UJA1076ATW/3V3/WD NXP
Available
UJA1076ATW/3V3/WD NXP
2.1 General Contains a full set of CAN ECU functions: CAN transceiver Scalable 3.3 V or 5 V voltage regulator delivering up to 250 mA for a microcontroller and peripheral circuitry; an external PNP transistor can be connected for better heat distribution over the PCB Separate voltage regulator for the CAN transceiver (5 V) Watchdog with Window and Timeout modes and on-chip oscillator Serial Peripheral Interface (SPI) for communicating with the microcontroller ECU power management system Designed for automotive applications: Enhanced ElectroMagnetic Compatibility (EMC) performance ±8 kV ElectroStatic Discharge (ESD) protection Human Body Model (HBM) on the CAN bus pins and the wake-up pins ±6 kV ElectroStatic Discharge (ESD) protection IEC 61000-4-2 on the CAN bus pins and the wake-up pins ±58 V short-circuit proof CAN bus pins Battery and CAN bus pins are protected against transients in accordance with ISO 7637-3 Supports remote flash programming via the CAN bus Small 6.1 mm × 11 mm HTSSOP32 package with low thermal resistance Pb-free; Restriction of Hazardous Substances Directive (RoHS) and dark green compliant 2.2 CAN transceiver ISO 11898-2 and ISO 11898-5 compliant high-speed CAN transceiver Dedicated low dropout voltage regulator for the CAN bus: Independent of the microcontroller supply Significantly improves EMC performance Bus connections are truly floating when power is off SPLIT output pin for stabilizing the recessive bus level 2.3 Power management Wake-up via CAN or local wake-up pins with wake-up source detection 2 wake-up pins: WAKE1 and WAKE2 inputs can be switched off to reduce current flow Output signal (WBIAS) to bias the wake-up pins, selectable sampling time of 16 ms or 64 ms Standby mode with very low standby current and full wake-up capability; V1 active to maintain supply to the microcontroller Sleep mode with very low sleep current and full wake-up capability2.4 Control and diagnostic features Safe and predictable behavior under all conditions Programmable watchdog with independent clock source: Window, Timeout (with optional cyclic wake-up) and Off modes supported (with automatic re-enable in the event of an interrupt) 16-bit Serial Peripheral Interface (SPI) for configuration, control and diagnosis Global enable output for controlling safety-critical hardware Limp home output (LIMP) for activating application-specific ‘limp home’ hardware in the event of a serious system malfunction Overtemperature shutdown Interrupt output pin; interrupts can be individually configured to signal V1/V2 undervoltage, CAN/local wake-up and cyclic and power-on interrupt events Bidirectional reset pin with variable power-on reset length to support a variety of microcontrollers Software-initiated system reset 2.5 Voltage regulators Main voltage regulator V1: Scalable voltage regulator for the microcontroller, its peripherals and additional external transceivers ±2 % accuracy 3.3 V and 5 V versions available Delivers up to 250 mA and can be combined with an external PNP transistor for better heat distribution over the PCB Selectable current threshold at which the external PNP transistor starts to deliver current Undervoltage warning at 90 % of nominal output voltage and undervoltage reset at 90 % or 70 % of nominal output voltage Can operate at VBAT voltages down to 4.5 V (e.g. during cranking), in accordance with ISO 7637 pulse 4/4b and ISO 16750-2 Stable output under all conditions Voltage regulator V2 for CAN transceiver: Dedicated voltage regulator for on-chip high-speed CAN transceiver Undervoltage warning at 90 % of nominal output voltage Can be switched off; CAN transceiver can be supplied by V1 or by an external voltage regulator Can operate at VBAT voltages down to 5.5 V (e.g. during cranking) in accordance with ISO 7637, pulse 4 Stable output under all conditions
2.1 General Contains a full set of CAN ECU functions: CAN transceiver Scalable 3.3 V or 5 V voltage regulator delivering up to 250 mA for a microcontroller and peripheral circuitry; an external PNP transistor can be connected for better heat distribution over the PCB Separate voltage regulator for the CAN transceiver (5 V) Watchdog with Window and Timeout modes and on-chip oscillator Serial Peripheral Interface (SPI) for communicating with the microcontroller ECU power management system Designed for automotive applications: Enhanced ElectroMagnetic Compatibility (EMC) performance ±8 kV ElectroStatic Discharge (ESD) protection Human Body Model (HBM) on the CAN bus pins and the wake-up pins ±6 kV ElectroStatic Discharge (ESD) protection IEC 61000-4-2 on the CAN bus pins and the wake-up pins ±58 V short-circuit proof CAN bus pins Battery and CAN bus pins are protected against transients in accordance with ISO 7637-3 Supports remote flash programming via the CAN bus Small 6.1 mm × 11 mm HTSSOP32 package with low thermal resistance Pb-free; Restriction of Hazardous Substances Directive (RoHS) and dark green compliant 2.2 CAN transceiver ISO 11898-2 and ISO 11898-5 compliant high-speed CAN transceiver Dedicated low dropout voltage regulator for the CAN bus: Independent of the microcontroller supply Significantly improves EMC performance Bus connections are truly floating when power is off SPLIT output pin for stabilizing the recessive bus level 2.3 Power management Wake-up via CAN or local wake-up pins with wake-up source detection 2 wake-up pins: WAKE1 and WAKE2 inputs can be switched off to reduce current flow Output signal (WBIAS) to bias the wake-up pins, selectable sampling time of 16 ms or 64 ms Standby mode with very low standby current and full wake-up capability; V1 active to maintain supply to the microcontroller Sleep mode with very low sleep current and full wake-up capability2.4 Control and diagnostic features Safe and predictable behavior under all conditions Programmable watchdog with independent clock source: Window, Timeout (with optional cyclic wake-up) and Off modes supported (with automatic re-enable in the event of an interrupt) 16-bit Serial Peripheral Interface (SPI) for configuration, control and diagnosis Global enable output for controlling safety-critical hardware Limp home output (LIMP) for activating application-specific ‘limp home’ hardware in the event of a serious system malfunction Overtemperature shutdown Interrupt output pin; interrupts can be individually configured to signal V1/V2 undervoltage, CAN/local wake-up and cyclic and power-on interrupt events Bidirectional reset pin with variable power-on reset length to support a variety of microcontrollers Software-initiated system reset 2.5 Voltage regulators Main voltage regulator V1: Scalable voltage regulator for the microcontroller, its peripherals and additional external transceivers ±2 % accuracy 3.3 V and 5 V versions available Delivers up to 250 mA and can be combined with an external PNP transistor for better heat distribution over the PCB Selectable current threshold at which the external PNP transistor starts to deliver current Undervoltage warning at 90 % of nominal output voltage and undervoltage reset at 90 % or 70 % of nominal output voltage Can operate at VBAT voltages down to 4.5 V (e.g. during cranking), in accordance with ISO 7637 pulse 4/4b and ISO 16750-2 Stable output under all conditions Voltage regulator V2 for CAN transceiver: Dedicated voltage regulator for on-chip high-speed CAN transceiver Undervoltage warning at 90 % of nominal output voltage Can be switched off; CAN transceiver can be supplied by V1 or by an external voltage regulator Can operate at VBAT voltages down to 5.5 V (e.g. during cranking) in accordance with ISO 7637, pulse 4 Stable output under all conditions
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