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PCAN-LIN: CAN, LIN Gateway
Cost-effective CAN, LIN gateway, can realize the conversion between CAN, LIN, 232 three, after downloading the configuration can run independently, which means that PCAN-LIN can be directly connected to your device, to achieve the conversion between CAN and LIN.
- The PCAN-LIN module facilitates communication between CAN, LIN, and serial interfaces.
- Encased in a lightweight plastic housing, it contains firmware to enable data exchange between different bus systems.
- Various modes can be configured using software, such as using the module as an LIN master station to request and route LIN data to the CAN bus and/or serial interface. With an ID offset, data can be exchanged between CAN and LIN.
Technical Specifications
- The universal gateway (or router when using Acceptance Code / Acceptance Mask functions) includes the following:
- RS-232 to LIN (and vice versa).
- CAN to LIN (and vice versa).
- RS-232 to CAN (limited bandwidth).
- CAN communication supports a baud rate of up to 1 Mbit/s.
- LIN communication operates at baud rates from 1 to 20 kbit/s.
- Sending/receiving LIN 1.x and 2.x frames.
- It can function as either the primary controller or secondary device in a LIN network
- Simulating LIN secondary device behavior with data modification via CAN frames.
- Handling a user-defined LIN ID list with limited entry, and cyclic processing.
- Standard baud rates are set at 19200 bit/s for LIN and 500 kbit/s for CAN.
- Individual LIN frames can be initialized via CAN or RS-232.
- Power supply voltage: 9 - 30V.
- Operating temperature ranges from -40°C to 85°C.
- PCAN-LIN Interface, Plastic Housing
- Configuration and monitoring tools PCAN-LIN Config for Windows® 11 (64-bit) , 10 (32/64-bit)
- Use of manuals in PDF format
| Description | No. |
| PCAN-LIN High-speed CAN | IPEH-002025 |
|---|---|
| PCAN-LIN Low-speed CAN | IPEH-002028 |
| PCAN-LIN high-speed CAN photodecoupling | IPEH-002029 |
Accessories Package Solution
Product Model: PCAN-LIN(IPEH-002025/002028/002029)
DB9 Cable Board- Power Supply (12V)
- Serial Cable (USB to RS232)
DB9 Cable Board- Power Supply (12V)
- Serial cable (USB to RS232)
- DB9 Adapter (Female-Female/Male-Female/Male-Male)
- DB9 Serial Cable (Multi-Head)
- DB9 Extension Cable
- DB9-OBD Cable (2/4)
- DB9 to 4mm Banana Plug Adapter
CAN Interface Card FAQ
Technical support and paid services to drive your project to the limit.
HONGKE's PCAN interface card series has undergone rigorous testing and has been continuously stabilized for more than 3,000 hours, maintaining a stable connection without dropping frames.
Its hardware design has good anti-interference ability and with perfect error handling mechanism, it can maintain reliable communication during long time and high load tasks such as ECU software flashing and data calibration, and avoid flashing failure or data error due to tool problem.
We recommend the use of multi-channel high-performance CAN adapters such as PCAN-USB X6 maybe PCAN-PCIe FD Series.
These products support CAN FD baud rates up to 12 Mbps and provide up to 4 or 6 independent channels for high-speed synchronized data acquisition and recording on multiple CAN FD networks such as radars, cameras, domain controllers, etc., making them ideal tools for ADAS data recording and testing.
For harsh electromagnetic environments, we offer USB CAN adapters with galvanic isolation.
Electrical isolation protects the host computer and CAN network equipment by effectively blocking common mode interference from ground loops and suppressing surges and spikes.
Stable and reliable communication is maintained even in the environment of vehicle electrical systems or high-power laboratory equipment.
Can. Avision provides a unified and free PCAN-Basic API with native support for C++, C#, VB, .NET, Python, Java.
At the same time, the hardware can also use official or third-party interfaces in LabVIEW, MATLAB / Simulink, Qt and other environments, so that teams can develop and integrate in a familiar development environment.
Avision PCAN adapters provide microsecond time stamp resolution.
In multi-channel or cross-device synchronization scenarios, the hardware and drivers support a global time synchronization mechanism that ensures a consistent and accurate time base for all channels.
This is very important for analyzing communication timing across ECUs, locating incidental faults, and analyzing network delays, which can provide reliable data support for whole-vehicle network testing.
Professional technical support from HONGKEI to help you succeed in your project.
HongKe's PEAK CAN / CAN FD interface converter modules are dedicated to providing industry-leading in-vehicle bus communication solutions that support efficient and stable CAN / CAN FD data transmission. The product line covers USB, PCIe, MiniPCIe, Extended Multi-Channel and other interfaces to meet the needs of different scenarios such as development, testing and mass production. Whether you need a single-channel interface or a multi-channel/high-speed/expansion solution, HongKe offers a flexible product line to meet different needs.
