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USB2PMB1# Adapter Board

Evaluates: Munich (USB2PMB1#)

General Description

This document explains how the Munich (USB2PMB1#) 

adapter board receives commands from a laptop 

through the USB to create an SPI interface. Hardware  

design files as well as results on interfacing 

 

USB2PMB1# with 

MAX11300PMB1, Santa Fe  

(MAXREFDES5#)

Campbell (MAXREFDES4#)

Fresno 

(MAXREFDES11#)

, and 

Corona (MAXREFDES12#)

 are 

provided.
Portability has become another word for convenience. 

These days, almost all of us carry laptops, and this advan-

tage can be used to showcase parts to the customers 

offering solutions that can cater to their needs. To have 

that convenience, we need to have a board that interfaces 

with our laptops to the signal chain electronics that are 

present on many of the industrial, medical, and consumer 

applications. This adapter board serves this purpose of 

being a bridge between your laptop and your SPI-enabled 

devices.
The Maxim USB2PMB1# board requires custom software 

and can be ordered together as an evaluation system 

(EV system). The Munich design integrates a low-power, 

1.2A, PWM step-down DC-DC converter (MAX1556); a 

dual, high-speed, USB-to-multipurpose UART/FIFO IC 

(FT2232HL); and a 4K MICROWIRE

®

-compatible serial 

EEPROM. This Munich adapter board is used to enable 

USB-to-SPI interface for any Pmod™-compatible plug-

in peripheral modules such as the Maxim Campbell,  

Santa Fe, Fresno, and Corona reference designs.

Ordering information for EV systems is included in the EV 

kits’ corresponding data sheet. An EV system is an EV kit 

combined with an interface board such as a USB2PMB1# 

and custom software. Refer to the appropriate EV kit data 

sheet for quick start and detailed operating instructions. 

The USB2PMB1# has been tested on Windows

®

 7, 

Windows 8, and Windows XP

®

.

Adapter Board Contents

 

USB2PMB1# Board

 

Mini-USB Cable

Features

 

USB-to-SPI

 

Interface

 

Small PCB Area

 

Pmod

TM

-Compatible Form Factor

Applications

 

Industrial Sensors

 

Process Control

 

Industrial Automation

 

PLCs

 

Medical

19-6822; Rev 1; 6/15

Ordering Information

 appears at end of data sheet.

Figure 1. Munich USB2PMB1# Board

MICROWIRE is a registered trademark of National Semiconductor 

Corp. 

Pmod is a trademark of Digilent Inc. 

Windows is a registered trademark and registered service mark and 

Windows XP is a registered trademark of Microsoft Corporation.

Figure 1

X2

X1

Содержание Munich USB2PMB1

Страница 1: ...r 1 2A PWM step down DC DC converter MAX1556 a dual high speed USB to multipurpose UART FIFO IC FT2232HL and a 4K MICROWIRE compatible serial EEPROM This Munich adapter board is used to enable USB to...

Страница 2: ...esigned to supply power to exter nal boards Santa Fe Campbell Fresno and Corona through the connector X2 It is intended to provide power supply to the interface circuitry present in the connected driv...

Страница 3: ...on device s documentation 4 Connect the Munich board s 2x6 pin right angle con nector to the companion device s 2x6 pin right angle header Detailed Description of Software Graphical User Interface GUI...

Страница 4: ...rd is connected See Figure 6 Connecting Multiple Boards When connecting multiple boards such as Campbell and Cupertino at the same time to two separate Munich boards perform Steps 1 to 3 for each devi...

Страница 5: ...changes its text to Stop Sampling and the user would not be able to discon nect the board from the software until the user clicks the Stop Sampling button 3 Sample Rate This drop down box option allow...

Страница 6: ...s the temperature mea sured from IFM TA3231 Temp Sensor This sensor sinks sources current proportional to the temperature measured The shunt current and the temperature measured would be indi cated th...

Страница 7: ...Maxim Integrated 7 www maximintegrated com USB2PMB1 Adapter Board Evaluates Munich USB2PMB1 Figure 9a Plot Configuration Options Figure 10 Histogram Display on Munich Campbell GUI Figure 9a Figure 10...

Страница 8: ...ale the current measured ii Offset The offset calibration is done by forcing a 0V input voltage or 0mA current to obtain the plot counts This plot counts value if other than 0 should be fed in the off...

Страница 9: ...el input has seven differ ent input range options for selection See Figure 12 2 Sampling a Sample Once This pushbutton tab allows dis crete sampling b Sample Continuously This feature allows continuou...

Страница 10: ...down box menu to choose to aver age of the discrete values sampled For instance if 16 is selected it takes the first 16 samples of the sample shot the user takes then averages them and shows the numbe...

Страница 11: ...Maxim Integrated 11 www maximintegrated com USB2PMB1 Adapter Board Evaluates Munich USB2PMB1 Figure 13 Calibration Display on Munich Cupertino GUI...

Страница 12: ...c Sample Rate This drop down box option allows the user to choose the sample rate or the number of samples per second d Sample Count This drop down box option allows the user to choose the number of...

Страница 13: ...he user wishes to calibrate this option enables a real time calibration i Offset The offset calibration is done by forcing a 0V input voltage to obtain the plot counts This plot counts value if other...

Страница 14: ...luates Munich USB2PMB1 Figure 15 Munich Corona GUI Denotes RoHS compliant For further details refer to the MAX11300PMB1 Peripheral Module and Munich USB2PMB1 Adapter Board Quick Start Guide at www max...

Страница 15: ...axim Integrated logo are trademarks of Maxim Integrated Products Inc 2015 Maxim Integrated Products Inc 15 USB2PMB1 Adapter Board Evaluates Munich USB2PMB1 REVISION NUMBER REVISION DATE DESCRIPTION PA...

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