• S08LL: S08 Ultra-Low-Power Segment LCD Microcontroller
  • For long battery life in consumer, industrial and personal health care applications
    • Two ultra-low-power stop modes
    • Advanced low-power run and wait modes
    • 6 ms wake-up time
    • Ultra-low-power external oscillator
    • Clock gating registers disable clocks to unused peripherals
  • Freescale's lowest power microcontroller with LCD driver, < 50% current draw of previous generation
  • Benchmark performance, e.g. 2x battery lifetime in a typical clock display application
• S08MM: Flexis 8-Bit Microcontroller
  The Flexis MM series are ideal for portable medical devices and ultra-low-power medical design
  • Low–power, modified matrix-type resistor-ladder DAC reduces power by a factor of five compared to other DAC implementations.
  • VREF power level is configurable
  • OPAMP/TRIAMP power level is configurable
  • Two ultra–low–power stop modes
  • Clock gating registers disable clocks to unused peripherals
• S08QB: Ultra–low-power 8–Bit Microcontroller Family
  • 6us wake up time allows an application to wake up, perform task and quickly go back to sleep, thus saving power.
  • CPU and peripherals can run with the voltage regulator in low-power mode to allow full functionality at reduced frequency for lower power operation.
  • User–selectable peripheral clock gating saves power in run and wait modes.
  • Ultra-low-power, real–time counter can be used with low-power oscillator, internal or external clock sources in run, wait and stop modes.
• 9S08QE128: Flexis 8–bit HCS08 Microcontroller
  Targeting extended battery life applications in consumer, industrial and personal health care markets, the QExx family is one of our lowest power microcontroller families and the basis for other derivative low-power devices in the portfolio.
  • Exact pin for pin compatibility, equivalent stop current for 8-bit and 32-bit architectures in the Flexis series of microcontrollers
  • Advanced options to optimize power consumption vs. performance for specific applications
  • Advanced low-power run (up to 32 kHz) and low-power wait modes for S08 and ColdFire microcontroller products:
    • ColdFire microcontroller stop mode emulates S08 wait mode
  • Ecosystem: CodeWarrior tool suite for Flexis series of microcontrollers provides easy migration between devices to choose power/performance targets:
    • Move from S08 to MCF51 in seven clicks

Kinetis L Series

• KL0 Entry-Level MCUs
• KL02 Chip-Scale Package (CSP)
• KL1 General Purpose MCUs
• KL2 USB MCUs

• Built on the new ARM Cortex-M0+ processor - the most energy-efficient 32-bit processor on the market with industry leading throughput/mA
• Ultra-low power modes - several, flexible power modes fit for different application use cases designed to maximize battery life
• Energy-saving architecture - optimized for power with 90nm TFS technology, clock and power gating techniques, and highly efficient platform featuring a bit manipulation engine, peripheral bridge crossbar and zero wait state flash memory controller
• Energy-saving peripherals - smart peripherals with functionality in deep sleep modes can make intelligent decisions and process data without waking up the core
• Frees power-critical designs from 8- and 16-bit MCU limitations by combining excellent dynamic and stop currents with superior processing performance

Kinetis K Series

• K Series K10 Baseline MCUs
• K Series K20 USB MCUs
• K Series K30 Segment LCD MCUs
• K Series K40 USB & Segment LCD MCUs
• K Series K50 Measurement MCUs
• K Series K60 Ethernet Crypto MCUs
• K Series K70 Graphic LCD MCUs
The Kinetis K Series portfolio MCUs pairs the efficient ARM® Cortex™-M4 core with cutting-edge, low-power design techniques. The result is the industry's lowest power Cortex-M4 based MCU solutions.
• New Cortex™-M4 core with single cycle DSP instructions paired with Freescale's efficient platform
• 90nm Thin Film Storage (TFS) process technology allows dynamic power to be reduced to as low as 200µA/MHz
• Special design techniques used to reduce leakage allowing lower power standby modes
• Flexible mode controller enables 10 different modes of operation which allows power reduction based on the application requirements
• MCU and many peripherals are able to operate down to 1.71 volts with full analog and flash capabilities
• MCU architecture supports adjustable clocking for peripherals and the core enabling quick changes to MCU clocks and different clock speeds
• Separate power supply for the Real Time Clock (RTC) allows low-power time keeping with less than 1µA power consumption

• MCF51MM: Flexis 32-bit ColdFire V1 Microcontrollers
  The Flexis MM series are ideal for portable medical devices and ultra-low-power medical design
  • Low-power, modified matrix-type resistor-ladder DAC reduces power by a factor of five compared to other DAC implementations.
  • VREF power level is configurable
  • OPAMP/TRIAMP power level is configurable
  • Two ultra-low-power stop modes
  • Clock gating registers disable clocks to unused peripherals
• MCF51QE128: Flexis Series 32-bit V1 ColdFire Microcontroller
  Targeting extended battery life applications in consumer, industrial and personal health care markets, the QExx family is one of our lowest power microcontroller families and the basis for other derivative low-power devices in the portfolio.
  • Exact pin for pin compatibility, equivalent stop current for 8-bit and 32-bit architectures in the Flexis series of microcontrollers
    • Advanced options to optimize power consumption vs. performance for specific applications
  • Advanced low-power run (up to 32 kHz) and low-power wait modes for S08 and ColdFire microcontroller products
    • ColdFire microcontroller Stop mode emulates S08 Wait mode
  • Ecosystem: CodeWarrior tool suite for Flexis series of microcontrollers provides easy migration between devices to choose power/performance targets
    • Move from S08 to MCF51 in seven clicks

• i.MX23 Processors
• i.MX25 Processors
• i.MX27 Processors
• i.MX28 Processors
• i.MX31 Processors
• i.MX35 Processors
• i.MX37 Processors
• i.MX50 Processors
• i.MX51 Processors
• i.MX53 Processors
• i.MX 6 Processors

• Targets low-power multimedia processing and integration in general embedded, automotive, industrial and consumer applications
• Industry leading power consumption; operates without a heatsink
• Ideally suited for battery operated portable devices; some i.MX–based devices can last two or more weeks on a single charge
• Multiple low-power modes optimize power and performance
• Optimal power savings through integrated power management or paired with external Freescale power management IC solutions
• Software development kits to fully utilize low-power techniques

• MC56F8006/2: Digital Signal Controller
  • Lowest power stop modes of any DSC on the market
  • Extends battery life by reducing system consumption
  • Ideal for motor control, advanced power conversion and power sensitive applications using deep sleep modes

• MPC8535E: PowerQUICC III Integrated Communications Processor
• MPC8536E: PowerQUICC III Integrated Communications Processor
  • Packet lossless feature with packet filtering and fast recovery
    • Data path for network traffic during deep sleep
    • Addresses packet loss/overflow on power down
  • Core clock frequency scaling jog mode
    • Reduces power consumption for low work loads
  • Separate power planes for platform vs. core
    • Power off core and cache for deep sleep mode

• P1022/P1013: QorIQ Communication Processor with Advanced Energy Management
  • Packet lossless feature with packet filtering and fast recovery
    • Data path for network traffic during deep sleep
    • Addresses packet loss/overflow on power down
  • Core clock frequency scaling jog mode
    • Reduces power consumption for low work loads
  • Separate power planes for platform vs. core
    • Power off core and cache for deep sleep mode

• MMA8451Q: Xtrinsic 3-Axis, 14-bit Accelerometer
• MMA8452Q: Xtrinsic 3-Axis, 12-bit Accelerometer
• MMA8453Q: Xtrinsic 3-Axis, 10-bit Accelerometer
• MMA8450Q: Xtrinsic 3-Axis, 12-bit Accelerometer
• MMA7660FC: 3-Axis, 6-bit Accelerometer
  • Low current consumption:
    • Shutdown is less than 1 µA
    • Standby 4 µA
    • Normal mode 42-250 µA
    • Low-power mode: 27-120 µA
  • Configurable auto-wake / sleep

• MPR121: 12-Touchpad Capacitive Touch Sensor
  • 29 A average supply current
  • 3 A maximum shutdown current
  • 1.71 to 3.6-volt operation
  • Helps meet aggressive power targets
  • Excellent value: industry’s lowest power consumption, smallest package
• MPR03x: 2- or 3-Touchpad Capacitive Touch Sensor
  • 8 A average supply current
  • 4 A maximum shutdown current
  • 1.71 to 2.75-volt operation
  • Energy efficiency through architectural optimization and exceptional duty cycling

• MMA9550L: Xtrinsic Motion Sensing Platform
  • Combination of the accelerometer with the low-power CPU to perform pre-processing of the data without requiring the intervention of a more powerful processor
  • Intelligent processing of data can be done more efficiently on MMA9550L than on the host processor
  • Slow internal clock to reduce power in idle mode to 20 µA typical
  • Programmability allows you to specify conditions before notifying the main processor
  • Software configurable FIFOs allow local storage data reducing number of interactions for main processor

• MPL3115A2 50 to 110kPa, 2.5v, Absolute Xtrinsic Smart Pressure Sensor
  • Auto wake and sleep mode enable the application to switch modes depending on activity level- activating interrupts
  • Adjustable and intelligent user controls allow the sample rate to be adjusted according to the environment for “intelligent contextual sensing”
  • Programmable functions allow user to specify conditions for waking a host processor via interrupts
  • Communication between sensor and host processor is minimized through smart FIFO functionality and intelligent interrupts
  • Compensation and calibration of sensor data is enabled via local computation capability on the MPL3115A2 ASIC

• MC33907: Safe System Basis Chip with Buck and Boost DC/DC up to 800 mA
• MC33908: Safe System Basis Chip with Buck and Boost DC/DC up to 1.5 A

• Reduce Losses: power saving target on each ECU
• Low Power Modes State Machine
• Flexible power modes - customize power usage to application requirements