TLE 7263E Infineon Technologies, TLE 7263E Datasheet
TLE 7263E
Specifications of TLE 7263E
Related parts for TLE 7263E
TLE 7263E Summary of contents
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... TLE 7263E Data Sheet, Rev. 1.70, Sep. 2009 Never stop thinking. ...
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... Single-wire transceiver • Transmission rate kBaud • Compatible to LIN specification 1.3, 2.0, 2.1 and SAE J2602-2 • Very low current consumption in Sleep Mode • Short circuit proof to GND and battery Type TLE 7263E Data Sheet Package PG-DSO-36-24 2 TLE 7263E PG-DSO-36-24 Marking Rev. 1.70, 2009-09-30 ...
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... V2, 150 mA ±2% for internal CAN module and external devices. • Description The TLE 7263E is a monolithic integrated circuit in an enhanced power package. The IC is designed for CAN-LIN gateway applications. To support these applications the TLE 7263E covers smart power functions such as HS- ...
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... MON2 10 MON3 11 MON4 GND CC1 V 16 CC2 INT 17 GND 18 Figure 1 Pin Configuration (top view) Data Sheet TLE7263E cooling tab (GND) 4 TLE 7263E Pin Configuration GND 36 TxD 35 LIN RxD 34 LIN 33 FSO 32 WKO 31 CSN 30 CLK STS RxD ...
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... LIN Transceiver Data Output; according to the ISO 9141 LIN and LIN specification 1.3 and 2.0; push-pull output; LOW in dominant state 35 TxD LIN Transceiver Data Input; according to ISO 9141 and LIN LIN specification 1.3 and 2.0 Data Sheet ≥ 10 μ ≥ 10 μ Rev. 1.70, 2009-09-30 TLE 7263E Pin Configuration ...
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... Send-to-Sleep; to switch the SBC back into low current mode during cyclic wake 1, 2, GND Ground 6,14, 18,19, 23, Not Connected Internally; leave open or connect to GND EP EP Exposed Pad; internally connected to GND; connect to GND on board Data Sheet 6 Rev. 1.70, 2009-09-30 TLE 7263E Pin Configuration ...
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... LDO 2 Driver Output Stage Temp.- Protection Receiver + Bus Failure Detection LIN Mode Control Driver Output Temp.- Stage Protection Receiver Filter / Wake-Up 7 TLE 7263E Block Diagram Interrupt control SPI Oscillator V CC1 Timebase Reset Generator + Window Watchdog HS-CAN Mode Control V CC1 Diagnosis Logic ...
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... Features The TLE 7263E incorporates a lot of features, that are listed in description of the features is given in Table 2 Truth Table of the TLE 7263E Feature SBC Active Mode Reset RO ON Window Watchdog ON Fail Safe Output ON Sense input ON Monitoring pins ...
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... On-time as well as time period are programmable via the SPI control word. A wake-up at the monitoring / wake-up pins during the on-time as well as a message at the CAN or LIN bus lines automatically sets the TLE 7263E into SBC Standby mode, and turns-on the main voltage regulator ...
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... SBC Standby Mode Vcc1 ON Vcc1 ON SBC Active Mode MS2 MS1 MS0 Vcc1 Vcc1 ON Vcc1 ON 10 TLE 7263E Features Table ). The microcontroller fully SBC Sleep Mode MS2 MS1 MS0 Vcc1 OFF CAN RxD Only MS2 MS1 MS0 Vcc1 1 0 ...
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... Initialization of 1) MONx inputs SBC Sleep Mode MS2 MS1 MS0 Vcc1 OFF HS-Switch = OFF 11 TLE 7263E Features Start Up Power Up Vcc1 ON transition caused by: - event at MONx inputs - CAN message - LIN message [SPI indicates source initialization fails, device is switched into SBC Standby mode sleep_TLE7263 Rev ...
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... HS-Switch = OFF „sense period“ after „on-time“ HS cyclic sense MS2 MS1 MS0 Vcc1 OFF HS-Switch = ON 12 TLE 7263E Features Figure 5). This Start Up Power Up Vcc1 ON transition caused by: - event at MON1 - 3 inputs [only during HS-ON state] - event at MON4 input - CAN message - LIN message ...
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... HS-Switch = OFF automatic transition by: - cyclic wake period STS - CAN message - LIN message HS Cyclic Wake MS2 MS1 MS0 Vcc1 HS-Switch = ON 13 TLE 7263E Figure Start Up Power Up Vcc1 ON select SBC operating mode µC 2) WKO cyclic wake-up cyclic_wake_sleep_TLE7263 Rev. 1.70, 2009-09-30 Features 6). ...
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... Initialization of 1) MONx inputs SBC Stop Mode MS2 MS1 MS0 Vcc1 HS-Switch = OFF 14 TLE 7263E Features Figure 7).) Start Up Power Up Vcc1 ON transition caused by: - event at MONx inputs - CAN message - LIN message [SPI indicates source] wake event notification [to µC]: - CAN msg. => RxD ...
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... HS-Switch = OFF after „on-time“ “sense period“ HS Cyclic Sense MS2 MS1 MS0 Vcc1 HS-Switch = ON 15 TLE 7263E Features Figure 8).) Start Up Power Up Vcc1 ON transition caused by: - event at MON1 - 3 inputs [only during HS-ON state] - event at MON4 input - CAN message - LIN message [SPI indicates source] wake event notification [to µ ...
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... STS - CAN message or - LIN message after „on-time“ HS Cyclic Wake MS2 MS1 MS0 Vcc1 HS-Switch = ON 16 TLE 7263E Features Figure 9). Further Start Up Power Up Vcc1 ON select SBC operating mode µC 2) WKO cyclic wake-up µC wake-up inputs cyclic_wake_stop_TLE7263 Rev. 1.70, 2009-09-30 ...
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... WKO “low” in addition to switching the RxD to “low”. 4.8 Dual Low Dropout Voltage Regulator The dual low dropout voltage regulator integrated in the TLE 7263E is able to drive external as well as internal loads, e.g. CAN-circuit supplied via bus short circuit. Its output voltage tolerance is better than ±2%. The maximum output ...
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... CAN Transceiver The TLE 7263E is optimized for high speed data transmission MBaud in automotive applications and is compatible to the ISO 11898 standard. It works as an interface between the CAN protocol controller and the physical bus lines. This HS-CAN module also supports extended bus error detection via a general error flag as well as individual notification flags, e ...
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... Ohm resistances and one 10nF capacitor. The center node in this example is a stub node and the recommended value for the split resistances is 1.5 kOhm. Data Sheet the local failure flag is set. BUS at the SPLIT pin. CC2 Figure 10. The split termination for the 19 Rev. 1.70, 2009-09-30 TLE 7263E Features ...
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... Application of the SPLIT pin for normal nodes and one stub node 4.10 LIN Transceiver The TLE 7263E offers a transceiver, which is compatible to ISO 9141 and LIN specification 2.0. For fail safe reasons the transceiver already has a pull-up resistor of 30 kΩ implemented. In order to achieve the required timing for the dominant to recessive transition of the bus signal an additional external termination resistor of 1 kΩ ...
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... Cyclic Sense / Wake Timing Select Cyclic OUTHS OUTHS Sense / On-Time Bit Position „off“ Wake Window Watchdog Timing 0 Bit Position (Watchdog Trigger Register) 21 TLE 7263E 3) is read in via the data input Figure 10). LSB CS1 CS0 MS2 MS1 ...
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... SBC Active Mode (CAN & LIN “on”) SBC Sleep (CAN, LIN & VReg “off”) SBC Active mode : CAN Transceiver: RxD-Only SBC Active mode : LIN Transceiver: RxD-Only SBC Stop Mode (CAN & LIN “off”) 22 TLE 7263E Features Rev. 1.70, 2009-09-30 ...
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... Watchdog Period Bit 0 (T0) Watchdog Period Bit 1 (T1) Watchdog Period Bit 2 (T2) Watchdog Period Bit 3 (T3) Watchdog Period Bit 4 (T4) Watchdog Period Bit 5 (T5) “0” [mandatory] “reserved” / not used “reserved” / not used 23 TLE 7263E Features 2) 1) Rev. 1.70, 2009-09-30 ...
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... … … … TLE 7263E Features Window Watchdog Reset Period “not a valid selection” … ms 1008 ms Rev. 1.70, 2009-09-30 ...
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... Wake-Up via MON4 MONx Initialization Failure Bus Wake-Up via LIN Msg. Bus Wake-Up via CAN Msg. End of Cyclic Wake Period V Fail (active low) CC1 V Fail (active low) CC2 V Fail (active low) INT “reserved” / not used 25 TLE 7263E Features 2) Rev. 1.70, 2009-09-30 ...
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... In addition, a “window watchdog reset flag” is set within the SPI until the next successful watchdog trigger to monitor a watchdog reset. For fail safe reasons the TLE 7263E is automatically switched in SBC Standby mode if a watchdog trigger failure occurs. This minimizes the power consumption in case of a permanent faulty microcontroller ...
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... WKO In addition to a wake-up from SBC Sleep mode via the CAN or LIN bus lines it is also possible to wake-up the TLE 7263E from low power mode via the monitoring/wake-up inputs. These inputs are sensitive to a transition of the voltage level, either from high to low or vice versa ...
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... SPI input bit. To supply external wake-up circuits in SBC Sleep Mode the output OUTHS can be periodically switched on by the TLE 7263E itself. How Cyclic Sense works and how it is activated is described in detail in sense period can the on-time of the OUTHS be programmed to either 500 μ ...
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... Flash Program Mode. The Sense Input feature must be switched off via SPI. Hints for Unused Pins • SI: connect to GND • OUTHS: leave open • MON1/2/3/4: connect to GND • INT / WKO: leave open • FSO: leave open Data Sheet 29 Rev. 1.70, 2009-09-30 TLE 7263E Features ...
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... V V -0.3 + 0.3 V DRI, -27 40 INT V -27 40 bus V -2 1.5 ESD,RxD ESD1 ESD1 T -40 150 j T -50 150 stg 30 TLE 7263E Unit Remarks V – V – V – V – V – V – V< <24V V< <5. V< <24V V< <5. Sense Input off V – ...
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... C 100 – CC1/2 f – 4 clk T -40 150 j Symbol Limit Values Min. Typ. R – 1 thjC R – 25 thjA 31 TLE 7263E Unit Remarks V V After rising S V above load dump V/μs – V – ESR < 6 Ω kHz MHz – °C – ...
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... Q I – – – – – 220 Q 32 TLE 7263E Electrical Characteristics Unit Test Condition Max SBC Active Mode 2 mA Active [CAN Sleep => LIN dominant; without Active [LIN Sleep] μA 80 stand-by mode °C; ...
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... V – – CC1/2 Δ V – – CC1/2 PSRR – 200 – CC1/2max V – – TLE 7263E Electrical Characteristics Unit Test Condition Max. μA 330 sleep mode, during HS-On phase 85° 5 mA< CC1 < < < ...
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... 4.0 5.0 RD1 t 0.4 0.5 RD2 n – – 0 – 0.6 34 TLE 7263E Electrical Characteristics Unit Test Condition Max. – kHz – μs 600 – 4.8 V default SPI setting 3.5 V SPI option; – mV – for RESET = V V CC1 RT1 200 μA for ...
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... INT V 7 – INT V 2.1 2.6 VCC1, VCC1 3.6 5.0 WDR1 t 0.012 0.5 WDR2 I 0.5 – WD, MONxth 35 TLE 7263E Electrical Characteristics Unit Test Condition Max. V 2.8 V decreasing SI measured at 25°C, 2 decreasing SI 300 mV – μ < SI,th INT = low = -20 μ CC1 ...
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... SDHS dSDHS V – 5. 4.50 4.85 UV OFF V 0.1 0 – 512 t 0.4 0.5 CS on1 t 0.08 0.1 CS on2 36 TLE 7263E Electrical Characteristics Unit Test Condition Max. 0.7 V μ 3.8V MON μ MON μs 20 – μ MONx V > 5V MONx Ω °C T 3.5 j Ω ...
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... RD RD,L V 0.5 × – TD,H V CC1 V – 0.4 TD,hys 0.3 × 0.5 × CC1 CC1 TLE 7263E Electrical Characteristics Unit Test Condition Max. 0.7 × V – V CC1 – V – 1.5 V – = 0.2 × kΩ STS μs – one oscillator period I – -1.6 mA WKO 0.2 × ...
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... V – 110 diff,hys diff V – 0.8 diff 0.4 0.7 diff – 120 diff, hys. 38 TLE 7263E Electrical Characteristics Unit Test Condition Max 0. diff CANH “active mode” – diff CANH “active mode” – – mV “active mode” ...
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... CANHsc CANLsc I – 25 CANH,lk I CANL,lk 0.3 × 0.5 × V SPLIT V V CC2 CC2 SPLIT R – 600 SPLIT 39 TLE 7263E Electrical Characteristics Unit Test Condition Max. 3 load TxD CC1 no load V 2. TxD CC2 V 4 TxD V ...
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... WU t 0.3 – TxD 40 TLE 7263E Electrical Characteristics Unit Test Condition Max. C 255 pF Ω CC1 RxD C 255 pF Ω CC1 ...
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... V – bus, 0.6 × – busrec V S 0.5 × V 0.475 buscent × 0.02 bus,hys × TLE 7263E Electrical Characteristics Unit Test Condition Max. I – -1.6 mA; RxD(LIN bus S 0.2 × 1.6 mA; RxD(LIN CC1 bus 0.7 × V recessive state V CC1 1 ...
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... 0.4 0.7 serdiode V – – bus,dom – – V 0.6 – bus,dom 0.8 – 100 bus,sc 42 TLE 7263E Electrical Characteristics Unit Test Condition Max. 0.6 × V – 1 high Level TxD V 1 TxD = 500 Ω (LIN Spec 1.3; Line 10.1.13 ...
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... Limit Values Min. Typ. I -1000 – bus,lk -500 -140 – – – – bus lin 43 TLE 7263E Electrical Characteristics Unit Test Condition Max. μ – bus (LIN Spec 1.3 (2.0); Line 10.1.7 (3.1.7)) μ bus μ ...
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... S -3 – fslope S -3 – fslope S 1 – rslope S 0.5 – rslope t -5 – slopesym 44 TLE 7263E Electrical Characteristics Unit Test Condition Max V/μs 60% > bus 1 μs < (τ < 5 μ 18V; S Active mode (LIN Spec 1.3; Line 10.3.1) V -0.5 V/μs 60% > bus 1 μs < (τ < ...
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... TLE 7263E Electrical Characteristics Unit Test Condition Max. μs 4 (LIN Spec 1.3; Line 10.3.6) μs 4 (LIN Spec 1.3; Line 10.3.6) μ pF; RxD (LIN Spec 1.3; Line 10.3.7) μ pF; ...
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... Limit Values Min. Typ. × < 5 μ bus D1 0.396 – D2 – – × < 5 μ bus D3 0.417 – 46 TLE 7263E Electrical Characteristics Unit Test Condition Max. – duty cycle Rec(max) 0.744 × Dom(max) 0.581 × 7.0 … μ ...
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... V; SBC Active Mode; all outputs open; CC1/2 Symbol Limit Values Min. Typ. D4 – – R – 33 onMTS I 40 – MTS I -5.0 – MTS,lk 47 TLE 7263E Electrical Characteristics Unit Test Condition Max. 0.590 duty cycle Rec(min) 0.389 × Dom(min) 0.251 × 7.6 … ...
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... DOLK C – 250 – pCLK t 125 – CLKH t 125 – CLKL t 125 – bef t 250 – lead 48 TLE 7263E Electrical Characteristics Unit Test Condition Max. 0.7 × V – V CC1 – V – 1.5 V – 0.7 × 80 kΩ CSN V = 0.2 × 80 kΩ DI/CLK 15 pF Not subject to production test ...
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... ENDO t – – DISDO T 120 145 jPW Δ T – 155 185 jSD T / – 1.20 jSD T jPW 49 TLE 7263E Electrical Characteristics Unit Test Condition Max. – ns – – ns – – ns – – ns – – – μs 10 – μs – ...
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... T – 150 – jSD Δ T – 150 – jSD Δ T – TLE 7263E Electrical Characteristics Unit Test Condition Max. °C 200 – – K – °C 190 – – K – °C 190 – – K – Rev. 1.70, 2009-09-30 ...
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... DO: will change state on the rising edge of CLK signal e.g. HS switch Figure 12 SPI-Data Transfer Timing Data Sheet Actual data Actual status Old data 51 TLE 7263E Electrical Characteristics time time New data time New status ...
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... Figure 13 SPI-Input Timing Figure 14 Turn OFF/ON Time Data Sheet Electrical Characteristics 52 Rev. 1.70, 2009-09-30 TLE 7263E ...
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... Figure 15 DO Valid Data Delay Time and Valid Time Figure 16 DO Enable and Disable Time Data Sheet Electrical Characteristics 53 Rev. 1.70, 2009-09-30 TLE 7263E ...
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... Figure 18 Watchdog Timing Diagram Data Sheet t OWmax t OWmin open window safe trigger area 0.6 t WWRP WDR timeout (too long) 54 TLE 7263E Electrical Characteristics 0.8 1.0 1 normal timeout operation (too short) Rev. 1.70, 2009-09- ...
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... V CC1 fail HIGH flag LOW activation by µC [first SPI transmission] Figure 19 Reset Timing Diagram Data Sheet t < WDRx normal operation 55 TLE 7263E Electrical Characteristics t RDx t LW undervoltage start up t VCC, r Rev. 1.70, 2009-09- ...
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... V TxD V CC GND V DIFF V RxD V CC GND Figure 20 CAN Dynamic Characteristics Timing Diagram Data Sheet t t d(L DIFF(d) t d(L d(L TLE 7263E Electrical Characteristics t d(H DIFF( d(H 0 d(H), TR AET02926 Rev. 1.70, 2009-09-30 ...
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... TxD GND bus GND RxD GND Figure 21 LIN Dynamic Characteristics Timing Diagram Data Sheet t t d(L),T d(H),T V bus,rd t d(L),R 0.3 d(L),TR d(H),TR 57 TLE 7263E Electrical Characteristics t V bus, d(H),R 0.7 Rev. 1.70, 2009-09-30 ...
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... ESD susceptibility “ESD GUN” according LIN EMC 1.3 Test Specification, Section 4.3. (IEC 61000-4-2) - Tested by external test house (IBEE Zwickau, EMC Test report Nr. 11-11-06). Data Sheet Result Unit Remarks ≥ Positive pulse ≤ Negative pulse 58 TLE 7263E Application Information Rev. 1.70, 2009-09-30 ...
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... CSN OUTHS CLK MON4 DO DI MON3 INT MON2 RO MON1 WKO STS MTS CC1 68 µF TLE 7263 100 nF TxD V LIN CC2 RxD LIN 0.1 µF LIN GND SI 59 TLE 7263E Application Information V bat CAN bus µC 10 µF e.g. XC164CM GND Appl_7263 Rev. 1.70, 2009-09-30 ...
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... Infineon Internet Page “Products”: http://www.infineon.com/packages. Data Sheet C 0.1 C 36x SEATING PLANE A 36x M 19 Ejector Mark 5.1 60 TLE 7263E Package Outlines 0.35 x 45° 1) 7.6 -0.2 0.7 ±0.2 10.3 ±0.3 D Bottom View 19 36 Exposed Diepad Index Marking PG-DSO-36-24 Dimensions in mm Rev. 1.70, 2009-09-30 ...
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... Transmitter Delay Symmetry: Test condition changed, tested at 20kbit/s according LIN1.3 46 Slew Rate Rising and Falling Edge: Parameters for 10.4kBit/s removed 60 Figure 23: Update of Package Outlines drawing with reduced max. stand- off Data Sheet 2009-09-30 Revision 1.51 61 TLE 7263E Revision History Rev. 1.70 Rev. 1.70, 2009-09-30 ...
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... Infineon Technologies Office. Infineon Technologies components may be used in life-support devices or systems only with the express written approval of Infineon Technologies failure of such components can reasonably be expected to cause the failure of that life-support device or system or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body or to support and/or maintain and sustain and/or protect human life ...