The TJA1040T/N1,112 is a high-speed CAN transceiver designed for automotive applications.
It is used to facilitate communication between microcontrollers and the CAN bus in automotive electronic systems.
The TJA1040T/N1,112 is available in a small outline integrated circuit (SOIC) package.
The essence of the TJA1040T/N1,112 lies in its ability to provide a robust and reliable communication interface for automotive electronic systems.
The TJA1040T/N1,112 is typically packaged in reels with a quantity of 2500 units per reel.
The TJA1040T/N1,112 features an 8-pin SOIC package with the following pin configuration: 1. Vref 2. CANH 3. CANL 4. GND 5. STB 6. TXD 7. RXD 8. VCC
The TJA1040T/N1,112 operates by converting digital signals from the microcontroller into differential signals on the CAN bus and vice versa. It also incorporates features for fault protection and wake-up functionality.
The TJA1040T/N1,112 is widely used in various automotive electronic systems, including engine control units, transmission control units, body control modules, and more. Its robust communication capabilities make it suitable for use in harsh automotive environments.
Some alternative models to the TJA1040T/N1,112 include the MCP2551, SN65HVD251, and ISO1050.
In conclusion, the TJA1040T/N1,112 is a high-speed CAN transceiver specifically designed for automotive applications, offering robust communication capabilities and fault protection features. Its wide application in automotive electronic systems makes it a crucial component in modern vehicles.
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What is the maximum operating voltage of TJA1040T/N1,112?
What is the typical standby current consumption of TJA1040T/N1,112?
What is the recommended operating temperature range for TJA1040T/N1,112?
Does TJA1040T/N1,112 support high-speed CAN communication?
What is the pinout configuration of TJA1040T/N1,112?
Is TJA1040T/N1,112 compatible with automotive applications?
Can TJA1040T/N1,112 be used in industrial control systems?
What are the key features of TJA1040T/N1,112 for network management?
Does TJA1040T/N1,112 have built-in protection mechanisms for overvoltage and undervoltage conditions?
Are there any application notes or reference designs available for integrating TJA1040T/N1,112 into technical solutions?