ADL5387ACPZWP - ANALOG DEVICES

Sensor

™

PC Evaluation System

Preliminary Technical Data

ADISEVAL

Rev. Pr.C

Information furnished by Analog Devices is believed to be accurate and reliable.

However, no responsibility is assumed by Analog Devices for its use, nor 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 implication

or otherwise under any patent or patent rights of Analog Devices. Trademarks and

registered trademarks are the property of their respective owners.

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Tel: 781.329.4700 www.analog.com

GENERAL DESCRIPTION

The ADISEVAL is a PC-based evaluation system for many of

the iSensor™ products. It comes with a Parallel Interface

Board, parallel interface cable, 2 12-pin ribbon cables, and the

iSensor™ CD, which contains product documentation and

evaluation software.

GETTING STARTED

Getting started with this system requires four simple steps.

1. Connect J2 of the Parallel Interface Board (see Figure 1) to

the appropriate power supply, using Table 1. For simplicity,

connect pin 1 to pin 4 and connect pin 2 to pin 3. Set the

voltage on the power supply per Table 2. Turn power off.

2. Install the ADIS16XXX/PCBZ evaluation board on the

Parallel Interface Board, using 2mm machine screws and

the two 12-pin ribbon cables, as shown in Figure 2. Make

sure that these cables are aligned correctly on each header

before applying power. Hook up the system to a PC using

the parallel cable.

3. Locate the product-specific evaluation software on the

iSensor™ CD or download it from:

www.analog.com/isensor-evaluation. See Tabl e 3 for a list

of products supported by each installation package.

4. Unpack the zip file and double click on the setup.exe file.

Follow the prompts to install the software.

5. Go to the created directory. In most cases, this will be a

subdirectoy under “C:\ProgramFiles\Analog Devices

iSensors\.” Double-click on the giveio.exe. Follow the

prompts to install this driver, which enables the parallel

port communications in the PC.

6. Double click on the ADIS*.exe file to start the software.

7. Click on “Interface” and select, “Parallel.” Enter the

address of the parallel port on the PC and click the “OK”

button. The parallel port address can be found under the

Device Manager in Windows XP.

The software contains help files that describe each function of

the software. The right button on the mouse has the ability to

speed up changes when the Pointer is placed over titles, graph

axes and waveform data.

See Figure 4 (ADIS16003, ADIS16006), Figure 5 (ADIS16080,

ADIS16100), Figure 6 (ADIS16201), Figure 7 (ADIS16203),

Figure 8 (ADIS16209) and Figure 9 (ADIS16250) for basic

software assistance.

Table 1. Power Supply Hook-up – J2

Pin Number Function

1 Digital I/O Power Supply

2 Common

3 Common

4 Sensor Power Supply

NOTE: No reverse polarity protection provided.

Table 2. Power Supply Voltages

Evaluation Board Power Supply Voltage

ADIS16003/PCBZ +3.0 to +5.25V

ADIS16006/PCBZ +3.0 to +5.25V

ADIS16060/PCBZ +4.75 to +5.25V

ADIS16080/PCBZ +4.75 to +5.25V

ADIS16100/PCB +4.75 to +5.25V

ADIS1620x/PCBZ +3.0 to +3.6V

ADIS1625x/PCBZ +4.75 to +5.25V

Table 3. Evaluation Software

Installation Package Filename Supported Products

003ES(x).zip ADIS16003 ADIS16006

ADIS16060 ADIS16080

ADIS16100

201ES(x).zip ADIS16201

203ES(x).zip ADIS16203

204ES(x).zip ADIS16024

209ES(x).zip ADIS16209

250ES(x).zip ADIS16250 ADIS16251

ADIS16255

ORDERING GUIDE

Model Package Description

ADISEVAL iSensor™ PC Evaluation System

ADISEVAL

Rev. PrC | Page 2 of 10

Pin 1

Figure 1 – iSensor™ PC Interface Board Layout

Preliminary Technical Data ADISEVAL

Rev. PrC | Page 3 of 11

12-pin

ribbon

cables

are

installed

here

Figure 2 – iSensor™ PC Interface Board with ADIS16201/PCBZ installed

ADISEVAL

Rev. PrC | Page 4 of 10

E10

E11

VCC VDD

DNI

E13

DNI DNI

E12

DNI

1725672

DNI

Figure 3 – iSensor™PC Evaluation Board Schematic

Preliminary Technical Data ADISEVAL

Rev. PrC | Page 5 of 11

FIGURE FLAG NOTES:

1. Set the Device type to ADIS16003 or ADIS16006.

2. Set the axis to measure. Test function exercises a self-test during a single sweep on the screen.

3. Plot and log data to files.

4. Set up data logging parameters.

5. Right click over Y-Axis to adjust scale and offset of the plot.

Figure 4. ADIS16003 and ADIS16006 Evaluation Software

ADISEVAL

Rev. PrC | Page 6 of 10

FIGURE FLAG NOTES:

1. Set the Device type to ADIS16060, ADIS16080 or ADIS16100.

2. Set the output channel to measure. Test function exercises a self-test during a single sweep on the screen.

3. Plot and log data to files.

4. Set up data logging parameters.

5. Right click over Y-Axis to adjust scale and offset of the plot.

Figure 5. ADIS16060, ADIS16080 and ADIS16100 Evaluation Software Screen

Preliminary Technical Data ADISEVAL

Rev. PrC | Page 7 of 11

FIGURE FLAG NOTES:

1. Perform a single read of the ADIS16201’s output data

2. Start and stop continuous reading of the ADIS16201’s output data. The acquisition loop delay time provides rough control over

sample times. Please note that this data will not have a high degree of coherence.

3. Select the file data logging option.

4. Configure the ADIS16201’s internal sample rate and filter response.

Figure 6. ADIS16201 Evaluation Software

ADISEVAL

Rev. PrC | Page 8 of 10

FIGURE FLAG NOTES:

1. Perform a single read of the ADIS16203’s output data

2. Start and stop continuous reading of the ADIS16203’s output data. The acquisition loop delay time provides rough control over

sample times. Please note that this data will not have a high degree of coherence.

3. Select the file data logging option.

4. Configure the ADIS16203’s internal sample rate and filter response.

5. Graphical orientation. Note that for incline angle - 0°, the corner dot would be in the lower, left hand corner.

6. Alarm monitoring. Note that these turn red on alarm condition. They maintain their status until the Reset button is pressed,

even if the error condition has cleared.

Figure 7. ADIS16203 Evaluation Software

Preliminary Technical Data ADISEVAL

Rev. PrC | Page 9 of 11

FIGURE FLAG NOTES:

1. Perform a single read of the ADIS16209’s output data

2. XINCL_OUT and YINCL_OUT are horizontal incline outputs. ROTATION is the vertical-oriented rotational position

measurement. This requires the X and Y axes to be in the vertical plane, with respect to the earth’s surface.

3. This graph displays the vertical oriented, rotational position. This requires the X and Y axes to be in the vertical plane, with

respect to the earth’s surface.

4. Start and stop continuous reading of the ADIS16209’s output data. The acquisition loop time provides rough control over

sample times. Please note that this data will not have a high degree of coherence.

5. The acquisition loop time provides rough control over sample times. Please note that this data will not have a high degree of

coherence.

ADISEVAL

Rev. PrC | Page 10 of 10

6. Configure the ADIS16209’s internal sample rate and filter response.

Figure 8. ADIS16209 Evaluation Software

FIGURE FLAG NOTES:

1. Perform a single read of the ADIS16250’s output data

2. Start and stop continuous reading of the ADIS16250’s output data. The acquisition loop delay time provides rough control over

sample times. Please note that this data will not have a high degree of coherence.

3. Select the file data logging option.

4. Configure the ADIS16250’s internal sample rate and filter response.

5. Set the measurement range from the three options available in the ADIS16250.

6. Exercise the user calibration functions.

7. Note, for the ADIS16251, divide the data by a factor of 4. The ADIS16255 data requires no scaling.

Figure 9. ADIS16250 Evaluation Software

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EB06335-0-7/08(PrC)