• Local monitoring, real-time reading, recording, transmitting and displaying of LIN/CAN/CAN FD data
• Supports LIN device diagnostics and DTL (Diagnostic Transport Layer) such as 3C/3D services.
• Local modification and testing of all control parameters, message signals, frame timing, program timing
• Baby-LIN's LIN bus transceivers support baud rates up to 200K. Although standard LIN devices support up to 20K, there are a growing number of high-speed LIN devices that exceed 20K communication rates, use non-LIN standard protocols, or are swiping a node at a higher baud rate, and require a supporting device to monitor and communicate. The Baby-lin-E06 can realize these applications in ASCII-Mode.
• One price covers the functionality of many devices on the market: such as LIN Bus Emulator, LIN Bus Diagnostic, LIN Bus Tester, LIN Bus Analyzer, LIN Bus Adapter, etc...
• Master-slave simulation and analysis of LIN nodes/systems to simulate bus participants that do not actually exist. For example, it simulates ECUs and other outgoing data, and supports virtual simulation, semi-physical simulation, and "listen-only" mode.
• Supports event-based signal configuration, sequence control, error determination, and triggering actions.
• Trigger actions to be performed (e.g. run or stop, send another message, change a signal value, etc.) by various event triggering conditions (signal events, message frame events, changed events, etc.)
• Signal events include the result of comparison between signal values, the result of comparison between signal values and constants, and the range of signal changes.
• Frame events include selected frames appearing on the bus, errors in frames (e.g. checks and errors, nodes not responding, etc.)
• Changed events include a change in a signal value, or a change in a message frame.
• Typical tests include: for example, when the product under test has an abnormality, detect the error through the LIN telegram, and control the equipment to stop running by Baby-LIN-RM-II or trigger a command to send; for example, after a fixed period of time, start to carry out a cycle of 8000 times of testing: forward and reverse, startup and running, different angles of the opening action, etc.; for example, the production line workers start the Baby-LIN-RM-III module to automatically complete a series of tests before the product leaves the factory: from startup to running to stop the continuous test. RM-III module automatically completes a series of tests before the product is shipped out of the factory: from start-up to running to stopping the continuous test.

Equipment

• CPU: ARM Cortex-M7, 300MHz
• Memory: 32M RAM
• 6 red/green multicolor LEDs: device and CAN, LIN bus signals and error status indication
• 12 LEDs: digital input and output channel signal indication
• 2 LEDs: On/Off button indication
• 2 programmable buttons
• Device power: 7-32V DC via 3-pin connector (MC 1,5/ 3-ST-3,81)
• Maximum current consumption: 250 mA @ 24 VDC
• All communication interfaces are electrically isolated (LIN, CAN bus, digital inputs, USB, except 4 of the 6 digital outputs).

LIN interface

• 1 LIN bus interface
• An additional 1 LIN bus interface is available at an additional cost, using an activation code to activate the function;
• LIN connection via 3-pin connector (MC 1,5/ 3-ST-3,81)
• LIN bus baud rate: up to 125k baud rate (well above the standard LIN protocol range)
• Power supply range: 8-26 VDC
• Support LIN version: V1.2, V1.3,...V2.2
• Supports LIN-related protocols: Cooling and SAE J2602
• Maximum cable length for LIN bus support: 30m

CAN interface

• The 2 CAN/CAN FD channels based on the MCP2562FD follow the ISO-11898-1:2015 specification and support baud rates up to 8M at an additional cost, using an activation code to activate the function;
• One of the CAN/CAN FD channel interfaces can be converted to low-speed CAN (CAN-LS, based on the TJA1055, following ISO-11519) at an additional cost, using an activation code to activate the function;
• Interface via 3-pin connector (MC 1,5/ 3-ST-3,81)
• Supports CAN bus Maximum cable length: 30m

USB port

• USB2.0
• B-Mini Interface

Digital IO Interface

• 8-channel digital inputs
• 4 digital outputs
• 2 additional digital outputs with electrical isolation protection
• The I/Os are connected via three 5-pin connectors (MC VR 1,5/5-ST-3,81).
• 4 digital inputs for reading PWM signals
• Digital output channel realistically outputs PWM signals.

Analog IO Interface

• 3 analog inputs with electrical isolation protection
• Maximum range up to 25V, deviation threshold 33V
• Connection via 4-pin connector (MC VR 1,5/4-ST-3,81)

microSD card interface

• Memory card support type: microSD , microSDHC
• File Support Format: FAT-32, FAT-16
• Supported storage capacity: 32GB

Shell

• Protection level: IP20
• Operating Temperature: -20℃ to +60
• Weight: 250 g
• Dimensions [mm]: 136x 76 x 36 (L x W x H)
• Mounting: DIN rail (TS35)

The following operating systems are supported

• Windows Vista (32 and 64 Bit)
• Windows 7 (32 and 64 Bit)
• Windows 8 (32 and 64 Bit)
• Windows 10 (32 and 64 Bit)
• Linux (only Baby-LIN-DLL is required, other software tools can only be used on Windows systems)

Some of the tools in the LINWorks software suite require the .NET Framework v4.0 to be installed on the computer.

Administrator privileges are required for software installation

• One Baby-LIN-RM-III mainframe (all terminals included)
• One USB cable (5 meters long)

The Baby-LIN-RM-III is available in different configurations. If you only need to use the LIN bus, then you can order the basic module only. If you only need to use the LIN bus, then you can order just the basic module. If you need to use other functions later, then you only need to support the cost of the part of the function that you purchase again.