user manual calibration software ptc04 programmer
Contents
1. Phone 32 13 670 495 Phone 1 603 223 2362 E mail sales_europe melexis com E mail sales usa 9 melexis com ISO TS 16949 and ISO14001 Certified User manual calibration software PTC04 Page 17 of 17 February 10 Ul OPTCO4AAMLX Rev 1 352. Channel 31 Gain 0 000240 Offset 7 875911 Source 00 Gain 0 000521 Offset 0 009744 Source 01 Gain 0 000522 Offset 0 016640 Per source Dz Gain 0 000523 Offset 0 003430 source 03 Gains 0 000197 Offset 0 019467 Source 04 Gain 0 008124 Offset 535 874634 cnuurces 05 Gain 0 000570 Offset 546 196303 oource 06 Gain 0 000520 Offset 546 691223 COM port 2 eyes source 7 Gain 0 000215 Offset 0 508800 Check Measuring Line 1 aauasJayi Figure 13 Calibration Check There are three possible outcomes 1 The program notifies you that the current calibration is out of tolerance and ask you if you want to corrected the calibration parameters or not Calibration Check X The current calibration of the Programmer is out of tolerance IF vau would like to correct the calibration parameters Calibrate press YES Calibrate Figure 14 Calibrate e f you press yes the new calibration parameters are written into the 4 e lf you press no there are no modifications done User manual calibration software PTC04 Page 9 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems 2 The program notifies you that the current calibration is within tolerance No Correction of the calibration parameters Calibration is needed Calibration Check Ea The current calibration of the Programmer is w
3. NONE 8BITS TX TERM CR LANGUAGE SCPI LANGUAGE SCPI For configuration instructions please consult the user s manual of your multimeter All other settings are set by the software via RS232 commands Check Calibration of the programmer Now your PTC programmer is connected and you can start up the MPT software When the software is started double click on PTC 04 in the Ul modules list or select from the menu Tools gt Search devices gt All 2 Melexis Programmable Toolbox File View Tools Help i gt RR Search devices a ll FA ontions Seria E Ez Workspace Farallel LIT modules 3 MLX90275 90264 MLs90244 MLs9031 6640 MLs90251 BS Devices 8 9 Channels USB Description bo wajsig Tm System Log E Data Log Scan For all devices Figure 3 Melexis Programmable Toolbox User manual calibration software PTC04 Page 4 of 17 February 10 OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems The software will search for all available devices When a PTC programmer is found it will be initialized Otherwise the software will display a notification that no PTC devices have been found and will enter the disconnected state If the connection failed check the serial cable Fa User Interface PTC 04 and power connection or change the settings if you have connected the programmer to a different
4. Note the accuracy of the calibration depends on the precision of the voltmeter and the number of digits you enter Calibration Check 22 The calibration check will mow start with measuring the internal reference channel For this best a Few measurements will have to be inserted manually Cancel Figure 9 Manual calibration internal reference meter e Press OK to continue For the calibration of the internal reference meter two series of 32 values are required Once the internal reference meter is calibrated the software will continue with the calibration check Note the decimal separator of the software is not If one uses a as decimal separator the calculated parameters will be incorrect Input Box Manual Voltmeter Give new value fram voltmeter in OLT Lx Figure 10 Input Box Manual Voltmeter e Insert the value from the voltmeter in volt V and press OK Note If you entered a wrong value press Cancel Two error messages are shown Calibration Check Calibration Check Check Measuring Line 1 Failed The calibration check has been cancelled One of Ehe or DAC channels Failed during the calibration check Figure 11 Check Measuring line 1 Failed Figure 12 The calibration check has been cancelled e Press OK on both messages to continue Now the calibration check is terminated you can restart the calibration check User manual calibration sof
5. Calib Supporting daughter board for calibration of PTC04 programmer The software has an automatic calibration feature For this you need a Keithley 2000 or an Agilent HP 34401A multimeter The Agilent 34401A multimeter is supported in the PTCO4 User Interface revision 1 35 or higher If you use the automatic calibration feature all channels will be calibrated with the multimeter as reference meter If a manual approach is used only the first sensing line is calibrated with the external reference meter For all the other channels the first sensing line will be used as reference Connections 1 Replace the daughter board of the PTCO4 with the calibration board e Remove the cover of the PTC 04 e Remove the PTC04 Daughter Board of the MLX device e Plug in the PTC04 Calibration Board 2 Connect the reference voltmeter to the BNC connector or 4mm PCB Plugs Both connections are in parallel 3 Connect the RS232 or USB cable to the PTC04 and the PC 4 Connect the power supply of the PTC04 Figure 2 Connections User manual calibration software PTC04 Page 3 of 17 February 10 OPTCO4AAMLX Rev 1 35 MISSE Calibration Software PTC04 User Manual Microelectronic Integrated Systems RS232 settings The RS232 communication of the multimeter has to be configured as follows Keithley 2000 multimeter Agilent HP 34401A multimeter BAUD 19 2 BAUD 9600 BAUD 4800 FLOW NONE PARITY EVEN 7BITS OR PARITY
6. serial port To open the Calibration test module press the button Calibrate on the PTC04 User Interface Upload firmware Figure 4 User Interface PTC 04 Calibration check This module of the PTC 04 User Interface is used to verify if the calibration parameters of the programmer are within tolerance The software will check the power drivers DAC and the voltmeter ADC and compare its results with the calibration parameters If the calibration parameters are out of tolerance they can be corrected Before starting the calibration check e t is advised to leave the programmer powered up for minimum 30 to 60 minutes before starting the calibration For the accuracy of the calibration it is important that the programmer is at operating temperature e Very important do not connect any load on the connectors of the calibration board during the calibration check Any additional load will corrupt the calibration parameters and lead to an unusable set up If this should happen restart the calibrate check without a load connected to the programmer e f you have a Keithley 2000 or an Agilent HP 34401A Multimeter select the correct multimeter from the selection box 1 before you start the calibration check The multimeter has to be connected to the PC used for the calibration check The default COM port for the multimeter is COM2 One can change the selected COM port in the COM port Edit box 2 User manual calibration so
7. 0 009520 should be 0 008525 Pass Absolute Accuracy on CODE 1 for Source2 06 Pass hieer Absolute Accuracy CODE for Source2 06 Pass source 07 Offset 0 500000 should be 0 506800 Pass Source 07 Gain 0 000215 should be 0 000215 Pass Absolute Accuracy on CODE 1 for Sources 7 Pass Absolute Accuracy on CODE 2 for Sources 7 Pass Keithley 2000 Multimeter 18200 8 1 v COM pon 2 Verify Calibration eS is alarge deviation from the default values on ADC Channel 23 The Calibration check Failed The Programmers calibration parameters have not been changed Figure 21 List of channels that have a large deviation The large deviation could be a result of incorrect reference measurements If it occurs e Remove the calibration board place it back and check the connections with the voltmeter The connection of the calibration board and the voltmeter are very imported A bad connection or any additional load will corrupt the calibration parameters e After checking the setup restart the calibration check If the same channel s fail s again it is possible that there is hardware damaged on the 4 User manual calibration software PTC04 Page 13 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems Loggings Each time a calibration check is performed and the new correction parameters are saved in the PTC 04 programmer the
8. 5044 Offset 37 549731 Offset 37 549731 Offset 37 549731 Offset 37 679642 Gain 0 001156 Gain 0 001156 Gain 0 001156 Offset 37 679635 Offset 37 679547 Offset 37 679614 Offset 7 671121 Offset 7 6711 74 Gain 0 000515 Offset 19 087780 Gain 0 000240 Offset 7 671073 Gain 0 000515 Offset 19 1107496 Gain 0 000240 Gain 0 000300 Gain 0 000240 Gain 0 000240 Gain 0 000240 Gain 0 000240 Gain 0 00051 Gain 0 000522 Gain 0 000523 Gain 0 000197 Offset 7 670821 Offset 0 156248 Offset 7 875516 Offset 7 875570 Offset 7 675604 Offset 7 575636 Offset 0 009803 Offset 0 014901 Offset 0 002263 Offset 0 019446 04 Gain 0 0081 31 Offset 536 057670 05 Gain 0 0095 5 Offset 545 233388 06 Gain 0 009524 Offset 546 902527 SOurce Source Source Source Keithley 2000 Multimeter 19200 M 8 1 m COM part 2 Verty Calibration The Calibration check has been ended successfully The Programmers calibration parameters Corrected Figure 17 The Calibration check has been ended successfully Now the calibration check is completed The END status of the calibration check is shown in the status bar of the calibration window User manual calibration software PTC04 Ul OPTCO4AAMLX Rev 1 35 Page 11 of 17 07 Gain 0 000215 Offset 0 500000 February 10 Melexis Calibration Software PTC04 User Manual Microelect
9. ADC High sensitivity High sensitivity High sensitivity High sensitivity For each PPS the software checks the ADC first then the DAC and then the additional channels that are connected to that source Voltmeter on the PPS1 PPS1 Current meter on the PPS1 PPS 5 IDD limiter PPS1 PPS2 Voltmeter on the PPS2 PPS2 Current meter on the PPS2 PPS 6 IDD limiter PPS2 PPS3 Voltmeter on the PPS3 PPS3 Current meter on the PPS3 PPS7 IDD limiter PPS3 PPS4 Voltmeter on the PPS4 PPS4 Current meter on the PPS4 PPS8 IDD limiter PPS4 User manual calibration software PT C04 Ul OPTCO4AAMLX Rev 1 35 channel 0 and Channel 16 High sensitivity of the ADC channel 0 of the DAC channel 1 of the ADC channel 4 of the DAC channel 2 and Channel 18 High sensitivity of the ADC channel 1 of the DAC channel 3 of the ADC channel 5 of the DAC channel 4 and Channel 20 High sensitivity of the ADC channel 2 of the DAC channel 5 of the ADC channel 6 of the DAC channel 6 and Channel 22 High sensitivity of the ADC channel 3 of the DAC channel 7 of the ADC channel 7 of the DAC Page 16 of 17 February 10 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems Disclaimer Devices sold by Melexis are covered by the warranty and patent indemnification provisions appearing in its Term of Sale Melexis makes no warranty express statutory implied or by description regard
10. Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems USER MANUAL CALIBRATION SOFTWARE PTC04 PROGRAMMER User manual calibration software PTC04 Page 1 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems Contents Introduction 3 Calibration Setup 3 Requirements Connections RS232 settings 4 Check Calibration of the programmer 4 Calibration check 5 Before starting the calibration check 5 Manual voltmeter 8 The calibration check 9 There are three possible outcomes 9 What if the Calibration check failed 12 Measurement failed 12 Large deviation 13 Loggings 14 Calibration details 14 How does the calibration work 14 ADC 14 DAC 15 What do we calibrate 16 Disclaimer 17 User manual calibration software PTC04 Page 2 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Calibration Software PTC04 User Manual Melexis Microelectronic Integrated Systems Introduction In this document you ll find a description of e The Calibration Setup e How to proceed with the calibration check e What if the calibration check fails e How does the calibration work e What do we calibrate 000000 Oo000 00000 e a F LT 4 R n Calibration Setup Requirements Figure 1 PTC04 DB Calib For the calibration test you need e high accuracy voltmeter e APTC04 calibration board PTC04 DB
11. arameters show a large deviation From the standard values It is advised ka redo the Calibration Check Figure 20 Large deviation of the calibration parameters In the main window you get a list of the channels that have a large deviation from the default values FM Calibration Check Sex source 01 Offset 0 016640 should be 0 015470 Fail Measurement ADC or DAC Vs reference Meter source 01 Gain 0 000522 should be 0 000522 Pass Absolute Accuracy on CODE 1 for Sources 01 Pass Absolute Accuracy on CODE 2 for Sources 01 Fass source 08 Offset 0 003430 should be 0 002648 Pass source 08 Gain 0 000523 should be 0 000523 Pass Absolute Accuracy on CODE 1 for Sources 02 Pass Absolute Accuracy on CODE 2 for Sources Ue Pass source 03 Offset 0 019467 should be 0 019423 Pass source 03 Gain 0 000197 should be 0 000197 Pass Absolute Accuracy on CODE 1 far Sources 03 Pass Absolute Accuracy on CODE 2 for Sources 03 source 04 Offset 535 674634 should be 536 156982 Pass source 04 Gain 0 008124 should be 0 008131 Pass Absolute Accuracy on CODE 1 tor Sources 04 Pass Absolute Accuracy on CODE 2 for Sources Ud Pass source 05 Offset 546 198303 should be 546 26477 Pass source 05 Gain 0 008570 should be 0 008573 Pass Absolute Accuracy on CODE 1forSource 05 Pass Absolute Accuracy an CODE 2 far Sources 05 Pass Sources 06 Offset 546 691223 should be 547 004009 Fass Sources 06 Gain
12. curacy of the calibration depends on the precision of the voltmeter and the number of digits entered With a manual voltmeter the program will start with calibrating the internal voltmeter which will be used to check the PTC04 programmer You chose manual voltmeter Remember the accuracy of the calibration check depends the precision of the voltmeter Proceed Check Figure 7 Proceed Check e Press yes to continue At this stage the software will check if the calibration board and if selected the Keithley 2000 or Agilent 34401A Multimeter are connected If the calibration board is not detected a message is shown Calibration Check Please check if the Calibration board Far Ehe PTCO4 is inserted in Ehe programmer and if the reference yoltmerer is connected Are they connected Figure 8 Check setup e fthe setup is not complete press No switch of the programmer check your setup and restart the program User manual calibration software PTC04 Page 7 of 17 February 10 OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems Manual voltmeter If the Keithley 2000 or Agilent 34401A multimeter feature is not selected the program will ask you to put in a few values from your voltmeter manually These are used to calibrate the first sensing line of the PTC 04 This sensing line will be used as reference meter for the calibration check
13. ftware PTC04 Page 5 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems FA Calibration Check Jog Measurement ADC or DAC Vs reference Meter l2 mo C Rz in a in e ae e e co e e e e a e e Internal Measurement Reference Meter Difference Measured B Manual input af measurements COM port 2 Verify Calibration 1 2 Figure 5 Calibration Check e Press Verify Calibration to start the calibration You are reminded to leave your PTCO4 powered up for minimum 30 to 60 minutes before starting the calibration Calibration Check You are about to start the calibration check of your Melexis Programmer For this calibration check a high precision voltmeter is required The accuracy of Ehe calibration check depends an the precision of Ehe voltmeter For the automatic calibration check Keithley 2000 or Agilent 344014 Multimeter is required Important note It is advised ka leave the programmer powered up Far minimum 30 to 60 minutes before starting Ehe calibration Stark Check Figure 6 Start Check e Press yes to continue User manual calibration software PTC04 Page 6 of 17 February 10 OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems If you don t use a Keithley 2000 or Agilent 34401A multi meter you have to use a high accuracy voltmeter The ac
14. hen you choose to calibrate press yes the new calibration parameters are written into the PTCOA Afterwards the software verifies if the writing of the calibration data in the 4 was done correctly Calibration Check Calibration Software PTCOA User Manual Verifying written calibration parameters ta Measurement AGC or DAC Vs reference Meter Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel Channel onurce onurce onurces onurce D ADC Measurements W m c E 17 Reference Meter H Difference Measured B 16 19 ell 21 E uud eB eH 20 3l 00 01 02 03 Gain 0 001155 Gainz 0 077207 Gain 0 001155 03 04 05 06 07 08 09 10 IL Ie 13 14 15 16 Gain 0 000516 Offset 19 157436 Gain 0 000240 Gain 0 077145 Gain 0 001155 Gain 0 077156 Gain 0 001155 Gain 0 052044 Gain 0 001156 Gain 0 000240 Offset 37 549731 Offset 2527 81054 ffset 37 8432bb Offset 2527 424551 Offset 37 0449270 Offset 2526 145264 Offset 37 046296 Offset 1 705 671504 Gain 0 001245 Gain 0 001155 Gain 0 001155 Gain 0 001155 Offset 40 78
15. ing the information set forth herein or regarding the freedom of the described devices from patent infringement Melexis reserves the right to change specifications and prices at any time and without notice Therefore prior to designing this product into a system it is necessary to check with Melexis for current information This product is intended for use in normal commercial applications Applications requiring extended temperature range unusual environmental requirements or high reliability applications such as military medical life support or life sustaining equipment are specifically not recommended without additional processing by Melexis for each application The information furnished by Melexis is believed to be correct and accurate However Melexis shall not be liable to recipient or any third party for any damages including but not limited to personal injury property damage loss of profits loss of use interrupt of business or indirect special incidental or consequential damages of any kind in connection with or arising out of the furnishing performance or use of the technical data herein No obligation or liability to recipient or any third party shall arise or flow out of Melexis rendering of technical or other services 2010 Melexis NV All rights reserved For the latest version of this document go to our website at www melexis com Or for additional information contact Melexis Direct Europe Africa Asia America
16. ithin tolerance correction of Ehe calibration parameters Calibration is needed Would you like to correct the calibration parameters anyway Figure 15 Calibrate Anyway If no calibration is needed you can still choose to calibrate or not e f you press yes the new calibration parameters are written into the 4 e lf you press no there are no modifications done 3 At the end of the calibration the software verifies if the programmer was at temperature when the calibration started If the programmer was not at temperature the following message is given Warning E4 The current calibration of the programmer is out of tolerance Important note The programmer is not completely warmed up It is advised to leave the programmer powered up For minimum 30 minutes before starting the calibration IF you would like to correct the calibration parameters Calibrate press YES Calibrate Figure 16 Programmer is not at temperature lt is advised not to calibrate store the new calibration parameters in the programmer when the programmer is not at operating temperature This is important for the accuracy of the PTCO4 programmer e f you press yes the new calibration parameters are written into the PTCOA e lf you press no there are no modifications done User manual calibration software PTC04 Page 10 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Microelectronic Integrated Systems W
17. l perform a check on the data you enter If there is a large deviation from the expected data The check will fail and the calibration check is ended Calibration Check Calibration Check The calibration check has been cancelled One of the DAC channels Failed during the calibration check Figure 18 Check Measuring line 1 Failed Figure 19 The calibration check has been cancelled To determine this e Press OK on both messages to cancel the calibration check e Remove the calibration board place it back and check the connections with the voltmeter The connection of the calibration board and the voltmeter are very imported A bad connection or any additional load will corrupt the calibration parameters e After checking the setup restart the calibration check If the same channel fails again it is possible that there is hardware damaged on the PTC04 User manual calibration software PTC04 Page 12 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems Large deviation When all the measurements are completed the software calculates the new calibration parameter After the calculation of the calibration parameters the software verifies if there is a large deviation with the standard expected calibration parameters If the deviation is too large the following warning message Is shown Warning The calculated Calibration p
18. old and the new parameters are logged in a file called Calibration Log txt This file is for information purpose only and is not used by the PTC 04 programmer Calibration details How does the calibration work ADC In the graph below you have two curves the measurements of the ADC left Y axis and the reference measurements of the external voltmeter the right Y axis The internal voltage source is used as supply Set DAC X axis The purpose of the calibration check is to compare the ADC with the external high precision voltmeter For the check a number of voltage values are measured to calculate the difference between the ADC of the PTC04 and the External Voltmeter which results to correction parameters for offset and gain Calibration check ADC 30000 8 25000 ce 20000 ie ab hom amp 15000 452 lt 10000 J3 S e S lt 9 x 5000 14 0 0 0 500 1000 1500 2000 Set DAC e ADC PTC 03 Ext VOLTMETER Graph 1 User manual calibration software PTC04 Page 14 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems DAC In the 2nd graph you have agene two curves the Set DAC left Y axis and the reference measurements of the external voltmeter the right Y axis The purpose of the calibration check is to compare the DAC with the external high precision voltmeter Also fo
19. r this check a number of values are measured to calculate the difference between the DAC of the PTCOA and the External Voltmeter which results in to correction parameters for offset and gain Calibration check DAC 1800 8 1600 7 _ 1400 16 Q 1000 la 2 5 A 800 2 o E 600 gt 400 12 200 0 0 0 500 1000 1500 2000 Set Value DAC PTC 03 e Ext VOLTMETER Graph 2 At the end of the calibration check these values of the ADC channels and the DAC are compared with the values stored in the PTC If the parameters for offset and gain that are currently stored in the PTC04 are out of specifications in comparison with the new correction parameters the software gives a warning and asks if the new correction parameter may be saved User manual calibration software PTC04 Page 15 of 17 February 10 Ul OPTCO4AAMLX Rev 1 35 Melexis Microelectronic Integrated Systems What do we calibrate Sensing lines Calibration Software PTC04 User Manual There are four sensing lines with independent ground connection The source and reference that are used to calibrate the sensing lines are PPS 1 and the external voltmeter Sensing line 1 Sensing line 2 Sensing line 3 Sensing line 4 PPSI channel 12 and Channel 28 channel 13 and Channel 29 channel 14 and Channel 30 channel 15 and Channel 31 of the ADC of the ADC of the ADC of the
20. ronic Integrated Systems What if the Calibration check failed When the calibration fails it is usually caused by a bad connection measurement or incorrect input of measured data If this occurs check the setup and redo the calibration check Very important e f the calibration check is done with a manual voltmeter you have to take extra care that the measurements are done correctly These measurements are used to calibrate the first sensing line of the PTC 04 This sensing line will be used as reference meter for the calibration check e The accuracy of the calibration also depends on the precision of the voltmeter and the number of digits you enter for each measurement e he connection of the calibration board and the voltmeter are very imported A bad connection or any additional load will corrupt the calibration parameters e he decimal separator of the software is Not If one uses a as decimal separator the calibration of the first sensing line will not be done correctly Measurement failed The following error message is shown during the calibration procedure e f there is a bad connection in the setup For example between the PTCO4 main board and the calibration board e When using a Keithley 2000 multimeter for the calibration the failure can also be caused by a wrong measurement of the Keithley For example communication error e When you are using the manual calibration procedure The software wil
21. tware PTC04 Page 8 of 17 February 10 OPTCO4AAMLX Rev 1 35 Melexis Calibration Software PTC04 User Manual Microelectronic Integrated Systems The calibration check Now the calibration software will perform a number of measurements on all the ADC and DAC channels of the programmer This can take several minutes At the end of the calibration check the program verifies if a correction of the calibration parameters is needed Calibration Check Channel D7 Gain 0 052038 Offset 1705 302612 Measurement ADC or DAC Vs reference Meter Channel 06 Gain 0 001245 Offset 40 702356 Channels 09 Gain 0 001155 Offsets 37 847111 Channels 10 Gain 0 001155 Offsets 37 847111 Channels 11 Gain 0 001155 Offsets 37 847111 Channels 12 Gain 0 001156 Offset 37 875832 Channel 13 Gain 0 001156 Offset 37 076637 Channel 14 Gain 0 001156 Offset 37 076450 Channel 15 Gain 0 001156 Offset 37 875514 Channel 16 Gain 0 000240 Offset 7 871399 Channel 17 Gain D 000521 Offset 19 317142 Channel 16 Gain 0 000240 Offset 7 871408 Channel 19 Gain 0 000520 Offset 19 273140 Channel 20 Gain 0 000240 Offset 7 871329 Channel 21 Gain 0 0005149 Offset 19 249842 Channel 22 Gain 0 000240 Offset 7 871013 Channel 23 Gain 0 000300 Offset 0 069595 Channel 26 Gain 0 000240 Offset 7 875896 Channel 29 Gain 0 000240 Offset 7 675647 Channel 30 Gain 0 000240 Offset 7 675929
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