SN65HVD233DR-Texas Instruments
$1.30
- Keterangan
- Pertanyaan
Keterangan
SN65HVD233DR is a very special CAN chip designed and developed by Texas Instruments. For applications using a Controller Area Network (BISA) serial communication physical layer according to the ISO 11898 standard. It is a high-performance chip designed to work in particularly harsh environments and is often used in automotive applications. Dengan akumulasi bertahun-tahun, xt-shenzhen can provide global customers with high-quality original electronic components! ! !
SN65HVD233DR acts 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. Features cross-line protection, overvoltage protection up to ±36V, ground fault protection, overtemperature (penghentian termal) perlindungan, and common-mode transient protection to ±100V.
• 3.3V single supply voltage
• Bus pin fault protection greater than ±36V
• Bus pin ESD protection greater than ±16kV HBM
• 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
• Low Current Standby Mode, 200μA (Khas)
– 50nA Typical Current Consumption
• 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 (AC)
• Backplane communication and control
Tegangan catu daya (DC) | 3.00V ~ 3.60V |
arus suplai | 6 mA |
Jumlah pin | 8 |
driver/package | 1 |
Suhu Operasional | -40℃ ~ 125℃ |
metode instalasi | Permukaan gunung |
enkapsulasi | SEC-8 |
Sedang mengemas | Tape & Kumparan (TR) |
standar RoHS | Sesuai RoHS |