Analog Devices MAX22005 Manuel utilisateur

Evaluates: MAX22005 MAX22005PMB#

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General Description

The MAX22005PMB# (peripheral module board) provides

a Pmod™-compatible hardware solution to evaluate the

MAX22005 Twelve-Channel Congurable Industrial Analog

Input. Refer to the MAX22005 IC data sheet for more

details on the operation of the IC and its register map.

The MAX22005PMB# is most easily evaluated by con-

guring four universal analog inputs with the Munich

GUI software through the USB2PMB2# adapter board.

Alternatively, any SPI-compatible microcontroller, adapter

board, or FPGA can be used along with a custom driver

to evaluate the board.

The PCB dimension is just 99mm long x 23mm wide, with

the width determined by the size of the terminal block.

Note the module provides a subset of the MAX22005

features. For greater exibility, refer to the MAX22005

Evaluation Kit.

Features

● Easy Evaluation of the MAX22005

● Configurable as 8 Single-Ended Analog Voltage

Inputs, 4 Single-Ended Analog Current Inputs, 4

Differential Analog Voltage Inputs, 4 Multifunctional

(Universal) Analog Inputs, or Combinations Thereof

● Analog Input Voltage Range: ±12.5V

● Analog Input Current Range: ±25mA

● ±1.5kV Input Surge Protection

● Works with the USB2PMB2# Adapter and Munich

GUI Software

●Fully Assembled and Tested

●Proven PCB Layout

● RoHS Compliant

EV Kit Contents

●MAX22005PMB#

319-100889; Rev 0; 3/22

Ordering Information appears at end of data sheet.

Pmod is a registered trademark of Digilent Inc.

MAX22005PMB# Photo

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MAX22005PMB# Evaluates: MAX22005

MAX22005PMB# EV Kit Files

FILE DESCRIPTION

Munich GUISetupV2.25.exe Munich GUI software for use with the USB2PMB2# adapter

PIN 1

PIN 2

PIN 3

12-PIN

PMOD

CONNECTOR

ANALOG INPUT

MAX22005

AI1

AI2

AI3

AI4 – AI6

HVDD

AVDD

HVSS

DVDD

+3 .3V = DV DD

SCLK

RDYB

SYNC

CSB

SDO

SDI

IN TB

R STB

MAX 8614 A

BOOST

CONVERTER

AI7 – AI9

AI10 – AI12

ONLY ONE TRIPLET SHOWN FOR CLARI TY

GPIO0

DVDD

+15V = HVDD

-15V = HVSS

4.7 5kΩ

49 .9Ω

MAX14757

(S W0)

30V

Block Diagram

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MAX22005PMB# Evaluates: MAX22005

Quick Start

Required Equipment

●MAX22005PMB#

●USB2PMB2# adapter board

●Micro-USB cable

● Windows 10 PC with a spare USB port

● Munich GUI v2.25 or higher

● Voltage and/or Current Source

Note: In the following section(s), software-related items

are identified by bolding. Text in bold refers to items

directly from the Munich GUI software. Text in bold and

underlined refers to items from the Windows operating

system.

Procedure

This quick start procedure assumes the use of the

USB2PMB2# adapter and Munich GUI software. For use

with other Pmod or SPI-compatible devices, refer to the

MAX22005 IC

data sheet for register settings and instruc-

tions.

1) Visit www.maximintegrated.com to download the

latest version of the Munich GUI software, version

2.25 or later.

2) Save the software to a temporary folder. Double-click

the .exe le to run the installer. A message box Do

you want to allow the following program to make

changes to this computer? might appear. If so,

click Yes.

3) The installer includes the drivers for the hardware

and software. Follow the instructions on the installer,

and once complete, click Finish. The default location

of the software is in the program les directory.

4) The GUI requires voltages and currents to be mea-

sured at the J2 and J3 input connector Pins 1, 4, 7,

and 10. (See Figure 1 and Table 2 for the J2 and J3

connector pin naming convention in this document.)

In the GUI, these are called Channel 1 (CH1),

Channel 2 (CH2), Channel 3 (CH3), and Channel

4 (CH4), respectively. These are the multifunctional

“universal” analog inputs. The other pins on the J2

and J3 connectors should be grounded for accurate

results—ground Pins 2, 5, 8, and 11 to their adjacent

GND Pins 3, 6, 9, and 12 as shown in Figure 1. For

example:

Figure 1. Input Connectors J2 and J3—Input Pin Labels and

Grounding

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MAX22005PMB# Evaluates: MAX22005

5) Connect USB2PMB2# connector X2 to

MAX22005PMB# connector J1 as shown in Figure 2.

6) Connect the Micro-USB cable to the USB2PMB2#

USB connector X1. Connect the USB cable to the

PC USB port.

7) The MAX22005PMB# is powered by USB through

the USB2PMB2#. Conrm that the green DS1 LED

(power indicator) is on. The USB2PMB2# green SPI

LED should also be on. These are visible in Figure 2.

8) It may take Windows several minutes to install the

driver. Wait until Windows successfully installs the

driver and shows “Your device is ready to use” at

the lower right corner near System Icons.

9) In the Device menu, select Industrial Analog 

MAX22005PMB# – 4 Channel Universal Analog In.

10) Click the Scan Adapters button in the USB2PMB

Adapter box. A USB2PMB2# serial name such as

PMOD000003A should appear in the list (or auto-

matically get selected). Click Connect.

Figure 2. USB2PMB2# and MAX22005PMB# Connection

Figure 3. Choosing the MAX22005PMB# GUI in the Device Menu

Figure 4. Scanning for USB2PMB Adapters and Connecting

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MAX22005PMB# Evaluates: MAX22005

11) Voltages can be measured on the four input chan-

nels independently. This example measures all four at

once with the same voltage. Select all four Channels

in Measurement Conguration by checking each

box. In the same section, select the Physical Values

button. In the Results box on the right side, Voltage

should be selected (the button switch is on the left

side). See Figure 5.

12) Connect a voltage source from the CH1 (Pin 1), CH2

(Pin 4), CH3 (Pin 7), and CH4 (Pin 10) pins to GND.

Remember to connect Pin 2 to Pin 3 (GND), Pin 5 to

Pin 6 (GND), Pin 8 to Pin 9 (GND), and Pin 11 to Pin

12 (GND) for proper operation with the Munich GUI.

Set the voltage source to +10V and activate it.

13) In the Sample box, set the Sample Rate and Sam-

ple Count. Example values are shown in Figure 6.

Figure 5. Example Voltage Measurement Settings and Expected Results

Figure 6. Example Sample Settings

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MAX22005PMB# Evaluates: MAX22005

14) Press Sample Continuously. You should see volt-

age values in the Results box close to what is in

Figure 5. Press Stop Sampling.

15) The current measurements are performed one chan-

nel at a time. Disable and/or remove the voltage

source. Select only the Channel 1 box in the Mea-

surement Conguration. In Results, click the Volt-

age/Current button for Channel 1 so that it slides to

the right (colored blue). See Figure 7. Note that it is

possible to measure all four channels at once with

four di󰀨erent current sources.

16) Connect a current source between CH1 (Pin 1) and

the adjacent GND pin (Pin 3). Set the current source to

+20mA and activate it. Press Sample Continuously in

the Sample box. You should see a Channel 1 current

measurement result similar to that shown in Figure 7.

Press Stop Sampling.

17) Then, apply -20mA from the current source and

conrm that the current value in Results matches.

(Note: For higher accuracy in current mode, all

channels must be calibrated to accommodate the

real sense resistor values. The initial accuracy of the

sense resistors is 0.1%, which is much higher than

the target of 0.02% Total Unadjusted Error. Refer to

the MAX22005 data sheet for a description of the

calibration procedure.)

18) Repeat steps 15 through 17 for Channels 2, 3, and 4,

if desired.

Detailed Description of Hardware

The MAX22005 is a twelve-channel industrial-grade ana-

log input voltage mode device that can also be configured

as an analog input current mode device using an external

precision resistor per channel. It can also operate as a

multifunctional “universal” analog input using an external

precision resistor and a low-cost switch per channel. The

MAX22005 features an integrated 24-bit delta-sigma ADC

that is shared between all analog inputs. The MAX22005

measurements have a Total Unadjusted Error (TUE) of

0.02% Full Scale Range (FSR) at 25°C factory calibration

and a TUE of 0.05% FSR over ±50°C from 25°C factory

calibration.

The MAX22005PMB# hardware provides everything

needed to evaluate the MAX22005 using the Pmod inter-

face. An optional USB2PMB2# or USB2GPIO# adapter

can be used with the Munich GUI to provide the USB-to-

SPI interface to communicate with the MAX22005. The

MAX22005PMB# is configurable as 8 single-ended ana-

log voltage inputs, 4 single-ended analog current inputs,

4 differential analog voltage inputs, 4 multifunctional

(universal) analog inputs, or combinations thereof. Note

that these configurations are a subset of the total configu-

rations possible with the MAX22005 IC. For greater flex-

ibility and access to all of the MAX22005 features, refer to

the MAX22005 Evaluation Kit.

Figure 7. Example Current Measurement Settings and Expected Results

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MAX22005PMB# Evaluates: MAX22005

Pmod Connector

The 12-pin Pmod connector (J1) meets the Pmod Interface

Type 2A (expanded SPI) standard. Figure 8 details the J1

Pmod connections on the MAX22005PMB#.

Power Supplies

Power is supplied to the MAX22005PMB# through the

J1 Pmod connector’s DVDD pins 6 and 12. DVDD from

the USB2PMB2# is 3.3V. The MAX22005 IC DVDD pins

are supplied directly from the J1 DVDD pins. AVDD is

supplied by DVDD through a Pi filter. HVDD and HVSS

are supplied by DVDD through a dual boost converter,

the MAX8614A. DGND and AGND are connected at one

point, the 0Ω R5 short. See Table 1 for the expected

values of each supply rail. The expected max current

consumption of the MAX22005PMB# is less than 40mA.

Analog Input Conguration

The MAX22005PMB# groups the MAX22005’s 12 analog

inputs into four sets of three consecutive inputs, called trip-

lets. Each triplet is connected as in Figure 9, which is the

first triplet consisting of AI1, AI2, and AI3. The MAX14757

analog switch is used to insert the 49.9Ω precision resis-

tor for current mode measurements. Also, refer to the full

MAX22005PMB# schematic diagram to see the J2 and J3

connector to IC input pin connections in their entirety.

Table 1. Supply Voltages

Figure 9. Multifunctional Universal Triplet Input

Figure 8. MAX22005PMB# Pmod Connector Schematic

SUPPLY VOLTAGE

DVDD 3.3V ±0.1V

AVDD 3.3V ±0.1V

HVDD +15V ±0.5V

HVSS -15V ±0.5V

Pin 1 (CH 1)

Pin 2

Pin 3

AI1

AI2

AI3

GPIO0

4.7 5kΩ

49 .9Ω

MAX14757

(S W0)

30V

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MAX22005PMB# Evaluates: MAX22005

The analog input pin numbering in this document and

their corresponding J2 and J3 analog input connector and

IC pin names are summarized in Table 2.

The Munich GUI provides an intuitive way to easily ana-

lyze four single-ended “universal” analog inputs, i.e.,

an input that can measure Voltage or Current. These

four universal inputs are Pin 1 (CH1), Pin 4 (CH2), Pin

7 (CH3), and Pin 10 (CH4). The additional inputs Pin 2

(AI3), Pin 5 (AI6), Pin 8 (AI9), and Pin 11 (AI12) should

be grounded when using the GUI to ensure accurate

measurements of the universal Channel inputs. This can

be achieved by connecting a wire between these pins

and their adjacent GND pins (Pin 3, Pin 6, Pin 9, and

Pin 12). The GUI measures the single-ended channel

inputs using the MAX22005’s multifunctional differential

measurement modes. Using Triplet 1 (AI1, AI2, AI3) as an

example, the voltage is measured differentially from AI1

to AI3. Grounding AI3 is recommended to avoid floating

connections and ensure a more accurate measurement.

After closing SW0, the current is measured by the volt-

age across the sense resistor from AI1 to AI2. Since the

GUI measures differentially, a differential voltage source

from AI1 to AI3 can also be measured. In all cases, inac-

curacies due to (potentially long) input wire voltage drops

should be taken into consideration.

When using the MAX22005PMB# with your own soft-

ware, Pins 2, 5, 8, and 11 (AI3, AI6, AI9, and AI12) can

be used to accommodate other input configurations, for

example to measure a single-ended voltage like the volt-

age drop across a wire to ground. Refer to Application Note

7413-MAX22005 Universal Analog Input Enables Flexible

Industrial Control Systems for possible example configura-

tions, in particular the Multifunction Configuration section.

LEDs

The DS1 LED is used to confirm that the Pmod DVDD

is being supplied to the MAX22005PMB# through the J1

connector (pins 6 and 12). The USB2PMB2# DVDD is

3.3V. The DS2 through DS5 are used to indicate if GPIO0

through GPIO3, respectively, are high (LED on) or low

(LED off). The GPIO0 through GPIO3 control switches

SW0 through SW3 which switch in the 49.9Ω precision

sense resistors for the current measurements. Refer to

Table 3 for a summary of the LED states.

Surge Protection

No external surge suppression is needed as all the

MAX22005 IC analog inputs are protected against up to

±1.5kV surge pulses as per IEC61000-4-5 using series

4.75kΩ 0.4000W resistors.

Table 2. Input Pin Names

Table 3. LED Description

J2 AND J3

CONNECTOR - PIN

NAME IC PIN TRIPLET

J2 - 1 1 (CH1) AI1

J2 - 2 2 AI3

J2 - 3 3 GND

J2 - 4 4 (CH2) AI4

2J2 - 5 5 AI6

J2 - 6 6 GND

J3 - 1 7 (CH3) AI7

3J3 - 2 8 AI9

J3 - 3 9 GND

J3 - 4 10 (CH4) AI10

4J3 - 5 11 AI12

J3 - 6 12 GND

LED ON OFF

DS1 DVDD Connected DVDD Disconnected

DS2 SW0 Closed (CH 1 Current Mode) SW0 Open (CH1 Voltage Mode)

DS3 SW1 Closed (CH 2 Current Mode) SW1 Open (CH2 Voltage Mode)

DS4 SW2 Closed (CH 3 Current Mode) SW2 Open (CH3 Voltage Mode)

DS5 SW3 Closed (CH 4 Current Mode) SW3 Open (CH4 Voltage Mode)

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MAX22005PMB# Evaluates: MAX22005

Detailed Description of Software

The MAX22005PMB# GUI is a part of the Munich GUI

for use with USB2PMB2#. A list of all the GUIs and sup-

ported devices can be found in the Device tab. This is

where the MAX22005PMB# GUI is found. A screenshot of

the MAX22005PMB# GUI is provided in Figure 10. In the

Window tab, one can switch between multiple open GUIs,

however the user must disconnect from one GUI in order

to use another (only one GUI/device can be used at a

time). The Status Log lists the status and error messages

which can be cleared using the Clear Log button on the

right. The Scope box represents the measured Channel

voltages or currents over time. It is color-coded to match

the Channel colors in the Measurement Configuration

box. Near the Autoscale checkbox is a collection of

graph tool features including (from top left to right): play

or pause, “grab and drag” or “zoom in on selection,” print,

save, graph settings, zoom in, zoom out, default zoom

(includes all samples), zoom undo, and zoom redo. The

Scope graph can be enlarged by clicking the arrow button

on the top left and shrunk back by pressing it again.

The Measurement Configuration box is where Channel

measurements can be enabled or disabled by checking

the appropriate channel box. The measurements can be

displayed in Physical Values (volts or amperes) or the

raw ADC Counts (in decimal) by choosing the corre-

sponding button in the Measurement Configuration box.

The History button enables the graph to display up to the

number of samples chosen in the History Length drop-

down menu. In the Results box, one can switch between

Voltage (left) and Current (right and blue) modes using

the appropriate channel’s button. The displayed measure-

ment results are an average of the number of samples

chosen in the Average drop-down menu. At the very bot-

tom of the GUI, one can quickly see the connection status

and Munich GUI version number.

Figure 10. MAX22005PMB# GUI Software

#Denotes RoHS compliance.

PART TYPE

MAX22005PMB## Peripheral Module

Ordering Information

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MAX22005PMB# Evaluates: MAX22005

MAX22005PMB# Bill of Materials

ITEM REF_DES QTY MFG PART # MANUFACTURER VALUE DESCRIPTION COMMENTS

1C1, C2 2C0805X5R6R3-106MNE; C2012X5R0J106M125AB;

JMK212BJ106MG VENKEL LTD;TDK;TAIYO YUDEN 10UF CAP; SMT (0805); 10UF; 20%; 6.3V; X5R; CERAMIC

2C3, C6, C15-C18,

C22, C42 8

C0603C105K4RAC;C1608X7R1C105K080AC;

EMK107B7105KA;CGA3E1X7R1C105K080AC;

0603YC105KAT2A

KEMET;MURATA;TDK;TAIYO

YUDEN;TDK;AVX 1UF CAP; SMT (0603); 1UF; 10%; 16V; X7R; CERAMIC

3C4, C7, C10, C11,

C19, C20 6

C0402C101J5GAC;NMC0402NPO101J;

CC0402JRNPO9BN101;GRM1555C1H101JA01;

C1005C0G1H101J050BA

KEMET;NIC COMPONENTS

CORP.;YAGEO

PHICOMP;MURATA;TDK

100PF CAP; SMT (0402); 100PF; 5%; 50V; C0G; CERAMIC

4C5, C8, C12, C13,

C21, C27 608053C225KAT2A;TMK212B7225KG;

GRM21BR71E225KA73;GRT21BR71E225KE13

AVX;TAIYO

YUDEN;MURATA;MURATA 2.2UF CAP; SMT (0805); 2.2UF; 10%; 25V; X7R; CERAMIC

5C9 1CGA2B3X7R0J224M050BB TDK 0.22UF CAP; SMT (0402); 0.22UF; 20%; 6.3V; X7R; CERAMIC

6C14 1

GRM21BR71A475KA73; LMK212B7475KG-T;

C2012X7R1A475K125AC

MURATA;TAIYO YUDEN;TDK 4.7UF CAP; SMT (0805); 4.7UF; 10%; 10V; X7R; CERAMIC

7C23, C25 2

CC0603KRX7R0BB104;GRM188R72A104KA35;

HMK107B7104KA;06031C104KAT2A;

GRM188R72A104K

YAGEO;MURATA;TAIYO

YUDEN;AVX;MURATA 0.1UF CAP; SMT (0603); 0.1UF; 10%; 100V; X7R; CERAMIC

8C24 1C0603C224K3RAC;GMC10X7R224K25;

GRM188R71E224KA88;C1608X7R1E224K080AC

KEMET;MURATA;MURATA;TDK 0.22UF CAP; SMT (0603); 0.22UF; 10%; 25V; X7R; CERAMIC

9C26, C28 2

C1206C105K5RAC;GRM31CR71H105KA61;

GRM31MR71H105KA88;GCM31MR71H105KA55;

CGA5L3X7R1H105K160AB;C3216X7R1H105K160AE

KEMET;MURATA;MURATA;

MURATA;TDK;TDK 1UF CAP; SMT (1206); 1UF; 10%; 50V; X7R; CERAMIC

10 C29 1C0805C151J5GAC KEMET 150PF CAP; SMT (0805); 150PF; 5%; 50V; C0G; CERAMIC

11 C30-C41 12 C0402C680K5RAC KEMET 68PF CAP; SMT (0402); 68PF; 10%; 50V; X7R; CERAMIC

12 D1, D2 2MBR0520L FAIRCHILD SEMICONDUCTOR MBR0520L DIODE, SCHOTTKY, SOD-123, PIV=20V,

Vf=0.385V@If=0.5A, If(ave)=0.5A

13 D3-D6 4SMBJ33CA LITTLEFUSE 33V DIODE; TVS; SMB (DO-214AA); VRM=33V; IPP=11.3A

14 DS1-DS5 5SML-P12PT ROHM SML-P12PT

DIODE; LED; SML-P1 SERIES; ULTRA COMPACT HIGH

BRIGHTNESS LED; GREEN; SMT (0402); VF=2.2V;

IF=0.02A

15 J1 1TSW-106-08-S-D-RA SAMTEC TSW -106-08-S-D-RA CONNECTOR; THROUGH HOLE; DOUBLE ROW ;

RIGHT ANGLE; 12PINS;

16 J2, J3 2250-206 WAGO 250-206

CONNECTOR; FEMALE; THROUGH HOLE; PCB

TERMINAL BLOCK; PUSH-BUTTON; RIGHT ANGLE;

6PIN ;

17 L1, L4, L5 3LQH2HPZ220MJR MURATA 22UH INDUCTOR; SMT (1008); MAGNETICALLY SHIELDED;

22UH; TOL=+/-20%; 0.54A

18 L2, L3 2LQH32CN100K33 MURATA 10UH INDUCTOR; SMT (1210); FERRITE; 10UH; 10%; 0.45A

19 R1 1ERJ-2GEJ104 PANASONIC 100K RES; SMT (0402); 100K; 5%; +/-200PPM/DEGC;

0.1000W

20 R2-R4 3CRCW020110K0FK VISHAY DALE 10K RES; SMT (0201); 10K; 1%; +/-100PPM/DEGC; 0.0500W

21 R5 1HCJ0402ZT0R00 STACKPOLE ELECTRONICS INC. 0RES; SMT (0402); 0; JUMPER; JUMPER; 0.1250W

22 R6 1CRCW0402300KFK VISHAY DALE 300K

RES; SMT (0402); 300K; 1%; +/-100PPM/DEGK;

0.0630W

23 R7 1ERJ-2RKF2492 PANASONIC 24.9K RES; SMT (0402); 24.9K; 1%; +/-100PPM/DEGC;

0.1000W

24 R8 1ERJ-2RKF6983 PANASONIC 698K RES; SMT (0402); 698K; 1%; +/-100PPM/DEGC;

0.1000W

25 R9 1ERJ-2RKF4992 PANASONIC 49.9K RES; SMT (0402); 49.9K; 1%; +/-100PPM/DEGC;

0.1000W

26 R10-R13 4ERJ-2RKF10R0 PANASONIC 10 RES; SMT (0402); 10; 1%; +/-100PPM/DEGC; 0.1000W

27 R14-R16, R23-

R25, R30-R35 12 MMA02040C4751F VISHAY BEYSCHLAG 4.75K RES; SMT; 4.75K; 1%; +/-50PPM/DEGK; 0.4000W

28 R17, R19-R22 5ERJ-2GEJ152 PANASONIC 1.5K RES; SMT (0402); 1.5K; 5%; +/-200PPM/DEGC; 0.1000W

29 R18 1CRCW02011K00FK VISHAY DALE 1K RES; SMT (0201); 1K; 1%; +/-100PPM/DEGC; 0.0500W

30 R26-R29 4RN73C2A49R9BTDF; 1676703-2 TE CONNECTIVITY;TE

CONNECTIVITY 49.9 RES; SMT (0805); 49.9; 0.10%; +/-10PPM/DEGC;

0.1000W

31 U1 1MAX8614AETD+ MAXIM MAX8614AETD+ IC; CONV; DUAL-OUTPUT (+ AND -) DC-DC

CONVERTER FOR CCD; TDFN14

32 U2 1MAX22005 MAXIM MAX22005

EVKIT PART - IC; RX16; TWELVE-CHANNEL FACTORY-

CALIBRATED CONFIGURABLE INDUSTRIAL ANALOG

INPUT; QFN48

33 U3 1MAX14757EUE+ MAXIM MAX14757EUE+

IC; ASW; QUAD NO SPST; +70V ANALOG SWITCH;

TSSOP16

34 PCB 1MAX22005PMB MAXIM PCB PCB:MAX22005PMB -

TOTAL 100

Ce manuel convient aux modèles suivants

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