NOYITO TJA1051 CAN Transceiver - 1Mbit/s High Speed Transfer Rate - Low Power Consumption - 2Pcs
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Description
⚡ Power your CAN network with speed and resilience — don’t get left behind!
- DUAL PACK VALUE - Two transceivers included—perfect for building or scaling your CAN bus systems with confidence.
- POWER SAVVY DESIGN - Keeps energy use minimal so your projects run cooler and longer without compromise.
- PLUG PLAY COMPATIBILITY - Directly interfaces with 3V to 5V microcontrollers, making integration effortless.
- ROBUST EMC ESD SHIELDING - Engineered to withstand electromagnetic interference and static shocks for reliable uptime.
- BLAZING FAST 1 MBIT S TRANSFER - Seamlessly powers your high-speed CAN networks with lightning-quick data flow.
The NOYITO TJA1051 CAN Transceiver delivers high-speed 1 Mbit/s data transfer with low power consumption and improved electromagnetic compatibility. Designed as an interface between CAN controllers and physical buses, it supports 3V to 5V microcontroller logic levels and comes in a convenient 2-piece pack, ideal for professional-grade CAN bus applications requiring reliable, interference-resistant communication.
Specifications
| Are Batteries Included | No |
| Asin | B07DMTFHS7 |
| Brand | NOYITO |
| Customer Reviews | 3.2 3.2 out of 5 stars (5) 3.2 out of 5 stars |
| Date First Available | 21 July 2018 |
| Item Model Number | NOTJA1051-T |
| Item Weight | 8 g |
| Manufacturer | NOYITO |
| Product Dimensions | 2 x 1 x 0.3 cm; 8 g |
| Series | TJA1051 CAN Transceiver |
Reviews
User
Ignore Other Bad Reviews
It works perfectly! Others did not review the manufacturer's datasheet. I used it with a Teensy 4.0 and its CAN peripheral #2 port (CRX2 and CTX2).*** The "VCC" pin must be powered by 5V. The "VIO" pin (labeled as "NC" on the reverse side) must match the voltage of your microcontroller (3.3V for the Teensy). The "S" pin must be grounded to enable the transceiver. This can be done by either grounding the pin manually to always enable the transceiver or connecting it to an I/O pin on your microcontroller and driving it low when transmitting. Connect CANH and CANL to your CAN bus. The transceiver is pre-terminated with a 120-ohm resistor on the circuit board. Connect CTX and CRX to your microcontroller's peripherals. For the Teensy, connect CTX to CTX and CRX to CRX. Ensure the GND pin is connected to a common ground. ***
User
Doesn't work
I've spent way too much time trying to get this chip to just receive something let alone transmitAll the other nodes on my canbus are fine, but when I plug this one in, nothing shows up on the CRX pin.It could be user error, but the other transceivers work in the same configuration.
User
Couldn't get V3 to work...had to use 5V then a level shifter
I could not get this breakout board to work on a V3 system without supplying it with 5V and using a level shifter between it and my V3 controller. It work for transmit and receive but I did not want to use a level shifter in my setup.
Common Questions
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