SN65HVD233-Texas Instruments

説明

The SN65HVD233 device designed and developed by Texas Instruments adopts the physical layer application of the Controller Area Network (できる) serial communication conforming to the ISO 11898 standard. High-frequency transceiver chips commonly used in automotive applications. As one of the sellers of Texas Instruments products, Shenzhen Xintong can provide you with various Texas Instruments original electronic components including SN65HVD233 devices for a long time.

の SN65HVD233 is used as a CAN transceiver, each device provides transmission and reception functions between the differential CAN bus and the CAN controller, and the signaling speed is up to 1Mbps. Designed to operate in particularly harsh environments, the device features cross-line protection, overvoltage protection up to ±36V, ground-fault protection, overtemperature (サーマルシャットダウン) 保護, and common-mode transient protection to ±100V. These devices operate over a wide common-mode range of –7V to 12V. These transceivers are the interface between the host CAN controller on the microprocessor and the differential CAN bus used in industrial, building automation, transportation and automotive applications.

• Thermal Shutdown Protection
• No glitches on bus inputs and outputs during power up and power down
– High input impedance with low VCC
– Monolithic output during power cycling
• Industrial automation, control, sensor and drive systems
• Motor and robot control
• Building and climate control (空調設備)
• Backplane communication and control
• 3.3V single supply voltage
• Bus pin fault protection greater than ±36V
• Bus pin ESD protection greater than ±16kVHBM
• Conforms to ISO 11898-2 standard
• Comply with GIFT/ICT standard
• Data rate up to 1Mbps
• Extended common-mode range: –7V to 12V
• High input impedance supports 120 nodes
• LVTTL I/Os are 5V tolerant
• Adjustable driver transition time for improved radiation performance
• Unpowered nodes will not interfere with the bus
• 低電流スタンバイモード, 200µA (典型的な)
・SN65HVD233: Loopback mode