LineEye LE-270AR User manual

Instruction Manual
The 8th Edition
CAN/LIN Data Logger
LE-270AR
LE-270GR
The attached CD-ROM contains the latest instruction manual in a PDF format.

Contents
INTRODUCTION1
NOTICE....................................................................................................................................1
USER LIMITATION.................................................................................................................1
Safety Information ............................................................................................................................2
Read this rst ! ! ........................................................................................................................2
Software License Agreement.....................................................................................................3
Chapter 1 Before Using the Product.................................................................................................4
1.1 Composition........................................................................................................................4
1.2 Outline.................................................................................................................................4
1.3 Explanation of Each Part....................................................................................................5
Chapter 2 Installation........................................................................................................................7
2.1 System Requirement...........................................................................................................7
2.2 Installation of USB Driver (Windows7/8.1/10)..................................................................7
2.3 Installation of the Analysis Software ..................................................................................9
2.4 Set up for the internal RTC (Clock IC)...............................................................................9
2.5 Setting for Wi-Fi................................................................................................................10
Chapter 3 Basic Operation...............................................................................................................11
3.1 Connection.........................................................................................................................11
3.2 Conguration of Analysis Software...................................................................................12
Chapter 4 Monitor Function............................................................................................................17
4.1 Communication Condition................................................................................................17
4.2 Start and Stop Measurement.............................................................................................20
4.3 Watch Data Display...........................................................................................................24
4.4 Analog Waveform Display ...............................................................................................25
Chapter 5 Simulation Function ......................................................................................................26
5.1 Simulation Table Setting...................................................................................................26
5.2 CAN Table Setting...........................................................................................................26
5.3 CAN Simulation................................................................................................................28
5.4 LIN Table Setting..............................................................................................................29
5.5 LIN Simulation..................................................................................................................29
Chapter 6 Useful Functions.............................................................................................................31
6.1 Trigger Function................................................................................................................31
6.2 Text Conversion................................................................................................................32
Chapter 7 Data Logger Mode.........................................................................................................33
7.1 Preparation of Data Logger Mode....................................................................................33
7.2 Start and End of the Measurement....................................................................................34
7.3 Receive the logger les by Wi-Fi connection.....................................................................35
7.4 Auto Run/Stop Function....................................................................................................36
7.5 Use of Log les.................................................................................................................36
Chapter 8 Update Firmware............................................................................................................37
Chapter 9 Specications..................................................................................................................38
9.1 Interface (CAN/LIN/External Input).................................................................................38
9.2 External Input/Output Terminal........................................................................................38
9.3 Specications....................................................................................................................39
9.4 Options..............................................................................................................................40
Chapter 10 Warranty and Repair.....................................................................................................41

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Thank you for your purchase of LINEEYE's protocol analyzer. To use it correctly, you are advised to read
and understand this instruction manual thoroughly. Keep this together with the warranty. If you encounter any
problems, you will nd helpful information in this manual.
NOTICE
■ It is prohibited to reprint or duplicate any part or the whole of this instruction manual without prior permis-
sion from LINEEYE.
■ The contents of this instruction manual and specications of the products are subject to change without
notice.
■ This instruction manual has been designed and edited with great care to give you all necessary information. If
you have any questions, feel free to direct your inquiries to LINEEYE CO., LTD.
■ LINEEYE assumes no responsibility whatsoever for any damages resulting from the use of this product.
Furthermore,LINEEYE makes no guarantee of data etc. When data disappears, or even when the recorded
data has broken while using this product.
USER LIMITATION
This product has been developed for the purpose of using as an analyzer only, and has not been developed for
the use that needs exclusively high reliability and safety; aerospace apparatus, trunk communication apparatus,
nuclear control apparatus, medical apparatus related with life maintenance and etc. Also, this product does not
warrant the use for those purposes. If you use for those purposes, please consider the safety measures against
fail-safe etc. on your responsibility.
This product has Wi-Fi function (IEEE 802.11b/g/n) and emits radio wave when working. Please do
not use near a medical device, microwave, high-level electronics, TV, radio, wireless station for mobile
communications, or specied low power radio station. Where an administrator limits the use of radio devices,
follow the instruction of the administrator.
However, without the Wi-Fi setting le in the inserted SD card the Wi-Fi function is invalid and it does not emit
radio.
SIMPLIFIED EU DECLARATION OF CONFORMITY
Hereby, LINEEYE declares that the communication protocol analyzer type LE-270GR / LE-270AR with radio
remote-control function is in compliance with Directive 2014/53/EU.
The full text of the EU declaration of conformity is available at the following internet address:
https://www.lineeye.com/html/contactus.html
Wi-Fi AVAILABLE COUNTRIES
The Wi-Fi function of the analyzer is available only in Japan, USA, Canada, and the EU nations where the
product needs to be conformable to RE directive (2014/53/EU) for use.
INTRODUCTION

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CAUTION
■ Do not disassemble or modify.
This may result in re, an electric shock and/or unit malfunction.
■ Stop using the analyzer immediately when smells emanate from itself.
Continuous use may result in an electric shock, a burn and/or re.
■ Keep the products away from water.
Failure to do so may result in the heat generation, an electric shock and/or unit malfunction.
■ Do not short-circuit the connector pins.
This may result in the heat generation, an electric shock, unit malfunction and/or injury.
■ Do not use deteriorated cables (damage etc.).
This may result in the heat generation and re.
■ Do not use in the place which generates inammable gas etc.
This may result re.
■ Do not use and keep this product in the following places:
● The places exposed to the direct rays of the sun.
● The places with the humidity and temperature exceeding the tolerance level, and
with a rapid temperature change.
● The places with much dust and moisture.
● The places near the objects which generate heat (the heater etc.).
Using in these places may result unit malfunction and /or injury.
This Safety Information includes the important information in order to not only have you learn the right way to
use the analyzer, but also prevent you from causing damage to people and property. Before using, please read
the main contents after you understand the following contents (symbols and marks).
[Explanation of the symbols (The degree of the hazard factor)]
WARNING
The symbol denotes that improper handling poses a risk of causing death or serious injury.
CAUTION
The symbol denotes that improper handling poses a risk of causing injury*1 or damage to the product
and property*2.
*1: “Injury” indicates injury, burn, an electric shock, or the like which does not require hospitalization
or the extend over a long period of hospital visit.
*2: “Damage to the product and property” indicates damage expansion related to a house, a building,
Safety Information
Read this rst ! !
WARNING

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Software License Agreement
LINEEYE CO., LTD (LINEEYE) grants you to use the software program and accompanying documents under terms of this
license. And you are consenting to be bound by and are becoming a party to this agreement. To use the software, you need to
agree to this license agreement.
1. Copyright
LINEEYE holds the copyright on this software.
2. Grant of License
LINEEYE grants for you to use this software on only one computer by getting the software and agreeing this license
agreement. Therefore, you shall not rent, lease and loan to a third party.
3. Copy, Analysis, Modication
This software must not be reproduced, analyzed or modied in any form unless prescribed in the manual.
4. Upgrade
This software may be upgraded without advance notice because of technical progress of hardware or software.
LINEEYE provides software upgraded by payment specially. For upgrade, only licensed user can have upgrades.
5. Limitation of Liability
In no event shall LINEEYE or its licensors be liable for loss of business or prots, or for any direct, indirect, incidental
or consequential damages arising from products of this software or the related software. Besides LINEEYE shall not be
liable damages arising from the equipment or the medium.
6. General
If any provision of the agreement is held invalid, such provision shall be removed from this license agreement.
7. Support
LINEEYE supports functions, operation and only the problem on this software.
8. Notice
Any matter not specied in this agreement will be governed by and constructed in accordance with copy right law and
related laws.
LINEEYE CO., LTD.

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Chapter 1 Before Using the Product
LE-270AR/LE-270GR is the CAN/LIN communication analyzer, which can be used as a PC-connectable
protocol analyzer and PC-less Data logger. It has two High-speed CAN transceivers, and two LIN transceiv-
ers. It monitors two channels of CAN or LIN, or one CAN and one LIN channels. In addition, four channels of
Analog/Digital signals can be recorded. LE-270GR has GPS receiver and acceleration sensor and can register
positioning and acceleration information besides CAN/LIN communication data. Power failure protection,
water-proong and low power consumption widens the usage of analyzer such as in the automation factories
and other production factories,
1.1 Composition
When you unpack the product, please make sure of the following
Protocol Analyzer : 1
Utility CD (CD-ROM) : 1
SDHC card (8GB) : 1
Mini USB cable : 1
CAN/LIN Dsub cable (Model: LE-25M3A-1) : 1
Power plug cable (Model: SIH-2PG) : 1
Instruction Manual : 1 (This book)
Warranty : 1
* Please contact LINEEYE distributor or us if you nd any insucient part of any damage to the product
caused by transportation.
* Please keep the box carefully to use it when sending the product back to us for repair etc.
● Utility CD
Utility CD contains the analysis software, driver and some instruction manuals of analyzer and its options.
You can download the update le of software from https://www.lineeye.com
1.2 Outline
■ Functions
1). On-line Monitoring
Monitor the transmission/reception data on-line to check the existence of hindrance and communication
data in the line or to analyze the communication.
2). Simulation function
The product takes a role of a node of CAN/LIN and transmits the data frame or remote frame set by the
user.
3). Analog measurement function
The product measures and records the voltage of the range from –15V to +15V with the specied
interval(1ms to 10min).
■ Feature
* Measure two channels of CAN/LIN in combination and four channels of Analog/Digital signals at the
same time.
* High speed(TJA1050) of CAN transceivers are selectable from the software.
* Powerful trigger function and ID lter for sucient analysis.
* Record measured data continuously in the HDD of PC or SD card.
(SD card: LE-270AR supports up to 16GB while LE-270GR supports up to 32GB).
* Specify the recording time by Real Time Clock. Turn On/O the power automatically.
* Power failure protection and wide range of ambient temperature make it possible to use it in the severe
conditions. (-20℃- +60℃)
* Compact size. Able to use the 35mm DIN rail.
*You can receive the le of the measuring data in logger mode through Wi-Fi.
→ 6-3 Read the logger le via Wi-Fi
(The Wi-Fi function is available only in Japan, USA, Canada, and EU nations where the product is
needed to be compliant with RE directive (2014/53/EU). )
*You can log the GPS positioning and acceleration data. [Supported only by LE-270GR]
*The measurement port is isolated from the USB port by the galvanic isolation [Only LE-270GR]

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1.3 Explanation of Each Part
1) Measurement Interface
The measurement interface consists of a DSUB 25pin connector to connect to CAN/LIN target devices
and external input signals.
Measurement port is isolated from USB port by galvanic isolation(1kV) (Only LE-270GR).
2) LED
POWER/ERROR : Indicate the operating status of analyzer.
RUN/ACT : Indicate that analyzer is measuring or accessing to the SD card.
1)
3)
4)
2)
5)
6)
7)
*1: Do not remove the SD card while lighting.
*2: Contact LINEEYE distributors or LINEEYE for support.
CH1/CH2 : It displays the logic status of CH1 line (green) and CH2 line (red).
U1/U2 : Able to light the U1 (green) /U2 (red) by trigger actions.
WiFi/GPS : When you select “Station” in the Wi-Fi setting of “Wireless LAN conguration le”,
the LED lights in green (Wi-Fi) when it completes connecting with an external Wi-Fi
access point.
When you select “Access point” in the Wi-Fi setting, it lights in green (Wi-Fi) when
the access point in the analyzer runs.
For LE-270GR only, the LED lights in red (GPS) when the analyzer receives a GPS
radio.
Note : The LED is two colors LED and it looks orange when both of them light.
POWER/ERROR RUN/ACT Status
Light o Light o Power O
Green light
Light o
Protocol Analyzer Mode
Ready to operate
Green light Measuring
Red light Accessing to the SD card *1
Orange light Measuring and Accessing to the SD card *1
Orange light
Light o
Logger Mode
Ready to operate
Green light Measuring
Green blinking Ready to start measuring
Red light Accessing to the SD card *1
Orange light Measuring and Accessing to the SD card *1
Light o Green light Firmware Update Mode
Red blinking - Error Self-check error, Unusual error *2
8)
3)
4)
2)
5)
6) 7)
1)
LE-270AR
LE-270GR
ANT.

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<Dust-proong cover>
There is a dust-proong cover on the SD card slot and USB connector. To remove
the SD card, open the cover as following.
Also, it is possible to open the cover for USB connector only as following.
3) RUN/STOP Switch
Press to start measuring. Press for a while to stop measuring.
4) SD Card Slot
Insert the SD card as the following gure. To remove the SD card, press the SD card and it will come
out from the analyzer.
6) DC Jack
Connect the power supply when using the analyzer as a Data Logger. Optional plug cable “SIH-2PG” is
available.
DC plug type: center-plus, outside diameter 5.5mm, inside diameter 2.1mm.
7) M3 Screw Hole
This is for connecting the analyzer on the DIN rail. Pitch: 70mm. Depth: 3.5mm (max).
8) Connector for GPS antenna (Only for LE-270GR)
SMA connector (female) for active GPS antenna
Connect a GPS antenna.
・ Major dierences between LE-270AR and LE-270GR
LE-270AR LE-270GR
Measurement port isolation × ○
GPS measurement × ○
Acceleration measurement × ○
Supported SD Up to 16GB UP to 32GB
5) USB Connector
Use the included USB cable to connect the host PC.

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2.1 System Requirement
PC/AT Compatible (DOS/V)
HDD: 20MB + capacity for recording communication log
OS: Windows 7/8.1/10
Port: USB 2.0 port
SD card drive: It is required for the Data Logger mode to save log les and to read conguration settings.
*When you use Wi function, Wi-Fi access point which supports IEEE 802.11 b/g/n (2.4GHz) is needed.
The Wi-Fi function is available only in Japan, USA, Canada, and EU nations where the product is needed
to be compliant with RE directive (2014/53/EU).
Chapter 2 Installation
Install the analysis software"LE-LIK27R" to the PC you are going to operate the analyzer.
2.2 Installation of USB Driver (Windows7/8.1/10)
( A screen is an example of Windows10. )
1. Insert the included CD-ROM into the CD-ROM drive.
2. Open the folder or “/Drives” and click “setup.exe”. Click “Yes” when following dialog is appeared.
Click Yes when the “Do you want to allow the following program from an unknown publisher to make
changes to this computer?” message appears.
3. Click “OK” to install the driver package.
4. Click “Next”when starting the install wizard.

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6. After installation has completed, click “Finish”.
5. Click “Install” and start installing the driver package.
Mark on the check box and the same dialog will not be appeared again.

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2.4 Set up for the internal RTC (Clock IC)
The lithium secondary battery supplies back up power for the internal RTC (Clock IC). When you use the
analyzer for the rst time or when you have not used it for a long time, before using it in logger mode,
connect the analyzer with a PC by USB cable and execute the measurement operation for once in protocol
analyzer mode. When it starts the measurement the time and date in the PC will be set to the RTC in the
analyzer. While this operation (for the minutes) lithium secondary battery will be charged and the RTC
keeps the date and time for about two days in the power-o condition. When the analyzer is powered
for hours, the battery will be fully charged and the date and time in the RTC will be kept for more than 6
months.
■ Uninstall
1. Open “Add/Remove Application” in the “Control Panel.”
(It might be “Add/Remove Programs” for other OS.)
2. Select “LE-LINK27R” and execute “Remove”.
2.3 Installation of the Analysis Software
■ Install
1. Insert the included CD-ROM into the CD-ROM drive of the PC.
Open the folder of “pcsoft” and click on “Setup.exe”.
2. Click “Yes” if the user account dialog box appears.
3. Follow the Install Shield wizard.
4. Read the software license agreement and click “Yes”.
5. Input the serial number of analyzer. (Check the back side of the analyzer)
6. After setup has completed, click “Finish”.
7. Protocol analysis software (LE-LINK27R) is installed.

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2.5 Setting for Wi-Fi
To use Wi-Fi function of LE-270AR/ LE-270GR, you need to power the analyzer after inserting SD card in
which Wi-Fi conguration le (WLAN CFG.WL) is written.
< How to make a Wi-Fi setting le >
1. Click LE Wireless LAN conguration from the start menu.
2. Select Station or Access point and set the items to be required.
■Station Mode
The analyzer connects with Wi-Fi via access point.
SSID : Set the SSID of the access point to be connected.
Password : Set the password of the access point.
IP address : Set the IP address of the analyzer.
Subnet mask : Set the subnet mask of the analyzer.
Gateway : Set the IP address of the gateway when you use it.
Port number : Set the data port of the analyzer.
■Access Point Mode
The analyzer turns to be an access point and connects with Wi-Fi.
SSID : Set the SSID of the analyzer.
Password : Set the password of the analyzer.]
IP address : The IP address is xed to 192.168.4.1
Channel : Set the channel to be used for Wi-Fi connection.
Port number : Set the data port to be connected.
* DHCP server function is set to valid in the access point mode.
You can use "Automatically obtain IP address" in the network setting of PC.
3. Press “Save” to save the setting le for Wi-Fi (WLAN CFG.WL) to a SD card.
4. Insert the SD card in which Wi-Fi setting le is written into the analyzer.
5. Power the analyzer.
Note : The rmware version of the analyzer needs to be Ver1.01 or later.

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Chapter 3 Basic Operation
3.1 Connection
■ Protocol Analyzer Mode
1). Connect the USB cable to the analyzer
2).Connect LE-270AR/LE-270GR by USB or Wi-Fi with the PC to which the analysis software is installed.
3). Connect the analyzer and target devices using the LE-25M3A-1.
■ Data Logger Mode
1). Connect the DC plug cable (SIH-2PG) or AC adapter (6A-181WP09) to the analyzer.
2). Insert the SD card, which saved the conguration settings of the analyzer.
3). Connect the analyzer and target devices using the LE-25M3A-1.
● For CAN communication, connect following signals.
Signal Meaning
CAN_H CAN Bus signal
CAN_L
GND Signal Ground
Note: Low Speed CAN is not supported.
● For LIN communication, connect following signals.
Signal Meaning
BATT Battery Power (9-18V)
LIN LIN Bus signal
GND Signal Ground
<SHI-2PG>
Connect the black/white
cable to the positive electronic
pole of DC power.
<External power supply>
・External power supply range for DC IN is from DC7V to 34V.
・External power supply range for BATT of the Dsub25 is from DC9V to 34V.
・Power consumption of LE-270AR is 145mA when DC is 9V. (215mA when using Wi-Fi)
・Power consumption of LE-270GR is 185mA when DC is 9V. (250mA when using Wi-Fi)
・Suitable DC plug is center plus 5.5mm (outside) / 2.1mm (inside).
Analysis software
LE-LINK27R

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3.2 Conguration of Analysis Software
■ Data Window
Execute the analysis software.
From [Start] menu of Windows, go to [All programs] -> [LINEEYE] -> [LE-LINK27R]. Execute
“LE-LINK27R” and then following display will be appeared.
1). Menu
Perform various operations.
2). Tool Bar
Perform various operations.
3). Data Display
Display the measured data.
4). Data Position Display
Display the data le name and data position of Data display. The number of data loss will be displayed
while monitoring.
5). Model Name Display
Display the model name of analyzer.
1) →
2) →
3) →
↑ ↑
4) 5)
■ Connection Settings
Click “ ” on the tool bar of the data window (or “Measurement” -> “Connection setting”) and set the
connection settings and data saving settings.
The connection settings consist of “Connection” and “Measurement data”.
● “Connection” tab
“Connection method” are for the setting of connection.

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<USB>
“Serial number” (USB)
Set the serial number of the analyzer to be controlled.
You can select it from the drop down list when the analyzer is connected.
<Wi-Fi>
“Host name”
Set the IP address of the analyzer.
“Data Port”
Set the port number for the send/receive of the measured data. Set the same port number set
to the analyzer.

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● Measurement Tab
Setting for the saving destination of the measured data, le size, and behavior in the protocol analyzer
mode.
[A folder to save the monitor data]
This folder is for saving the measured data.
To change the settings, click “Change” button.
Then the window to select a folder will be
appeared. Select the proper folder and click
“OK”. The le name of saving data is started
from “00000000.DT” in numerical order.
* Recommend specifying an exclusive folder.
* Specify a drive, which has enough capacity.
(When it does not have enough capacity, the PC
may not operate correctly.)
Attention: If there is not any folder in the place
you specied, a message dialog will be appeared.
[Block Size]
Set the data capacity per a le. You can select from 128K/1M/2M/4M/8M/16M/32M byte.
[Maximum Block Count]
Set the maximum le number to save. You can set from 2 to 1000. When the number of the data le
exceeds this number, the data le with the lower number will be deleted.
[Full Stop]
If the stored les reach to the maximum block number, it will stop measurement automatically. If you
do not select it, the analyzer records data continuously as a ring buer.
[Append Mode]
When measurement starts, a newly-created le is saved in the order after the existing les. If the
number of the whole data les exceed the maximum block number, a data le with the lower number
(includes data les which were saved on the former measurement) will be deleted even in the append
mode. If you do not select it, the former data will be deleted and start the le name from “00000000.
DT”.
[Warning Display]
It warns that there is the former data in the le you specied as a saving le.

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■ Analyzer Settings
Click “ ” on the tool bar of the data window (or click “Measurement” -> “Measurement setting”) to set the
target bus, speed and so on. On the measurement setting window, every time you change the setting on the left
side of the window, the contents of the setting (on the right side of the window) will be changed. Click “ ”
to save the conguration as a “.SU” le. Click “ ” to read the conguration le.
● Interface
Ch-1 interface/Ch-2 interface
Select the interfaces of CH1 and CH2 from CAN
or LIN.
Ch-1 CAN terminator
You can connect the terminal end (120Ω) to the
CAN port side of the Ch-1 in the analyzer.
● Record Control
Set the resolution of timestamp, ON/OFF of GPS/
Acceleration (*1) function, interpolation function for
GPS data (*1)(*2), and capture control at staring the
measurement(*2).
*1: GPS function is available only in LE-270GR. It
is able to set GPS/Acceleration function in LE-
270AR, however, it cannot be performed.
*2: Firmware version 1.02 or above is required.
[ONLINE] (Online mode)
Monitor CAN/LIN data.
[ANALOG] (Analog mode)
Record 4 external signal (voltage) at specied
sampling (1ms - 10min). Analog mode records
not only the voltage data but also the latest
communication data captured between each
sampling cycles.
And, the relationship between external signals
and communication data is easily found out.
Refer to “4-4 Analog waveform display”
● Function
Select the mode of the analyzer.
“MANUAL” (Simulation mode)
It outputs the data which already set to the simulation data table from CH1(CAN1/LIN1).
“Schedule” Schedule setting for the analyzer when it is LIN master

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● Data Monitor
[Conguration] Set the speed of target devices.
[Trigger] Set the trigger conditions and actions.
● Simulation data table
[Table 0 to F] Set the frame to be sent.
Note: When it is LIN master simulation, you can set the schedule setting from function selection display.
● Logger Setting
[Data Save]
Set the le size and number of les to save for a Data Logger Mode.
[Auto RUN/STOP]
Set the starting time and ending time of the auto-measurement.

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Chapter 4 Monitor Function
The purpose of the monitor function is to record communication data into les without aecting the communica-
tion lines. The results will be displayed as CAN/LIN frames. Not only communication data but also time stamp
and external signals are recorded. Besides, LE-270GR can register positioning by GPS receiver and acceleration
information by acceleration sensor. As a result, error time and conditions of external equipments are investigated.
Moreover, the trigger function, which detects specic communication, can be set.
4.1 Communication Condition
Click “ ” on the tool bar of the data window (or click “Measurement” -> “Measurement setting”). Set the
communication condition for target devices.
<CAN setting>
● Baud Rate
The analyzer measures data at the preset Bit-timing. Bit-timing is set as 75% of the bit. To change the
Bit-timing, press [Custom].
SS PTS PBS1 PBS2
1TQ 5TQ 3TQ 3TQ
Base Frequency: Frequency of Time Quantum
PTS: Propagation Time Segment
PBS1: Phase Buer Segment 1
(“3-8” when PTS ≤ 2, “2-8” when PTS>2)
PBS2: Phase Buer Segment 2
(“3-PBS1” when PTS+PBS1 ≤ 4, “2-PBS1” when PTS2+PBS2>4)
SJW: Synchronization Jump Width
(“1-PBS2” when PBS2 ≤ 3, “1-4” when PTS2>3)
● Sampling
Select the number of bit samplings. Select from “Once” or “3 Times”.

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● ID Filter
Select the ID lter from “OFF”(invalid), “Acceptance”, “Pass”, “Cut”, “Pass & Cut”, or “Acceptance &
Pass & Cut”.
・Acceptance
Captures the frames which have corresponding ID by a hardware lter.
You can set bit-by-bit (“0”, “1”, “*”, (Don’t care)) from high-order bit by acceptance
conguration tab. Congure values for ID28 - ID18 (values for ID17 - ID0 should be “Don’t care”)
when it is standard format, and congure values for ID28 – ID0 when it is extended format.
(Example) When it is standard format and captures the frames with ID “010h”(HEX).
Note: When extended format are mixed with standard format, 00400000h - 0043FFFFh
also will be captured.
・PASS
Captures the frames which have corresponding ID by a software lter.
Select standard format of extended format at the pass conguration tab and set the ID by HEX
(“0” - “F”, “*”, (Don’t care)). (You can set up to 8 items)
Congure values within the scope of ID:0 – 7FFh when it is standard format,
and congure values within the scope of ID:0 – 1FFFFFFFh when it is extended format.
Note: If there is no entry for the blanks when the pass lter is valid, no ID frame will be captured.
(Example) Monitoring of the IDs of 010h – 01Fh when it is standard format and the ID is congured
for 01*h (HEX).