...igure 102 PCB Assembly Top 12386 102 Figure 103 PCB Layout Silkscreen Layer Top 12386 103 Figure 104 PCB Layout Top Layer 12386 104 Figure 105 PCB Layout Layer 2 12386 105 Figure 106 PCB Layout Layer...

Page 38: ...UG 710 ADP1055 EVALZ User Guide 12386 107 Figure 108 PCB Layout Silkscreen Bottom 12386 108 Figure 109 PCB Assembly Bottom Rev B Page 38 of 43...

Page 39: ...C45 1 F CAP CER 1 F 25 V 10 X7R SMD Murata C1608X7R1E105K 1 C48 47 F CAP CER 47 F 16 V 10 X5R Murata GRM32ER61C476KE15K 1 C49 47 F CAP CER 47 F 16 V 10 X5R Murata GRM32ER61C476KE15K 1 C51 47 F CAP CE...

Page 40: ...19 1 G_Q40 PC TEST POINT MINI SMD Keystone 5019 1 JP1 VIN CONN JACK BANANA UNINS PANEL MOU Emerson 108 0740 001 1 JP2 VIN CONN JACK BANANA UNINS PANEL MOU Emerson 108 0740 001 1 J1 BNC R CONN JACK VER...

Page 41: ...RES 0 3 4 W 5 Vishay Dale 311 1 00CRCT ND 1 R60 SHORTPIN 1 R61 SHORTPIN 1 R62 0 RES 0 0 1 8 W JUMPER SMD Yageo RC0805JR 070RL 1 R63 205 RES 205 1 8 W 5 SMD Yageo RC0805JR 07100RL 1 R64 SHORTPIN 1 R65...

Page 42: ...JR 070RL 1 SWA PC TEST POINT MINI SMD Keystone 5019 1 SW2 PSON SW SLIDE SPDT 30 V 0 2 A PC MOUNT E Switch EG1218 1 TP5 TEST POINT HAND MADE CRAFTS Analog Devices 1 TP6 TEST POINT HAND MADE CRAFTS Anal...

Page 43: ...ct to the following additional limitations Customer shall not i rent lease display sell transfer assign sublicense or distribute the Evaluation Board and ii permit any Third Party to access the Evalua...

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