XE166 Family (Industrial)

 
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XE166 Family (Industrial)

Complete Portfolio from Low Cost to High Performance

Microcontroller-XE166-Portfolio-Infineon

 

Improved Communication

  • Flexible serial interface (USIC) supporting I2C, I2S, UART, LIN, SPL, IO-Link
  • MultiCAN with up to six independent CAN nodes and 256 message objects

 

Huge Range of Memory Offerings

  • Up to 1,600KB Flash
  • Up to 138KB RAM
  • External Bus Interface (EBU)

 

Single-Cycle C166 V.2 Core

  • 32-bit MAC unit
  • 100 MIPS performance
  • Fast interrupt response and switching

Peripheral Event Controller

The Peripheral Event Controller (PEC) enables single cycle data transfers between memory and peripherals without the intervention of an interrupt service routine. The PEC provides eight PEC service channels which move a single byte or word between any two locations with optional automatic updating of the source and destination pointers. A PEC transfer can be triggered by any interrupt service request and is the fastest possible interrupt response.

Interrupt Control

The architecture of the XE166 supports several mechanisms for fast and flexible responses to service requests from various sources internal or external to the microcontroller.

  • DMA transfer issued by the PEC
  • Priority-level interrupt system with up to 87 sources, selectable external inputs for interrupt generation and wake-up
  • 16 interrupt priority levels, each with eight groups for prioritization
  • Very short interrupt response time (7/11 cycles minimum)

 

Highest Performance PWM Generation

  • Powerful analog to digital converter (600ns, +/- 2LSB)
  • Multiple Capture/ Compare Units (CCU)
  • HW synchronization of CCU/ADC

 

Embedded Safety Features

  • Memory Protection Unit (MPU)
  • Memory Checker (MCHK, CRC)
  • ECC for SRAM and Flash
  • ADC broken wire detection

ECC for SRAM and Flash

With the move to smaller and smaller feature sizes, single-bit failures in Flash memory are a fact that no manufacturer can disregard. Infineon has put in place a very effective Error-Correction-Coding (ECC) technology, able to find and correct single-bit errors and detect double-bit errors. When unexpected power disruptions are capable of causing injuries, fatalities, serious business disruption or data loss, designers as well as end-customers will welcome the superior reliability provided by Infineon’s microcontrollers in general, and the XE166 real-time signal controllers in particular. In the XE166N, M and H-Series, Infineon has implemented ECC on all SRAMs as well as an MPU (Memory Protection Unit) to achieve fail-safe operations.

 

Highest Quality and Long-Term Availability

  • Less than 1dppm since 2006
  • Typical product life cycle > 10 years
  • Guaranteed lifetime in hours

 

Zero Defect
The highest quality standards are not only a must in safety-critical applications, but also help embedded designers to improve end-customer satisfaction by reducing field returns and therefore reducing the cost of not achieving the desired quality. Infineon has implemented a zero-defect quality program which yielded less than 1dppm since 2006.

 

Long-Term Availability
The long-term availability of electronic components is crucial to industrial applications, where designs can last 10 to 20 years. Infineon’s typical product lifetime exceeds 10 years, thus allowing customers to secure long-term planning.
Designed for Harsh Industrial Requirements
The XE166 derivates are designed for industrial applications only. The product lifetime, also specified in the datasheet, is shown below:

 

Microcontroller-XE166-Lifetime-Infineon

 

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XE166 Family (Industrial)

Product Brochure

Title Size Date Version
4.7 MB 12 Apr 2012

User Manual

Title Size Date Version
2.1 MB 15 Sep 2010 02_01
9 MB 03 Jul 2015 02_00
8.1 MB 18 May 2011 01_01
8.2 MB 17 May 2011 01_01
9.5 MB 28 Aug 2009 01_02
10.3 MB 01 Apr 2009 01_01

Presentations

Title Size Date Version
706 KB 22 Feb 2011 01_00

Application Notes

Title Size Date Version
2.9 MB 15 Mar 2016 03_05

XE166 Family (Industrial)

Evaluation Boards

Board Family Description Status
KIT_AK_2MOTORDRIVE_V1 Microcontroller XC878 with vector computer, XE164 real time signal controller with MAC unit. Power board 23V–56V, 7.5A. 15W PMSM motor and plug-in 24V power supply. Using Infineon 6ED003L06 gate driver, BSC 196N10 MOSFETs, CoolSET™ ICE 3B0565 power supply and TLE 4264 LDO. Software package including source code. Simultaneous control of two PMSMs with sensorless FOC & digital PFC with XE164. Sensorless FOC & digital PFC with XC878. V/f control of ACIM for quick evaluation.
  • XC878
  • XE164F
on request
KIT_AK_DAVEDRIVE_V3 Microcontroller Scalable low voltage PMSM motor driver kit with DAVE™ Drive auto code generator. Uses the full power of Infineon microcontrollers, e.g. it generates optimized FOC code for XC878 using a vector computer and XE164 with MAC unit supporting single cycle 16 x 16-bit multiplication and accumulation. This usually requires expert knowledge in both motor control and assembler programming.
  • XC878
  • XE164
active and preferred
KIT_AK_FOCDRIVE_V1 Microcontroller XC878 with vector computer, XE164 real time signal controller with MAC unit. Power board 23V–56V, 7.5A. 15W PMSM motor and plug-in 24V power supply. Using Infineon 6ED003L06 gate driver, BSC 196N10 MOSFETs, CoolSET™ ICE 3B0565 power supply and TLE 4264 LDO. Software package including source code. Sensorless FOC of PMSM with XE164. Sensorless FOC of PMSM with XC878.
  • XC878
  • XE164F
active and preferred
KIT_DAP_MINIWIGGLER_USB Microcontroller The miniWiggler is Infineon’s high performance and cost-efficient debugging tool for the future. On the host side, it has an USB interface, which is available on every computer. On the device side, the communication goes over Infineon 10-pin DAP or 16-pin OCDSL1 interfaces. The miniWiggler has been designed specifically to work in combination with Infineon’s Debug Access Software (DAS).
  • All microcontrollers with DAP interface
active and preferred
KIT_XE164F_EK_V1 Microcontroller For evaluation of XE164/XE167 including documentation, compiler, debugger, DAVE™ mother system v2.1 and a flash programming tool.
  • XE164F
  • XE167F
KIT_XE164FN_EK_V1 Microcontroller For evaluation of XE162FN/XE164FN including Getting Started, DAVE(TM); , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and Flash programming and debugging.
  • XE162FN
  • XE164FN
coming soon
KIT_XE167F_EK_V1 Microcontroller For evaluation of XE164/XE167 including documentation, compiler, debugger, DAVE™ mother system v2.1 and a flash programming tool.
  • XE164F
  • XE167F
active and preferred
KIT_XE162FN_EK_V1 Microcontroller For evaluation of XE162FN/XE164FN including Getting Started, DAVE(TM); , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and Flash programming and debugging.
  • XE162FN
  • XE164FN
coming soon
KIT_XE162FM_EK_V1 Microcontroller For evaluation of XE162FM/XE164FM/XE167FM including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE162FM
  • XE164FM
  • XE167FM
active and preferred
KIT_XE164FM_EK_V1 Microcontroller For evaluation of XE162FM/XE164FM/XE167FM including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE162FM
  • XE164FM
  • XE167FM
active and preferred
KIT_XE167FM_EK_V1 Microcontroller For evaluation of XE162FM/XE164FM/XE167FM including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE162FM
  • XE164FM
  • XE167FM
active and preferred
KIT_XE167FH_EK_V1 Microcontroller For evaluation of XE167FH/XE169FH including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE167FH
  • XE169FH
on request
KIT_XE169FH_EK_V1 Microcontroller For evaluation of XE167FH/XE169FH including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE167FH
  • XE169FH
on request
KIT_XE160FU_EK_V1 Microcontroller For evaluation of XE160FU/XE161FU including Getting Started DAVE(TM), technical documentation, compiler and debugger, USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE160FU
  • XE161FU
coming soon
KIT_XE161FL_EK_V1 Microcontroller For evaluation of XE161FL/XE162FL including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE161FL
  • XE162FL
coming soon
KIT_XE162FL_EK_V1 Microcontroller For evaluation of XE161FL/XE162FL including Getting Started, DAVE™ , technical documentation, compiler and debugger. USB cable for power supply, virtual COM port and flash programming and debugging.
  • XE161FL
  • XE162FL
coming soon

XE166 Family (Industrial)

XE166 Family (Industrial)

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