Introduction bus ic dc/dc converter E141.01 VAN-Bus transceiver E 910.05 K-Bus transceiver E 910.15 LIN- / K-Bus transceiver E 910.18 | E 910.45 LIN transceiver + VREG E 910.48 LIN transceiver + VREG + WD E910.54 FlexRay™ transceiver ÿ E910.55 FlexRay™ transceiver + wake-up motor driver ic ripple counter driver ic I/O ic Sensor interface ic sensor ic ip’s E910.56 FlexRay™ star coupler E910.55 ÿ Enhanced diagnosis capability via SPI cuits, ground loss) and overtemperature condition. An interrupt signal is generated whenever the failure status changes. ÿ Protection against overload damage by current with interrupt generation limitation and overtemperature detection ÿ Bus driver outputs withstand – 27 V / + 40 V DC The device supports normal and standby modes and provides remote wake up capability via bus line. The output (INH) can be used to control an external voltage regulator. voltage ÿ Low EME due to balanced differential transmission ÿ TSSOP16 package; QFN 7x7 32Ld application ÿ Transceiver in FlexRay™ nodes (ECUs) 2 VIO IO supply VCC TXD 3 14 BP 3 3 TXD Transmit data input TXEN 4 13 BM 4 4 TXEN Transmit data enable RXD 5 12 GND res. 6 11 INTN 5 5 RXD Receiver data output SCSN 7 10 SDI 6 6 RES No function in application SCK 8 9 SDO 7 7 SCSN 8 8 SCK Chip select input SPI clock input 9 17 SDO SPI data output SPI data input 10 18 SDI 11 19 INTN Failure sum signal 12 20 GND Ground 13 21 BM Bus line minus 14 22 BP Bus line plus 15 23 VCC Transceiver supply 16 24 VBAT Power supply for the internal regulator - 9 -16 NC Not connected - 25 -32 NC Not connected TSSOP16 24 23 22 21 20 19 18 17 NC 25 16 NC NC 26 15 NC NC 27 14 NC NC 28 13 NC NC 29 12 NC NC 30 11 NC NC 31 10 NC NC 32 9 NC 1 2 3 4 5 6 7 8 ÿ QFN7x7 THIS PRODUCT IS UNDER DEVELOPMENT 2 ÿ tion concerning failure detection on the bus lines (e.g. short-cir- VBAT 15 SDO ÿ Remote wake-up via bus line 16 2 SDI 1 VIO SCK driver (BD) to a host controller (HOST) to provide status informa- INH INZN ÿ Support of low power mode for an ECU Inhibit output (high side switch) SCSN INH GND communication controller (CC). An SPI interface connects the bus 1 1 RES ÿ Support of data rates up to 10 Mbit/s Description BM Name RXD interface between the twisted pair physical bus medium and a Pin QFN7x7 BP and physical medium (twisted pair bus line) Pin TSSOP16 TXEN in a FlexRay™ communication network. The E910.55 provides an VCC The low cost bus driver is a part of the electrical, physical layer TXD ÿ Part of the FlexRay™ electrical, physical layer ÿ Interface between communication controller package VBAT pinning VIO description INH features ÿ THIS PRODUCT IS UNDER DEVELOPMENT THIS PRODUCT IS UNDER DEVELOPMENT ÿ FlexRay™ transceiver with wake-up Block diagram Typical Application Blockdiagram SCSN SCK VBAT SDI Microcontroller Power Supply (HOST) 4 ECU 1 SDO Bus Failure Detector Host Interface BP (SPI + Interrupt) Transmitter INTN Internal RxD Communication Controller TxD Communication TxEN Controller Interface Logic INTN Local Wakeup TxD RxD VIO VCC INH LWU Receiver Wake up Detector INH TxEN SPI ELMOS is member of the Inhibit & Wake FlexRay™ consortium BP Bus Driver LWU BM VBAT VCC GND VIO Power Supply 5V Regulator Undervolt. Monitor POR Overtemp. Monitor Vref E910.55 GND 22 BM Note ELMOS Semiconductor AG (below ELMOS) reserves the right to make changes to the product contained in this publication without notice. ELMOS assumes no responsibility for the use of any circuits described herein, conveys no licence under any patent or other right, and makes no representation that the circuits are free of patent infringement. While the information in this publication has been checked, no responsibility, however, is assumed for inaccuracies. ELMOS does not recommend the use of any of its products in life support applications where the failure or malfunction of the product can reasonably be expected to cause failure of a life-support system or to significantly affect its safety or effectiveness. Products are not authorized for use in such applications. Copyright © 2007 ELMOS Reproduction, in part or whole, without the prior written consent of ELMOS, is prohibited. www.elmos.de | [email protected] elmos product catalog 2007/2008 23