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3

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 file 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 files 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 

Содержание MAX22005

Страница 1: ...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 deter...

Страница 2: ...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 DVDD SCLK RDYB SYNC CSB SDO SDI INTB RSTB MAX8614A BOOST CONVE...

Страница 3: ...e software to a temporary folder Double click the exe file 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...

Страница 4: ...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 Ic...

Страница 5: ...e 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...

Страница 6: ...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...

Страница 7: ...f each supply rail The expected max current consumption of the MAX22005PMB is less than 40mA Analog Input Configuration The MAX22005PMB groups the MAX22005 s 12 analog inputs into four sets of three c...

Страница 8: ...r 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 groun...

Страница 9: ...om 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...

Страница 10: ...V 20V Vf 0 385V If 0 5A If ave 0 5A 13 D3 D6 4 SMBJ33CA LITTLEFUSE 33V DIODE TVS SMB DO 214AA VRM 33V IPP 11 3A 14 DS1 DS5 5 SML P12PT ROHM SML P12PT DIODE LED SML P1 SERIES ULTRA COMPACT HIGH BRIGHTN...

Страница 11: ...W3 4 75K 68PF AGND SW2 4 75K AGND 33V SW0 100PF AVDD AGND 0 1UF 1UF 0 1UF DGND 10UH REF AGND DGND 698K FBP AGND 4 75K 1 5K RSTB 10K SYNC RDYB SDO RSTB RDYB 2 2UF AGND AGND 33V 68PF AGND AGND 68PF MAX2...

Страница 12: ...www analog com Analog Devices 12 MAX22005PMB Evaluates MAX22005 MAX22005PMB PCB Layout SILK_TOP MAX22005PMB PCB Layout TOP MAX22005PMB PCB Layout DGND_AGND1 MAX22005PMB PCB Layout Diagrams 1 1 1...

Страница 13: ...alog com Analog Devices 13 MAX22005PMB Evaluates MAX22005 MAX22005PMB PCB Layout HVDD_HVSS MAX22005PMB PCB Layout DVDD_AVDD MAX22005PMB PCB Layout DGND_AGND2 MAX22005PMB PCB Layout Diagrams continued...

Страница 14: ...www analog com Analog Devices 14 MAX22005PMB Evaluates MAX22005 MAX22005PMB PCB Layout BOTTOM MAX22005PMB PCB Layout SILK_BOT MAX22005PMB PCB Layout Diagrams continued 1 1...

Страница 15: ...r for any infringements of patents or other rights of third parties that may result from its use Specifications subject to change without notice No license is granted by implicationor otherwise under...

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