Getting started with STEVAL-IME002Vx graphical user interface
Contents
1. 7 2 1 1 EDEN Menu 8 E T 9 VEW 9 9 c m L M 10 2 1 2 EDEN vasco i a uer Ic 11 2A Board configuration 11 General tab 12 PULA such toned 13 Channels dur dogged nce 14 Contact check tab 16 17 UA UE CILE eee ps eee sce 01D 17 18 2 1 4 Plot selection window 19 21 0 HM301D Register window 20 2 2 EDEN plot window 22 2 2 1 Toolbar in the plot window 23 2 2 2 Plot section window 24 2 2 3 6 24 2 2 4 Impedance section 24 2 3 EDEN data logging window 25 3 REVISION DISIOF V uus os ek eee eee DOR S a 26 2 27 DoclD026219 Rev 1 Ly UM1747 1 1 1 2 1 3 Getting started Getting started Package contents After installation the follow2. 01 LRHB2 LRHB2 U1 PMD1 U1 PMD1 U1 PMD2 u1 PMD2 U1 AC AC UA AC G u1 AC DC 1 u1 DC UA DC Q u1 DC Q Uz CHT U2 CH Uz CH2 U2 CH L2 CH3 U2 CH3 L2 CHI 2 U2 CHI 2 L2 CH2 3 U2 CH2 3 L2 CH3 1 U2 CH3 1 L2 02 LRHBI It is recommended to not select more than 7 8 plots depends on PC CPU speed available memory because each channel generates significant quantities of data 2 1 5 HM301D Register window This section shows the values of all the internal registers of the HM301D mounted on STEVAL IME002Vx boards see Figure 22 and refer to the HM301D datasheet for further information This is a read only area reflecting all the modifications made to the board configuration settings For each register the user can find e address of the register e its default value e the actual value it is shown in dark pink when it is not yet written the HM301D registers 3 20 27 DoclD026219 Rev 1 UM1747 EDEN user interface description Figure 22 Register window oo NE up ca iii Ga 3 mo mo 5 j By double clicking on a single register label it is possible see the register bit values see Figure 23 with all the related details Please refer to the HM301D datasheet for further information y DoclD026219 Rev 1 21 27 EDEN user interface description UM1747 Figure 23 Example of register description SETOS
3. 7 Available only on STEVAL IME002V1 Impedance section The impedance channel of HM301D is used to measure the impedance of the body and measure its variation due to respiration It is important remember that the HM301D mounted on the STEVAL IMEOO02VXx board also measures the in series resistance created by the protection mechanisms and the board itself It is therefore advisable to use the CIN and CIP test points on the board to evaluate the level of impedance The operation of the impedance section is linked to the impedance tab see Figure 19 as the user has to enable the impedance channel through this tab The user can easily set the offset and the reference of the impedance formula by adding some nominal resistances to the board connector and inserting the relative value in the text box of the dialog box 3 DoclD026219 Rev 1 UM1747 2 3 EDEN user interface description EDEN data logging window In order to permit users to save the acquired data for post processing and elaboration in other software environments i e Mathworks Matlab all the selected data can be saved through the data log window in the toolbar see Figure 9 and Figure 10 Once the dialog box appears see Figure 25 the user can e Save the logged data a filename prompt appears e Clear all the logged data e Start and stop the data acquisition this is an alternative to the plot function in order to avoid overloa
4. 1 and 16 8 to obtain a final gain between 8 and 64 e Enable the healthcare channels e Setthe HPF and LPF cutoff frequency for both the ECG HRLB and pace maker LRHB channels The HPF is only available when Recovery Mode is ON while the LPF for LRHB is only available with one HM301D All the available values are described in Table 3 e Set the fast recovery mode parameters The first parameter is the overflow mask Time to select the blanking time for overflow detection in the range 2 5 37 5 ms or OFF The other two parameters select the switching time for the first and second cutoff frequencies 200 ms 1 s e For each healthcare channel the digital HPF and analog HPF is available when the overflow mask time is OFF In this case the user can select the digital and analog HP cutoff frequency for HCx x 1 2 or 3 e LRHB threshold 0 511 you can select the pacemaker detection threshold by inserting a value in the range 0 511 The effects of this setting can be appreciated in the plot window by checking Ux PMDy for x 1 2 3 and y 1 2 3 14 27 DoclD026219 Rev 1 UM1747 EDEN user interface description Figure 14 Channel tab u1 2 Digital Filtering PGA Gain 4 INA Gain 8 HC1 Enable HC2 Enable HC3 Enable HRLB LRHB Digital HPF 10 05 Digital LPF 150 Hz Overflow mask Time Switch Time 1 200 Switch Time 2 200 HC Hc2 HC3 Digital HPF HRLB LRHB 6 5Hz Analo
5. hcx overflow o for x21 2 or 3 overflow signals of the three acquisition channels e imp overflow o overflow signals of the impedance channel For further details please refer to the HM301D datasheet The DIGIO1 of the first HM301D is fixed to pm rsh to synchronize the STM32 readings 3 DoclD026219 Rev 1 UM1747 EDEN user interface description Figure 20 GPIOs tab Input Channels 016100 Output DIGIO1 Output DIGIO2 Output DIGIO1 Config DIGIO2 Contig Plot selection window This is where the user can select what to show in the Plot Window For each HM301D device named U1 U2 and U3 it is possible to select see Figure 21 e bio potential channels CHy with y 1 2 or 3 e the L RHB channels LRHB1 LRHB2 e the elaborate HRLB channels CH1 2 CH2 3 and CH3 1 CH1 HRLB CH2 HRLB CH1 2 2 CH2_HRLE CH3 HRLB CHA d CH3 HRLB CH1 HRLB LI EbE 2 e the pacemaker detection signals PMD1 and PMD2 e the average value and modulated impedance channel outputs as real and imaginary parts The user can also edit the Label for each plot simply by double clicking the label rectangle DoclD026219 Rev 1 19 27 EDEN user interface description UM1747 Figure 21 Plot selection Device DataType Label U1 CH1 U1 CH1 U1 2 CH2 U1 CH3 U1 CH3 UA CHI 2 CH1 2 U1 CH2_3 U1_CH 3 UA CH3 1 u1 CH3 1 U LRHB1
6. INCON RLD Clock selection power supply selection input connection matrix configuration for RLD Bits FieldName Default Descipion 7 Reserved 0x00 Clock out available only with one sensor with more device sel out 0 no clock out e 1 clock out Select the internal external or XTAL sel oscillator U2 U3 must be always external 10 Change system between low or high power supply mode psmon sel r Connect the RLD output to any of the inputcon rld sel r inputs pads InxN P for 1 2 3 must be 111 in U2 and U3 STMicroelectronics Copyright 2012 2 2 EDEN plot window By clicking on the relative icon on the taskbar see Figure 10 the Plot Window appears see Figure 24 The numbers in Figure 24 refer to the descriptions in Table 4 which lists the available control sections in this window 3 22 27 DoclD026219 Rev 1 UM1747 EDEN user interface description 2 2 1 y Figure 24 EDEN plot window r m Adamo plot x S als D gt les Filter Disabled IN1P DC IN1N DC IN2P DC IN2N DC IN3P DC IN3N DC Impedance Over Cur N Over Cur P U1 DC Impedance Offset Reference 0 0 ohm Table 4 plot window parts Plot section Toolbar in the plot window Through this toolbar the user can save all the logged data see Section 2 3 copy the image to the clipboard copy data
7. INxy x 1 2 3 y P N e connect the RLD output to any of the inputs pads INxy x 1 2 3 yz P N Figure 12 Input tab Contact checks Drivers impedence GPIOs y Input pad IN TP Input pad IN1N Input pad IN2P Input pad IN2N Input pad Input pad IN3N Input AVG Input AVG Butt Input AVG Buff3 Input AVG RLD Output U2 CH Neg CH1 Pos CH2 Neg CH2 Pos CH3 CH3 Pos INTP IN2N IN3N Unconnect Linconnect DocID026219 Rev 1 U3 CHiPos _ 2 CH2 Pos CH3Neg CH3Pos Nip 5 IN3N Unconnect Unconnect 13 27 EDEN user interface description UM1747 Figure 13 AVG buffers AM17632v1 Figure 12 shows an example in which only the AVG buffers produce the average value of IN2N and IN3N The output of the AVG buffers is fed to the shield driver and RLD driver Through the RLD output control we can disconnect the input of the RLD driver from the output of the AVG buffers and connect it to any of the input pads INxN P for x 1 2 3 Channels tab This panel see Figure 14 allows the user to set up all the parameters of the bio potential channels see Figure 15 each channel can be switched on or off The user can e Enable disable digital filtering e oetthe PGA and INA gain their respective values can be 4 2 4 3
8. 1D The user can Enable or disable the impedance channel select the PGA and INA gain for the impedance channel their respective values can be 4 2 4 3 1 and 16 8 in order to obtain a final gain between 8 and 64 Select the cutoff frequency of the digital LPF 1 and 20 Hz Enable the impedance current injection CIP and CIN current generators Select the value of the current injection 5 uA 10 uA or 20 uA DoclD026219 Rev 1 17 27 EDEN user interface description UM1747 Figure 19 Impedance tab Impedance Channel PGA Gain INA Gain Digital LPF Current injection P N GPIOs tab Note 18 27 This panel see Figure 20 allows the user to capture the HM301D signals on DGIO pins It is possible to capture e rsh data refresh of the LRHB signal path inside the HM301D e oscillator output e PMD1 and PMD2 the output of the signal amplitude detection of the LRHB signal e pdmx for x 1 or 2 first or second bit of the AX stream of the ADC of the impedance channel fchop chopping signal for the input amplifiers and the signal for the AC contact check current injection e power on reset signal e rsh data refresh of the HRLB signal path inside the HM301D 7 rsh data refresh of the impedance channel e prefilt rsh data refresh of the pre filtered signals e flag x for x 1 6 contact check flags go high when the comparator threshold is crossed e
9. 2_CH1_2 U2 U2_CH2_3 U2 U2_CH3_1 U2 U2_LRHB1 e 1 2 7 71 8 ES 58 8 Bs LESE EST ES Port COM90 Acquistion Mode Continous y DoclD026219 Rev 1 7 27 EDEN user interface description UM1747 Table 1 EDEN main window description Plot selection window HM301 D register window C KNEE 2 1 1 EDEN Menu This is where you can access the various menu items Some of the commands accessible from this location have a shortcut in the Toolbar The structure of the main menu is e File New Load CFG Save CFG Save Log Exit e View Log bar Device setting Plot window Data log e Link sensor values Read all registers Write all registers Write and verify registers Communication Connect Trace Firmware upgrade e Help Contents About Register list help i 8 27 DoclD026219 Rev 1 UM1747 File Note Note View Tool EDEN user interface description Provides access to open and save configuration files These options are similar to other document programs New This allows you to create a new default project This command re opens the kit selector dialog box see Figure 8 to select a new board type or a new c
10. D register window control 5 in Figure 9 with these values Write all registers Writes the data in HM301D register window to all the HM301D registers Write and verify registers Writes to all HM301D registers and subsequently reads them back to check the value of all the writable registers Communication e Connect Connect disconnect the board from the application e Trace Shows a log message dialog with the message returned by the STM32 microcontroller on the board this features has to be operated by the firmware e Firmware upgrade Allows the user to upgrade the firmware from a binary file hex Provides quick access to help documentation information about the authors and the board firmware version Contents Shows the online help for the EDEN application About Shows a dialog box with information about the connected board including the firmware version Register list help Shows a dialog with the description of all registers and their fields i DoclD026219 Rev 1 UM1747 2 1 2 2 1 3 y EDEN user interface description EDEN Toolbar The Toolbar provides shortcuts to the most common EDEN Menu commands see Figure 10 From left to right the icons represent File gt New e Tool Link sensor values e ool gt Read all registers e Tool gt Write all registers e Tool gt Write and verify all registers e View gt Show plot window e View gt Data log window Figure 10 E
11. DEN Toolbar EDEN Application wa File View Tool p SELECT For further information on these commands please refer to Section 2 1 1 Board configuration Board configuration is the core section of the graphical user interface it permits you to set all the features of the STEVAL IME002Vx board and to set the parameters of the HM301Ds on it For further details on the HM301D settings refer to the relevant datasheet on www st com The settings are arranged in different tabs e General e Input e Channels e Contact checks e Drivers e Impedance GPIOs e Each tab is detailed in the following sub sections DoclD026219 Rev 1 11 27 EDEN user interface description UM1747 General tab This tab offers the basic settings for the STEVAL IMEOO2VXx board see Figure 11 e Number of devices you can choose to use one two or all the three HM301D devices on the board not applicable for the STEVAL IME002V2 board e Clock selection in order to enable a chain of three HM301Ds you can choose how to propagate the clock from the master to the slave devices there are three options Ring oscillator the propagated clock is generated by the internal oscillator of the master HM301D oscillator the propagated clock is dictated by the external quartz Q1 on the board External clock the propagated clock is generated by an external cl
12. ance evaluation board e STEVAL IME002V2 Single lead electrocardiogram ECG and body impedance evaluation board Then select the serial port from the list Figure 8 Control 2 the GUI usually automatically selects the right port but the user can click on the icon Figure 8 Control 3 to refresh the serial port Finally proceed by clicking the Ok button Figure 8 Control 4 3 DoclD026219 Rev 1 UM1747 EDEN user interface description Figure 8 EDEN kit selector STEVAL IME002V2 Socket Configuration Param Q Serial Pot O iife cugmented jJ 2 1 EDEN main window The EDEN graphical user interface Figure 9 has a simple and robust design so you do not need any special training to use it The circled numbers in Figure 9 correspond with the descriptions in Table 1 for the different control areas in the EDEN Application Figure 9 EDEN main window E EDEN Application STEVAL IME002V File View Tool W iF i Input Channels Contact checks Drivers impedence GPIOs ul ul U1_CH2 Number of devices x Clock Selection ExemalClock ExemalCock v Fu i U1 CH1 2 Common Mode Voltage 10V 10V u1 E U1 CH2 3 he Bed e Fy U1 LRHB1 Clock output 7 Analog HC buffers Device DataType Label u1 U1 CH1 E S ul U1_LRHB2 ul U1_PMD1 ul ul ul ul ul U2 U2 U2 U2 U
13. ding the PC during this phase e Add the contact check values to the saved data see HM301D datasheet for further details e Save the data in HEX format instead of adl Adamo devices data log which is an ASCII format file Figure 25 EDEN data logging window Data Logging Ax o Log Contact check values Save in HEX Format Samples Time elapsed 00 00 00 Estimated file size 0 00 MB Example In order to export the AC and AC Q data the user selects these two components in the plot selection window Figure 21 and then clicks on data log window icon Figure 10 the data logging window will appear as in Figure 25 The user then begins acquisition by clicking on the start button DoclD026219 Rev 1 25 27 Revision history UM1747 3 Revision history Table 6 Document revision history ELE OMNEM QN 09 Dec 2014 ital release i 26 27 DoclD026219 Rev 1 UM1747 IMPORTANT NOTICE PLEASE READ CAREFULLY STMicroelectronics NV and its subsidiaries ST reserve the right to make changes corrections enhancements modifications and improvements to ST products and or to this document at any time without notice Purchasers should obtain the latest relevant information on ST products before placing orders ST products are sold pursuant to ST s terms and conditions of sale in place at the time of order acknowledgement Purchasers are solely responsible for the choice selection and use of ST products and ST a
14. ed Figure 5 Driver selection list Update Driver Software STEVAL IME002Vx ADAMO Platform COMT77 Select the device driver you want to install for this hardware Select the manufacturer and model of your hardware device and then click Next If you have a c disk that contains the driver you want to install click Have Disk STEVAL IME002Vx ADAMO Platform Ay This driver is not digitally signed Have Disk Tell me why driver signing is important Cancel The PC will automatically select the correct INF file Before installing the driver Windows will display a Warning dialog box indicating that the driver has not passed Windows logo testing click continue anyway to continue Windows will eventually display a message indicating that the installation was successful Click Finish to complete the installation see Figure 6 Figure 6 Installation finish Update Driver Software STEVAL IME002Vx ADAMO Platform COM77 Windows has successfully updated your driver software Windows has finished installing the driver software for this device STEVAL IME002Vx ADAMO Platform y DocID026219 Rev 1 5 27 EDEN user interface description UM1747 2 6 27 EDEN user interface description This section describes the user interface and explains how to use it to manage the STEVAL IMEO02Vx and the embedded HM301D diagnostic quality acquisition sys
15. g HPF 5 Hz LRHB Threshold 0 511 100 Decimation Gain Error ECG Filter HPF 0 05 5 Hz Correction LPF 25 300 Hz CH1 PM CH2 Gain Error PM 3 HPF 0 05 1 kHz Correction CH3 LPF 5k 10 kHz AM17596v1 PM threshold Table 3 HPF and LPF setting for ECG HRLB and pace maker LRHB channels High pass filter Low pass filter m 5m m 3m e m omm 058 0 UU Sm y DoclD026219 Rev 1 15 27 EDEN user interface description UM1747 Contact check tab 16 27 This panel is organized in two sub tabs one dedicated to DC contact checks see Figure 16 and the other dedicated to AC contact checks Figure 1 7 In the DC contact checks tab the user can Disable P Side and N Side checks for all the INxy input pads x 1 2 3 yz P N of each HM301D mounted on the board Select the current 25 50 100 200 nA of each contact check connected to INxy input pads x 1 2 3 y P N Figure 16 Contact checks DC tab u1 u2 DC INIP ININ 1 2 IN3P_ Disable P Side Check Disable N Side check Curent VDD Threshold VSS Threshold In the AC contact checks tab the user can Enable or disable the health channel x x 1 2 or 3 current injection Select the current injection frequency 2 5 kHz or 5 kHz for all the health channels of each HM301D Select the current injecti
16. ing items are found in the Program Files subfolder STMicroelectronics Eden application the exact folder name may be different on your computer This folder contains e The Eden exe application and associated files e A subfolder with the STEVAL IMEOO2Vx board drivers for 32 or 64 bit Windows OS x86 and x64 folders respectively e he STM32F103 firmware package subfolder e The Restrib subfolder with a Software Development Kit for advanced users to write their own PC applications EDEN installation Run EDEN Application 1 x y date exe the setup Wizard guides you through the installation of the EDEN application the USB virtual com device drivers and the Firmware Package source code on your computer Once installation has completed successfully click the Finish button You can then explore the full package contents described in Section 1 1 STEVAL IMEO02VXx driver installation As soon as the STEVAL IMEOOVx board is connected to a USB port on your the found new hardware wizard starts see Figure 2 Click the Next button Figure 2 device driver installation wizard Device Driver Installation Wizard RT Welcome to the Device Driver gt gt Installation Wizard SS This wizard helps you install the software drivers that some computers devices need in order to work To continue click Next Select Browse my computer for driver software as shown in Figure 3 DocID026219 Re
17. ky life augmented UM1747 User manual Getting started with STEVAL IMEOO02VXx graphical user interface Introduction This document describes the graphical user interface for the STEVAL IMEOO02VXx evaluation boards There are two evaluation boards in the family STEVAL IMEO02V1 and STEVAL IMEO02V2 designed to demonstrate the use of HM301D in multi lead electrocardiogram ECG and single lead automated external defibrillator AED configurations respectively The graphical user interface described here is called the EDEN application Warning These boards must be used in laboratories and development environments This product must be never be connected to a human body Figure 1 DEMOBOARD FOR EVAL o Cat ime ol yy seus OSE ON LE 27 VREF GND p gi 32 435 x 17 j aot Sawala MC IY cs 7 Marae 3 NE Lu Rd AVDD GND zb lola Bower IN December 2014 DocID026219 Rev 1 1 27 www st com Contents UM1747 Contents 1 Getting started dde xia US onus CE d 3 1 1 Package contents 3 1 2 EDEN installation 3 1 3 STEVAL IMEOO02VXx driver installation 3 2 EDEN user interface description 6 2 1 EDEN main window
18. ock via the CKEXT test pin e mode voltage You can select the instrumentation amplifier common mode voltage between 07V 1V e VREF select the internal or external voltage reference e Clock Output enable or disable the clock output from the HM301D master this option can only be edited on the STEVAL IMEOO02VA2 e Analog HC buffer enable the differential to single ended block of ALL health channels In this way the analog signal is available at the pins ANAx_OUT x 1 2 or 3 of the HM301D You can identify these analog pins on the board by the notation indicated in Table 2 The output voltage of the differential to single ended block equals Va V DIFF2SE _ OUT y REF where is 0 8 Figure 11 General tab ut Number of devices Clock Selection XTALOscilator Extemal Clock Extemal Clock Common Mode Voltage 10 10V VREF Extemal Extemal Clock output Analog HC buffers 3 12 27 DoclD026219 Rev 1 UM1747 EDEN user interface description Table 2 HM301D channels analog output and how to identify on the board Input tab This panel see Figure 12 allows the user to e configure the front end MUX for each channel by connecting input pads INxy x 1 2 3 y P N with health channel inputs e connect input AVG buffer 1 2 3 to any of the 6 input pads
19. on value 5 uA 10 uA or 20 uA to provide to all health channels Reverse the phase of the injection frequency of the health channels This is used in unipolar measurements Figure 17 Contact checks AC tab HC1 current injection HC current injection HC3 current injection Current injection freq Current injection HC1 Reverse phase HC2 Reverse phase HC3 Reverse phase i DoclD026219 Rev 1 UM1747 Drivers tab EDEN user interface description This panel see Figure 18 has all the setting related to the driver section of the HM301D see also Figure 13 for reference It allows the user to Select the number of AVG buffers to be used in the system 0 15 Enable or disable the single AVG buffers Enable or disable the WCT wilson common terminal Enable or disable the shield driver Enable or disable the right leg driver RLD Select the voltage reference for RLD buffer 0 7 V 1 V or 1 49 V Open or close the RLD Loop Figure 18 Drivers tab General Input Channels Contact checks Drivers Number AVG Buff AVG Buffer 1 AVG Butter 2 AVG Butter 3 AVG Butter 4 WCT Shield driver only 1 RLD driver only U1 Fl RLD buffer VREF 1v RLD Loop Closed Impedance tab This panel see Figure 19 collects all the settings related to the impedance channel it only acts on the first HM30
20. onnection port This command does not restore the default register settings of the HM301D Load CFG This allows you to open an existing configuration file containing a set of register values for the HM301D mounted on the board The register values are not written to the HM301D devices In fact the HM301D Register Window shows dark pink colored cells to indicate this Save CFG This command saves a configuration file with the current register values and workspace settings Save Log Saves the logged messages control 6 in Figure 9 to a specified file Exit Exits the EDEN application You will be prompted to save your changes if you have not already done so These commands change the way the workspace is presented Log Bar Hides shows the message log window control 6 in Figure 9 Device setting Hides shows the HM301D register window control 5 in Figure 9 Plot Window When the board is connected this command shows the plot window Data Log When board is connected this command shows the device data log window Contains a set of basic commands to communicate with STEVAL IMEOO2VXx boards DocID026219 Rev 1 9 27 EDEN user interface description UM1747 Help 10 27 Link sensors value Lock Unlock the configuration value for each HM301D this facilitates setting identical register values in the different HM301Ds on the board Read all registers Reads all the HM301D registers and updates the HM301
21. ssumes no liability for application assistance or the design of Purchasers products No license express or implied to any intellectual property right is granted by ST herein Resale of ST products with provisions different from the information set forth herein shall void any warranty granted by ST for such product ST and the ST logo are trademarks of ST All other product or service names are the property of their respective owners Information in this document supersedes and replaces information previously supplied in any prior versions of this document 2014 STMicroelectronics All rights reserved y DoclD026219 Rev 1 27 27
22. tem for bio electric sensors and bio impedance measurements to demonstrate the use in electrocardiogram ECG and automated external defibrillator AED configurations You can find the EDEN application in Start Menu gt All Programs STMicroelectronics gt Eden Accept the software license agreement to start using the graphical user interface see Figure 7 Figure 7 EDEN software license agreement License Agreement SOFTWARE LICENSE AGREEMENT This Software License Agreement Agreement is displayed for You to read prior to downloading and using the Licensed Software If you choose not to agree with these provisions do not download or install the enclosed Licensed Software and the related documentation and design tools By using the Licensed Software You are agreeing to be bound by the terms and conditions of this Agreement Do not use the Licensed Software until You have read and agreed to the following terms and conditions The use of the Licensed Software implies automatically the acceptance of the following terms and conditions DEFINITIONS Licensed Software means the enclosed demonstration software and all the related documentation and design tools licensed in the form of object and or source code as the case maybe 3 accept the agreement do not accept the agreement Select the correct evaluation board Figure 8 Control 1 e STEVAL IMEOO2V1 Multi lead electrocardiogram ECG and body imped
23. to the clipboard clear the plot show or hide the cursors the cursors function as they would in a traditional oscilloscope the user can manipulate them to study the X and Y values zoom the channel data to fit in the graphical window follow channel tracking this option can be used when trace plot mode is enabled enable or disable a 50 or 60 Hz filter on acquired data start or stop data acquisition from the board DoclD026219 Rev 1 23 27 EDEN user interface description UM1747 2 2 2 2 2 3 Note 2 2 4 24 27 Plot section window Here the user can view plots of the data acquired by the HM301Ds for parameters chosen in the plot selection window see Figure 21 The user can manipulate the plot by e Zooming the single axis in and out via the left mouse button and the Ctrl button simultaneously e Moving the cursors left and right e Changing other settings line width color in the context menu Output flags Certain HM301D events during operation are signaled by onscreen LEDs on the Plot Window which change from green to red when events occur Up to thirty six different events can be captured by the HM301 Ds for further details see Table 5 and the HM301D datasheet Table 5 Output flags ume 1 Desorption O INXP DC 7 Ve DC contact check for the specific input INxN DC DC contact check for the input aa 781 C owen 7 v _
24. v 1 3 27 Getting started UM1747 Figure 3 How do you want to search for driver software Kw Update Driver Software STEVAL IME002Vx ADAMO Platform COM77 How do you want to search for driver software gt Search automatically for updated driver software i Windows will search your computer and the Internet for the latest driver software for your device unless you ve disabled this feature in your device installation settings gt Browse my computer for driver software Locate and install driver software manually On next page select Let me pick from a list of device drivers on my computer as per Figure 4 Figure 4 Browse for driver software on your computer Update Driver Software STEVAL IME002Vx ADAMO Platform 77 Browse for driver software on your computer Search for driver software in this location gram Files x86 CESL_SDK bin usb Include subfolders gt Let me pick from a list of device drivers on my computer This list will show installed driver software compatible with the device and all driver software in the same category as the device Cancel If you followed the steps in Section 1 2 you will already have the board driver installed on your PC and the STEVAL IMEO02Vx ADAMO Platform driver will appear in the list of drivers see Figure 5 Select it and click on Next button 3 4 27 DoclD026219 Rev 1 UM1747 Getting start
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