CAN Transceiver Portfolio CAN 5 -V 3 3

CAN Transceiver Portfolio CAN 5 -V 3. 3 -V Interface Home

CAN Summary Ø World’s Most Robust 5 -V CAN Transceiver: SN 65 HVD 251 - Highest ESD Protection in the industry: 14 k. V Ø World’s first 3. 3 V CAN Transceivers: SN 65 HVD 230, SN 65 HVD 231 & SN 65 HVD 232 – Low power and cost effective Ø 2 nd Generation 3. 3 V CAN Transceivers: SN 65 HVD 233, SN 65 HVD 234, SN 65 HVD 235 – Lowest power and ± 36 V protection Return CAN Transceiver Portfolio

5 -V CAN Transceiver Portfolio 5 -V SN 65 HVD 251 -Standby Mode, Improved Drop-in replacement for PCA 82 C 250 & PCA 82 C 251 SN 65 HVD 1039 - Same as HVD 1040 w/o Dominant Time out Mode SN 65 HVD 1040 - Improved Drop-in replacement for TJA 1040 SN 65 HVD 1040 v 33 - TJA 1040 w/ 3 V MCU I/Os SN 65 HVD 1049 - Same as HVD 1050 w/o Dominant Time out Mode SN 65 HVD 1050 - Improved Drop-in Replacement for TJA 1050 SN 65 HVD 1050 v 33 - TJA 1050 w/ 3 V MCU I/Os PRODUCT PREVIEWS RTP 3 Q 04 Return to CAN Transceiver Portfolio

3. 3 V CAN Transceiver Portfolio 3. 3 -V SN 65 HVD 230 - -4 to 16 V bus-fault protection SN 65 HVD 231 - -4 to 16 V bus-fault protection SN 65 HVD 232 - -4 to 16 V bus-fault protection SN 65 HVD 233 - ± 36 V bus-fault protection SN 65 HVD 234 - ± 36 V bus-fault protection SN 65 HVD 235 - ± 36 V bus-fault protection Return to CAN Transceiver Portfolio

5 -V CAN Transceiver: SN 65 HVD 251 Ø Drop-in Improved Replacement for the PCA 82 C 250 and PCA 82 C 251 Ø Bus fault protection of ± 36 V Ø Bus Pin ESD Protection Exceeds 14 k. V HBM Ø Designed for signaling rates up to 1 Mbps Ø Meets or Exceeds the Requirements of ISO 11898 Ø High input impedance allows for up 120 nodes SN 65 HVD 251 D Rs GND CANH Vcc CANL R Vref SN 65 HVD 251 l In production since November 2002 l 1 k resale price is $0. 90 Comparison Versus PCA 82 C 250/1: l 14 versus 2/2. 5 k. V HBM ESD l High Impedance when powered down unlike Philips devices that known to disturb the bus because of it’s low impedance SN 65 HVD 232 issue if powered up l No Latch-up with the Rs pin tied to Vcc. l No signal passed to the driver outputs from the D input during standby when it is supposed to be tri-stated Return to Summary Return to 5 -V CAN Transceiver Portfolio

Industry’s First 3. 3 V Transceivers v. Operates at 3. 3 -V v. ESD protection exceeds 16 k. V v. Low power replacement for PCA 82 C 250 v. Designed for signaling rates up to 1 Mbps v. High input impedance allows for up 120 nodes v. Thermal shutdown protection v. Open circuit fail safe design v. Glitch free power-up & power-down protection SN 65 HVDS 230/1 SN 65 HVDS 232 D Rs D NC GND CANH Vcc CANL R Vref R NC SN 65 HVD 230 l 370 A standby mode l Integrated slope control l Vref pin available l 1 k resale price $1. 35 SN 65 HVD 231 l 40 n. A sleep mode l Integrated slope control l Vref pin available l 1 k resale price $1. 35 SN 65 HVD 232 l No standby nor sleep mode l No integrated slope control l No Vref pin available l Cost-effective solution l 1 k resale price $1. 30 Return to Summary Return to 3. 3 V CAN Transceiver Portfolio

SN 65 HVD 233/234/235 v. Operates with a single 3. 3 V supply v. Bus pin short-circuit protection to ± 36 V v. ESD protection exceeds 16 k. V v. Designed for signaling rates up to 1 Mbps v. Up to 120 nodes on bus v. LVTTL I/O 5 -V tolerant v. Adjustable driver transition times for signal quality v. Unpowered nodes do not disturb bus v. Open circuit fail safe design v. Glitch free power-up & power-down protection SN 65 HVDS 234 D Rs GND CANH Vcc CANL R EN Pricing l 1 k resale price $1. 50 – HVD 233 l 1 k resale price $1. 45 – HVD 234 l 1 k resale price $1. 50 – HVD 235 SN 65 HVD 233 l 200 A standby mode l High-speed, Sloop Control modes l Diagnostic loopback SN 65 HVD 234 l 50 n. A Sleep mode l High-speed, Sloop Control modes SN 65 HVD 235 l 200 A Standby mode l High-speed, Sloop Control modes l Loopback for Autobaud Function Return to Summary Return to 3. 3 V CAN Transceiver Portfolio

SN 65 HVD 1039/40/49/50 & v 33 PREVIEW - CAN TRANSCEIVERS - PREVIEW • • • Improved Drop-in Replacement for the TJA 1040/50 Qualification in Accordance with AEC-Q 100 Very Low Electro-Magnetic Emission (EME) Wide Common-Mode Range Bus-Fault Protection of -27 V to 40 V Meets or Exceeds the Requirements of ISO 11898 Signaling Rates up to 1 Mbps Low current silent or sleep modes 3. 3 V u. C I/O compatible versions Power-Up/Down Glitch-free Bus Inputs and Outputs • Automotive Data Buses • Device. Net Data Buses • Smart Distributed Systems (SDS) • SAE J 1939 Standard Data Bus Interface • NMEA 2000 Standard Data Bus Interface • ISO 11783 Standard Data Bus Interface 1 ku pricing: $TBD • Very Low Electro-Magnetic Emission (EME) critical for automotive applications • Wide Common-Mode Range Provides for High Electromagnetic Immunity (EMI) Sensor MCU TMS 470 Vreg TPS 71550 HVD 251 CAN Return to 5 V CAN Transceiver Portfolio

TI Contacts - Interface Marketing Burak Ilhan Product Marketing 214 -567 -6766 burak@ti. com Steve Corrigan Strategic Marketing 214 -480 -4743 s-corrigan 1@ti. com