TXZ+™4A Series

Motor microcontroller for 3 motors synchronous control at 160-MHz drive

• Arm Cortex-M4 core with FPU, operating at up to 160MHz
  • Based on the industry de facto standard Arm Cortex-M core.
• Wide range of memory and package lineup
  • 128 to 1024KB code flash and 32KB data flash with 100k write cycles endurance
  • the Products within 1MB code flash allows instructions to be read from one area, while the updated code is programmed into the other area in parallel by two separate areas of 512KB.
  • 24 to 64KB SRAM
  • Package line-up (64 to 100pin)
• variety of motor control applications including both home appliances and industrial equipment
  • 2.7 to 5.5V supply and -40 to 105C operating temperature
  • Self-diagnosis functions supporting functional safety certification according to various standards (IEC 60730 class B and others)
• Capable of 3-motor control
  160-MHz drive CPU and 3 AD converters, 3 advanced programmable motor control circuits (A-PMD),  and evolved vector engine "advanced vector engine plus (A-VE+)" for motor control are incorporated,  enabling realizing 3-motor control even in the 64-pin class.
• Incorporating high-resolution advanced encoder (A-ENC32) suitable for AC servo motor
  The A-ENC32 circuit allows direct input of the signals of an incremental encoder and a hole sensor. Moreover, the accuracy of the position detection angle is improved by setting 32-bit width of encoder count values. Therefore, this circuit can control the servo motor control.

• Built-in high-speed oscillator, equipped with oscillation accuracy +/-1% (operating temperature -40 to 105C)
  By improving the oscillation accuracy, the number of parts can be reduced by eliminating the need for an external oscillator.
• Both code flash and data flash are rewritable up to 100,000 times
  
• A wide line-up of package variations 5 package line-up is provided, covering from small scale application (64-pin) to high-end application (100-pin).

Motor microcontroller equipped with CAN controller for 3 motors synchronous control at 160-MHz drive

• Arm Cortex-M4 core with FPU, operating at up to 160MHz
  • Based on the industry de facto standard Arm Cortex-M core.
• Wide range of memory and package lineup
  • 128 to 256KB code flash and 32KB data flash with 100k write cycles endurance
  • 24KB SRAM
  • Package line-up (64 to 100pin)
• variety of motor control applications including both home appliances and industrial equipment
  • 2.7 to 5.5V supply and -40 to 105C operating temperature
  • Self-diagnosis functions supporting functional safety certification according to various standards (IEC 60730 class B and others)
• Capable of 3-motor control
  160-MHz drive CPU and 3 AD converters, 3 advanced programmable motor control circuits (A-PMD), and evolved vector engine "advanced vector engine plus (A-VE+)" for motor control are incorporated, enabling realizing 3-motor control even in the 64-pin class.
• Incorporating CAN controller suitable for industrial networks
  In addition to motor control, it makes it easy to support IoT.
• Incorporating high-resolution advanced encoder (A-ENC32) suitable for AC servo motor
  The A-ENC32 circuit allows direct input of the signals of an incremental encoder and a hole sensor. Moreover, the accuracy of the position detection angle is improved by setting 32-bit width of encoder count values. Therefore, this circuit can control the servo motor control.

• Built-in high-speed oscillator, equipped with oscillation accuracy +/-1% (operating temperature -40 to 105C)
  By improving the oscillation accuracy, the number of parts can be reduced by eliminating the need for an external oscillator.
• Both code flash and data flash are rewritable up to 100,000 times
  By high level resilience to repeated data write and erase, it is possible to eliminate the need for external memory.
• A wide line-up of package variations 5 package line-up is provided, covering from small scale application (64-pin) to high-end application (100-pin).

Connectivity MCU with high speed data processing, wide variety of timers and communication channels

• Arm Cortex-M4 core with FPU, operating at up to 200MHz 
  
• Wide range of memory options and package line-up (100 to 177pin)
  • 512 to 2048KB code flash and 32KB data flash with 100k write cycles endurance
  • 128 to 256KB SRAM with parity plus 2KB backup RAM
• Various built-in interfaces and communication channels suitable for high-speed data processing required for AV equipment and MFPs, and big data usage applications.
  • Serial memory interface (supports Quad/Octal SPI), audio interface (I²S) and external bus interface
  • Programmable Motor Driver (PMD) for optionally controlling brushed or brushless motor
  • High throughput communication with multiple DMA controllers and unique bus matrix
  • 16-24 Analog-to-digital converter, supporting individual sample and hold time setting for each channel
  • 2 Digital-to-analog converter
  • Incorporating additional Remote control (RMC), Consumer Electronics Control (CEC)

• Built-in high-speed oscillator, equipped with oscillation accuracy +/-1% (operating temperature -40 to 85℃)
  By improving the oscillation accuracy, the number of parts can be reduced by eliminating the need for an external oscillator.
• Both code flash and data flash are rewritable up to 100,000 times
  By high level resilience to repeated data write and erase, it is possible to eliminate the need for external memory.

Connectivity MCU with high speed data processing, wide variety of timers and communication channels optimizes for IoT devices, equipped with Ethernet, USB, and CAN controller

• Arm Cortex-M4 core with FPU, operating at up to 200MHz 
  
• Wide range of memory options and package line-up (100 to 177pin)
  • 512 to 2048KB code flash and 32KB data flash with 100k write cycles endurance
  • 128 to 256KB SRAM with parity plus 2KB backup RAM
• Various built-in interfaces and communication channels suitable for high-speed data processing required for AV equipment, MFPs, and Factory Automations.
  • 10/100 Ethernet controller (MII,RMII)
  • Universal Serial Bus (USB Rev 2.0 FS OTG controller with integrated PHY)
  • 2 CAN controllers
  • Serial memory interface (supports Quad/Octal SPI), audio interface (I²S) and external bus interface
  • Programmable Motor Driver (PMD) for optionally controlling brushed or brushless motor
  • High throughput communication with multiple DMA controllers and unique bus matrix
  • 16-24 Analog-to-digital converter, supporting individual sample and hold time setting for each channel
  • 2 Digital-to-analog converter
  • Incorporating additional Remote control (RMC), Consumer Electronics Control (CEC)

• Built-in high-speed oscillator, equipped with oscillation accuracy +/-1% (operating temperature -40 to 85℃)
  By improving the oscillation accuracy, the number of parts can be reduced by eliminating the need for an external oscillator.
• Both code flash and data flash are rewritable up to 100,000 times
  By high level resilience to repeated data write and erase, it is possible to eliminate the need for external memory.