TLE9873QXW40 NPI

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Prezzo unitario

3,36 $

Valore totale

8.400,00 $

The TLE9873QXW40 is part of the TLE987x product family. The TLE9873QXW40 is a single chip 3-Phase motor driver that integrates the industry standard ARM® Cortex™ M3 core, enabling the implementation of advanced motor control algorithms such as field-oriented control. It includes six fully integrated NFET drivers optimized to drive a 3-Phase motor via six external power NFETs, a charge pump enabling low voltage operation and programmable current along with current slope control for optimized EMC behavior. Its peripheral set includes a current sensor, a successive approximation ADC synchronized with the capture and compare unit for PWM control and 16-bit timers. A LIN transceiver is also integrated to enable communication to the device along with a number of general purpose I/Os. It includes an on-chip linear voltage regulator to supply external loads. It includes an on-chip linear voltage regulator to supply external loads. Summary of Features

• Six current programmable Drivers with charge pump for N-Channel MOSFET
• Integrated LIN transceiver compatible with LIN 2.2 and SAEJ2602
• Two Full duplex serial interface (UART) with LIN support
• Two Synchronous serial channel (SSC)
• On-chip OSC and PLL for clock generation
• One high voltage monitoring input with wake up functionality
• High speed Operational amplifier for motor current sensing via shunt
• Measurement unit: 8-bit ADC module with 10 multiplexed inputs 10-bit ADC module with 8 multiplexed inputs, 5 external Analog inputs On chip temperature and battery voltage measurement unit
• Increased Temperature Shutdown supports operation up to Tjmax = 175 °C
• Independent Programmable window watchdog
• 5V/1.5V Internal supplies
• External Supply (VDDEXT): 5V+/-2% @ 20mA
• Power saving modes: MCU slow-down Mode Sleep Mode Stop Mode Cyclic wake-up Sleep Mode

Target Applications

• Engine cooling fan
• Water pumps
• Oil pumps
• BLDC pumps and fans, operating in High Temperature environment
• Sensor-less and sensor-based BLDC motor applications controlled by the Local Interconnect Network (LIN) or PWM