Analog Devices MAX16165 Manual de usuario

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MAX16165/MAX16166

Evaluation Kit

Evaluates: MAX16165/MAX16166

319-100789; Rev 0; 8/21

General Description

The MAX16165/MAX16166 evaluation kit (EV kit) monitors

up to five voltages and sequences up to four voltages. The

MAX16165 and MAX16166 provide an adjustable delay as

each power supply is turned on as well as monitor each

power supply voltage.

The MAX16166 EV kit comes with the MAX16166WPH+T

installed. This product is RoHS compliant.

Features

•2.7V to 16.0V Wide Operating Voltage Range

•Monitor up to Five Voltages

•Sequence up to Four Voltages

•Configurable for MAX16165 and MAX16166

•EV Kit comes with LED Indicators for System Event

•Onboard LDO’s are used for Sequencing/Monitoring

•Proven 4-Layer 1-oz Copper PCB Layout

•Demonstrates Compact Solution Size

•Fully Assembled and Tested

MAX16165/MAX16166 EV Kit Files

FILE

DESCRIPTION

MAX16165/MAX16166 EV BOM

EVKIT BOM

MAX16165/MAX16166 EV PCB LAYOUT

EVKIT Layout

MAX16165/MAX16166 EV SCHEMATIC

EVKIT Schematic

Ordering Information appears at end of data sheet.

Quick Start

Required Equipment

•MAX16165/MAX16166 EV kit

•25V, 1A DC Power supply

•Oscilloscope

•Digital voltmeter (DVM)

Procedure

The EV kit is fully assembled and tested. Follow the steps

and make the required hardware connections to start

operation of the kit.

Caution: Do not turn on the power supply until all

connections are completed.

1. Verify that shunt J1, J2, JSET_, JEN_, JIN_, JLOAD,

UVSET, and JPULLUP are configured as in Table 1

and Table 3.

2. If the VDD is more than 5V, do not install shunt in J2.

3. Connect the positive terminal of power supply to the

VDD test point.

4. Adjust the voltage to 5V and turn on the VDD power

supply.

5. Check the FAULT indicator LED and make sure it is not

turned on.

6. Remove shunt from J1(2:3) and connect to J1(1:2) to

initiate the power-on sequencing.

7. Verify that the status LEDs indicate the correct state of

all OUT_, DONE, and POK outputs during power-on

sequencing.

8. Once power-on sequencing is completed, remove

shunt from J1(1:2) and connect to J1(2:3) to initiate

power-down sequencing.

EV Kit Photo

Figure 1. MAX16165/MAX16166 EV Kit Board Connections

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Table 1. MAX16165/MAX16166 EV Kit Jumper Description

JUMPER

SIGNAL

SHUNT

POSITION

DESCRIPTION

MAX16165

MAX16166

VPULLUP

1-2

Power-up sequencing

2-3*

Power-down sequencing

Not Installed

Power-up and power-down sequencing using programmable

controllers

VDD

1-2*

Connects VDD to VPULLUP

Not Installed

If VDD > 5V, an additional power supply is needed for

VPULLUP

FAULT

1-2*

Enables LED Indicator for FAULT

JSET1

SET1

SET_

Mention

SET1,

SET2…..

1-2*

Feedback from VLDOOUT1

1-3

ABP is connected to SET1, skips OUT1/disables channel 1

1-4

OUT1 is connected to SET1

JSET2

SET2

1-2*

Feedback from VLDOOUT2

1-3

ABP is connected to SET2, skips OUT2/disables channel 2

1-4

OUT2 is connected to SET2

JSET3

SET3

1-2*

Feedback from VLDOOUT3

1-3

ABP is connected to SET3, skips OUT3/disables channel 3

1-4

OUT3 is connected to SET3

JSET4

SET4

1-2*

Feedback from VLDOOUT4

1-3

ABP is connected to SET4, skips OUT4/disables channel 4

1-4

OUT4 is connected to SET4

JIN1

U2_IN

1-2*

VPULLUP is connected to LDO input

JIN2

U3_IN

1-2

VPULLUP is connected to LDO input

2-3*

VLDOOUT1 is connected to LDO input

JIN3

U4_IN

1-2

VPULLUP is connected to LDO input

2-3*

VLDOOUT2 is connected to LDO input

JIN4

U5_IN

1-2

VPULLUP is connected to LDO input

2-3*

VLDOOUT3 is connected to LDO input

JEN1

1-2*

Connects OUT1 with EN of U2

Not Installed

Sequencer only operation; DC-DC mode with feedback from

LDO is disabled

JEN2

1-2*

Connects OUT2 with EN of U3

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JEN2

Not Installed

Sequencer only operation; DC-DC mode with feedback from

LDO is disabled

JEN3

1-2*

Connects OUT3 with EN of U4

Not Installed

Sequencer only operation; DC-DC mode with feedback from

LDO is disabled

JEN4

1-2*

Connects OUT4 with EN of U5

Not Installed

Sequencer only operation; DC-DC mode with feedback from

LDO is disabled

JLOAD

VLDOOUT_

1-2*

Connects VLDOOUT1 with RLOAD1

3-4*

Connects VLDOOUT2 with RLOAD2

5-6*

Connects VLDOOUT3 with RLOAD3

7-8*

Connects VLDOOUT4 with RLOAD4

JPULLUP

OUT_

1-2

Connects OUT1 with PULLUP resistor

3-4

Connects OUT2 with PULLUP resistor

5-6

Connects OUT3 with PULLUP resistor

7-8

Connects OUT4 with PULLUP resistor

DONE

9-10

Connects DONE with PULLUP resistor

POK

11-12

Connects POK with PULLUP resistor

JLED

OUT_

1-2*

Enables LED indicator for OUT1

3-4*

Enables LED indicator for OUT2

5-6*

Enables LED indicator for OUT3

7-8*

Enables LED indicator for OUT4

DONE

9-10*

Enables LED indicator for DONE

POK

11-12*

Enables LED indicator for POK

*Default position

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Detailed Description of Hardware

The MAX16165/MAX16166 PCB EV kit should be used with the following documents:

•MAX16165/MAX161666 Data Sheet

•MAX16165/MAX161666 EV Kit Data Sheet (this document)

The MAX16165/MAX16166 EV kit demonstrates sequencer operation of four power supplies during turn-on and turn-off.

During turn-off, the sequencer disables these four power supplies in reverse order.

Sequencer Operation

1. Power-On Sequencing

When the sequencer initiates power-on sequencing, the MAX16165/MAX16166 provide a capacitor-adjustable delay time

(tDLY) before the first output is enabled. Adjust the capacitor C2 in the EV kit for the required delay. When the power-on

sequence starts, the DLY has an internal switch in series with an internal current source of 4µA, which is connected to the

CDLY present at the DLY pin. This current charges the CDLY linearly until the voltage reaches the threshold of 0.5V and

signals to continue enabling the subsequent channel. Connect a capacitor (CDLY) between DLY and GND to adjust the

sequencing delay period (tDLY) that occurs between sequenced channels. Use the following formula to estimate the delay:

DLY     

where tDLY is in seconds and CDLY is in Farads. Leave DLY unconnected for the minimum 40μs (typ) delay. The accuracy

of tDLY is affected by the CDLY capacitor leakage and tolerance. A low-leakage ceramic capacitor is recommended.

2. Power-Off Sequencing

When the sequencer initiates power-off sequencing, the MAX16165/MAX16166 provide the delay time tDLY before the fourth

output is disabled. Select the RIOS using the following formula and R13 in the EV kit for proper power-off sequencing.

IOFFSET current = 5µA.

  󰇡 

󰇢

3. Sequencer Only Operation

To operate in this mode, do not install the jumper JEN_. JEN1, JEN2, JEN3, and JEN4 should be kept floating. This isolates

the LDO’s connection with MAX16165/MAX16166 IC. See Table 1 for a connection guide.

Table 2. LED Indicator Status

STATUS LED

DESCRIPTION

DS1 (OUT1)

This Green LED indicates the status of OUT1, turns on when it is HIGH.

DS2 (OUT2)

This Green LED indicates the status of OUT2, turns on when it is HIGH.

DS3 (OUT3)

This Green LED indicates the status of OUT3, turns on when it is HIGH.

DS4 (OUT4)

This Green LED indicates the status of OUT4, turns on when it is HIGH.

DS5 (DONE)

This Green LED indicates the status of DONE, turns on when it is HIGH.

DS6 (POK)

This Green LED indicates the status of POK, turns on when it is HIGH.

DS7 (FAULT)

This Red LED indicates the status of FAULT, turns on when it is LOW.

UVSET

The MAX16165/MAX16166 also monitor UVSET input for an undervoltage condition after power-up. UVSET is supplied with

VDD through a resistor divider R1 and R2 on the EV kits. R1 and R2 are configured to obtain approximately 0.5V at the

UVSET pin.

Table 3. UVSET Jumper Description/Connection Guide

JUMPER

SHUNT POSITION

DESCRIPTION

UVSET

1-2*

Connects VDD power supply to UVSET through resistor divider

2-3

Connects ABP to UVSET

*Default position

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FAULT Input/Output

FAULT is bidirectional. It is active low input and active low open-drain output. Refer to the MAX16165/MAX16166 data sheet

for all conditions that assert a FAULT.

Note: If extended fault pulse width is desired, mount R26 and C18 to avoid channel skipping during initialization.

SKIP or DISABLE Channels

If fewer than four channels are required, skip a channel by connecting the SET_ pin to ABP pin. The sequencing is similar

with four channel sequencing, proceed as though the MAX16165/MAX16166 has fewer channels (e.g., if SET2 is connected

to ABP, all logic for channel 2 is removed from the state machine; no delay, no timer, no UV detection, and no fault triggered

from this channel). If all channels are skipped, the device asserts DONE and POK immediately after initialization.

Power Good Timer and Power Timer Input (PGT)

The Power Good Timer is used to check the capability of a power supply to reach a set voltage within a capacitor adjustable

delay (tPGT). Connect a capacitor (C3) between PGT and GND to adjust the sequencing delay period (tPGT) on the EV kit. Use

the following formula to estimate the delay:

PGT     

where tPGT is in seconds and C3 is in Farads. Leave PGT unconnected for a minimum 5μs (typ) delay. The accuracy of the

delay is affected by the C3 capacitor leakage and tolerance. A low-leakage ceramic capacitor is recommended.

Open-Drain and Push-pull Outputs

The MAX16165 has open-drain outputs whereas the MAX16166 has push-pull outputs. Pullup resistors are required for

open-drain outputs. The exact value of the pullup resistors for the open-drain outputs is not critical, but some consideration

should be made to ensure the proper logic levels when the device is sinking current. For example, if VDD = 3.3V and the

pullup voltage is 5V, keep the sink current less than 3.2mA as shown in the Electrical Characteristics table of

MAX16165/16166 datasheet. As a result, the pullup resistor should be greater than 1.6kΩ. For a 12V pullup, the resistor

should be larger than 3.74kΩ. In the EV kit, R15, R18, R20, R22, R23, and R28 are pullup resistors and their values are set

to 10kΩ.

SET_IN Threshold and LDO Output Setting

The EV kit input-voltage thresholds are set to operate with 3.6V, 3.3V, 2.5V, and 1.8V (MAX16165/MAX16166) voltage

systems. All input-voltage thresholds can be reconfigured by replacing the corresponding resistors R33, R34, R35, R36,

R37, and R38 as shown in Figure 1. Refer to the Applications Information section of the MAX16165/MAX16166 IC data sheet

and Resistor Value Selection section in the MAX38903 IC data sheet to calculate the new resistor values when reconfiguring

the EV kit input thresholds.

Ordering Information

PART

TYPE

MAX16166EVKIT#

EV KIT

MAX16165EVKIT#*

EV KIT

#Denotes a RoHS-compliant device that may include lead(Pb) that is exempt under the RoHS requirements.

*Future product—contact factory for availability.

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MAX16165/MAX16166 EV Kit Bill of Materials

ITEM

REF_DES

QTY

MFG PART#

MANUFACTURER

VALUE

DESCRIPTION

ABP, VDD,

VPULLUP

5010

KEYSTONE

N/A

TEST POINT; PIN DIA=0.125IN; TOTAL

LENGTH=0.445IN; BOARD HOLE=0.063IN;

RED;

GCM188R70J225KE22J

MURATA

2.2UF

CAP; SMT (0603); 2.2UF; 10%; 6.3V; X7R;

CERAMIC

C3, C5

C0603C105K9RACAUT

KEMET

1UF

CAP; SMT (0603); 1UF; 10%; 6.3V; X7R;

CERAMIC

885012206071;C1608X7

R1E104K080AA;C0603C

104K3RAC

WURTH

ELECTRONICS

INC;TDK

0.1UF

CAP; SMT (0603); 0.1UF; 10%; 25V; X7R;

CERAMIC

C6-C9, C14-C17

CL10B106MQ8NRN

SAMSUNG

ELECTRONICS

10UF

CAP; SMT (0603); 10UF; 20%; 6.3V; X7R;

CERAMIC

C10-C13

C0603C473K5RAC;

GRM188R71H473KA61;

GCM188R71H473KA55

KEMET;MURATA;MUR

ATA

0.047UF

CAP; SMT (0603); 0.047UF; 10%; 50V; X7R;

CERAMIC

DONE, FAULT,

POK

5013

KEYSTONE

N/A

TEST POINT; PIN DIA=0.125IN; TOTAL

LENGTH=0.445IN; BOARD HOLE=0.063IN;

ORANGE;

DS1-DS6

KP DELPS1.FP-UGVI-

34-Z555

OSRAM

LED; PURE GREEN; SMT; VF=2.9V; IF=0.01A

DS7

KS DELPS1.22-TIVH-68-

H3Q4

OSRAM

LED; SUPER RED; SMT; VF=2.2V; IF=0.02A

FAULTIN

B3U-1000P

OMRON

SWITCH; SPST; SMT; STRAIGHT; 12V;

0.05A; ULTRA-SMALL TACTILE SWITCH

GND, GND1,

VDD1,

VPULLUP1

9020 BUSS

WEICO WIRE

EVK KIT PARTS; MAXIM PAD; WIRE;

NATURAL; SOLID; SOFT DRAWN BUS

TYPE-S; 20AWG

J1, JIN2-JIN4,

UVSET

PCC03SAAN

SULLINS

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT THROUGH;

3PINS;

J2, J3, JEN1-

JEN4, JIN1,

ON/OFF

PEC02SAAN

SULLINS

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT; 2PINS

JLED, JPULLUP

PEC06DAAN

SULLINS

ELECTRONICS CORP.

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT; 12PINS

JLOAD

PEC04DAAN

SULLINS

ELECTRONICS CORP.

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT; 8PINS

MH1-MH4

9032

KEYSTONE

9032

MACHINE FABRICATED; ROUND-THRU

HOLE SPACER; NO THREAD; M3.5; 5/8IN;

NYLON

ON, TP3

5014

KEYSTONE

N/A

TEST POINT; PIN DIA=0.125IN; TOTAL

LENGTH=0.445IN; BOARD HOLE=0.063IN;

YELLOW;

Q1-Q6

ZXTN25020DFH

DIODES

INCORPORATED

TRAN; 20V SOT23 NPN MEDIUM POWER

TRANSISTOR; NPN; SOT-23; PD-(1.25W); I-

(4.5A); V-(20V)

R1, R34, R36,

R38, R40

ERJ-PA3F3003

PANASONIC

300K

RES; SMT (0603); 300K; 1%; +/-

100PPM/DEGC; 0.2500W

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ERJ-3EKF3572

PANASONIC

35.7K

RES; SMT (0603); 35.7K; 1%; +/-

100PPM/DEGC; 0.1000W

CRCW0603261KFK

VISHAY DALE

261K

RES; SMT (0603); 261K; 1%; +/-

100PPM/DEGK; 0.1000W

CRCW060345K3FK;

VISHAY DALE

45.3K

RES; SMT (0603); 45.3K; 1%; +/-

100PPM/DEGC; 0.1000W

CRCW0603232KFK

VISHAY DALE

232K

RES; SMT (0603); 232K; 1%; +/-

100PPM/DEGC; 0.1000W

ERJ-3EKF4422

PANASONIC

44.2K

RES; SMT (0603); 44.2K; 1%; +/-

100PPM/DEGC; 0.1000W

ERJ-3EKF1543

PANASONIC

154K

RES; SMT (0603); 154K; 1%; +/-

100PPM/DEGC; 0.1000W

CRCW060341K2FK

VISHAY DALE

41.2K

RES; SMT (0603); 41.2K; 1%; +/-

100PPM/DEGK; 0.1000W

ERA-3AEB8872

PANASONIC

88.7K

RES; SMT (0603); 88.7K; 0.10%; +/-

25PPM/DEGC; 0.1000W

R10

CRCW060337K4FK

VISHAY

37.4K

RES; SMT (0603); 37.4K; 1%; +/-

100PPM/DEGK; 0.1000W

R11,R12

CRCW060310K0FK;ERJ

-3EKF1002;AC0603FR-

0710KL;RMCF0603FT10

VISHAY

DALE;PANASONIC;YA

GEO

10K

RES; SMT (0603); 10K; 1%; +/-

100PPM/DEGC; 0.1000W

R13

PNM0603E5002BS

VISHAY DALE

50K

RES; SMT (0603); 50K; 0.10%; +/-

25PPM/DEGC; 0.1500W

R14, R17, R21,

R27, R41, R42

ERJ-3GEYJ102

PANASONIC

RES; SMT (0603); 1K; 5%; +/-200PPM/DEGC;

0.1000W

R15, R18, R20,

R22, R23, R28

301-10K-RC

XICON

10K

RES; SMT (0603); 10K; 5%; +/-

200PPM/DEGC; 0.0630W

R16, R19, R24,

R25, R29-R31

RNCP0603FTD2K00

STACKPOLE

ELECTRONICS INC.

RES; SMT (0603); 2K; 1%; +/-100PPM/DEGC;

0.1250W

R32

CRCW0603100KFK

VISHAY DALE

100K

RES; SMT (0603); 100K; 1%; +/-

100PPM/DEGC; 0.1000W

R33

CRCW06031M50FK

VISHAY DALE

1.5M

RES; SMT (0603); 1.5M; 1%; +/-

100PPM/DEGC; 0.1000W

R35

RC0402FR-071M33L

YAGEO

1.33M

RES; SMT (0402); 1.33M; 1%; +/-

100PPM/DEGK; 0.0630W

R37

CRCW0402953KFKEDC;

RC0402FR-07953KL

VISHAY;YAGEO

953K

RES; SMT (0402); 953K; 1%; +/-

100PPM/DEGK; 0.0630W;

R39

ERJ-2RKF6043

PANASONIC

604K

RES; SMT (0402); 604K; 1%; +/-

100PPM/DEGC; 0.1000W

RLOAD1-

RLOAD4

ERJ-14NF49R9

PANASONIC

49.9

RES; SMT (1210); 49.9; 1%; +/-

100PPM/DEGC; 0.5000W

SU1-SU33

STC02SYAN

SULLINS

ELECTRONICS CORP.

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT; 4PINS

JSET1-JSET4,

T1, T2

PEC04SAAN

SULLINS

ELECTRONICS CORP.

CONNECTOR; MALE;THROUGH HOLE;

BREAKAWAY; STRAIGHT; 4PINS

TP1, TP2

5011

KEYSTONE

N/A

TEST POINT; PIN DIA=0.125IN; TOTAL

LENGTH=0.445IN; BOARD HOLE=0.063IN;

BLACK

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MAX16166AHWP+

MAXIM

MAX16166AHWP+

EVKIT PART - IC; PWRM; QUAD POWER

SUPPLY SEQUENCER AND SUPERVISOR;

PACKAGE CODE: W201C2+2; PACKAGE

OUTLINE DRAWING: 21-100553; WLP20

U2-U5

MAX38903CANL+

MAXIM

MAX38903CANL+

IC; REG; 1.7V-5.5VIN; 1A LOW NOISE LDO

LINEAR REGULATORS; WLP9

VLDOOUT1-

VLDOOUT4

5012

KEYSTONE

N/A

TEST POINT; PIN DIA=0.125IN; TOTAL

LENGTH=0.445IN; BOARD HOLE=0.063IN;

WHITE

C18-C22

885012206071

WURTH

ELECTRONICS INC

0.1UF

CAP; SMT (0603); 0.1UF; 10%; 25V; X7R;

CERAMIC

R26

RNCP0603FTD100R

STACKPOLE

ELECTRONICS INC

100

RES; SMT (0603); 100; 1%; +/-

100PPM/DEGC; 0.1250W

N/A

OPEN

PACKAGE OUTLINE 0603 NON-POLAR

CAPACITOR

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MAX16165/MAX16166 EV Kit Schematics

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