Loading
Log in to myMicrochip to access tools and benefits. Sign up in just one minute.
Maximize Your Experience: Reap the Personalized Advantages by Completing Your Profile to Its Fullest! Update Here
Stay in the loop with the latest from Microchip! Update your profile while you are at it. Update Here
Complete your profile to access more resources.Update Here!
The combination of a voltage regulator and a LIN bus transceiver makes it possible for you to develop simple but powerful slave nodes in LIN bus systems. LIN System Basis Chips (SBCs) are ideal choices for LIN slave modules in automotive applications such as mirror modules, grill shutters, switch banks, seat modules, parking brakes, fuel door releases and more.
ATA663231/54 LIN System Basis Chip Including Voltage Regulator and NRES-Output
Quick Glance:
- Works down to 2.3V supply voltage
- Multi-layer ceramic capacitor
- Compliant with footprint recommendation of leading OEMs
- Voltage regulator: 3.3V/85 mA or 5V/85 mA ± 2%
- Footprint-compatible version without LIN transceiver available (ATA663201/03)
ATA663232/55 LIN System Basis Chip Including Voltage Regulator and Wake-up Input
Quick Glance:
- Works down to 2.3V supply voltage
- Multi-layer ceramic capacitor
- Compliant with footprint recommendation of leading OEMs
- Voltage regulator: 3.3V/85 mA or 5V/85 mA ± 2%
- High-voltage Wake-up Input (WKin)
One of Microchip Technology’s key design partners, IHR GmbH, has developed LIN-compliant drivers for Microchip’s PIC16F, PIC18F and PIC24F families of microcontrollers.
IHR is one of the leading manufacturers of diagnosis and emulation tools, as well as gateways for the automotive industry. IHR GmbH is also an associated member of the LIN consortium and has been performing LIN conformance tests for LIN 1.3, LIN 2.0 and LIN 2.1 test specifications.
To further aid the user in configuring the driver for their end application, IHR has developed a LIN Configuration Tool. This tool helps automate the process of generating LIN-compliant code which contains bus configuration information, node information and signal data using the LIN Description File (LDF).
- Application Notes
- Brochures
|
Title
|
|
|---|---|
| Interrupt-based PIC18 Master LIN Driver in C for Enhanced USART | Download |
| Bit Banged LIN Slave Node for PIC16 & PIC18 | Download |
| Implementing a LIN Master Node Driver on a PIC18 Microcontroller with USART | Download |
| Migrating Designs from MCP201 to MCP2021-500 | Download |
| Implementing a LIN Slave Node on a PIC18F1320 | Download |
| LIN Protocol Implementation Using PICmicro® MCUs | Download |
LIN Driver Configuration Tool for PIC Microcontrollers
Overview of the LIN Driver Configuration Tool for PIC Microcontrollers
LIN Driver Configuration Tool for PIC Microcontrollers
LIN Driver Configuration Tool for PIC Microcontrollers
Overview of the LIN Driver Configuration Tool for PIC Microcontrollers
Microchip Introduction to LIN
Microchip Introduction to LIN
Overview of Microchip LIN products, tools and collateral.
5V CAN LIN Starter Kit for Digital Signal Controllers (DSCs)
5V CAN LIN Starter Kit for Digital Signal Controllers (DSCs)
The 5V CAN-LIN Starter Kit features the dsPIC33 “EV” family of 70 MIPS processors with interfaces like CAN, LIN and SENT for automotive and industrial applications. This Starter Kit has everything you need to start developing your next 5V application: small size, low cost, and built-in programmer/debugger with easy connection to CAN, LIN and SENT communications.