Cypress Roadmap: Energy Harvesting PMIC Q2 2016 001-99429 Rev *B Owner: KESE BUM: KINA Energy Harvesting PMIC Roadmap 1 Energy Harvesting PMIC1 Portfolio Series Solar Cell by Panasonic (AM-1801) Wearable Residential Building Industrial Activity Monitor WSNs2 for HVAC3, Level of Light Emitted, Temperature, Humidity, Motion WSNs2 for HVAC3, Level of Light Emitted, Temperature, Humidity, Motion, BLE4 Beacon5 WSNs2 for Infrastructure, Agriculture, Transportation, Factory Automation, Animal Monitoring Indoor/Outdoor Single Solar Cell by Ningbo Hebe Solar (HSC125155) NEW S6AE101A Linear, Power Gating6, Multiplexer7, Light Piezoelectric Device by Thrive (K7520BS3) Series Solar Cell 10-pin QFN NEW S6AE101A Linear, Power Gating6, Multiplexer7, Indoor NEW NEW 10-pin QFN S6AE102A Linear, Power Gating6, Multiplexer7, LDO8, Comparator, 20-pin QFN S6AE103A Linear, Power Gating6, Multiplexer7, LDO8, Timer, Comparator, 24-pin QFN MB39C811 Buck DC/DC, Dual-Bridge Rectifier, Power Good, 40-pin QFN MB39C811 Buck DC/DC, Dual-Bridge Rectifier, Power Good, 40-pin QFN MB39C811 Buck DC/DC, Dual-Bridge Rectifier, Power Good, 40-pin QFN MB39C831 Boost DC/DC, MPPT9, Li-ion Protection, 40-pin QFN Light Electromagnetic Device by Single Perpetuum (PMG-FSH) Solar Cell Vibration Piezoelectric, Electromagnetic TEG by Micropelt (TGP-651) Outdoor MB39C811 Buck DC/DC, Dual-Bridge Rectifier, Power Good, 40-pin QFN MB39C811 Buck DC/DC, Dual-Bridge Rectifier, Power Good, 40-pin QFN MB39C831 Boost DC/DC, MPPT9, Li-ion Protection, 40-pin QFN Heat Thermoelectric Generator (TEG) Market Segment 5 A wireless device that transmits data (e.g., signal strength and ID) over a periodic radio signal from a known location 1 Power Management IC 6 Output power control circuit that controls power provided to the system load 2 Wireless Sensor Nodes 7 Power source switch circuit for primary battery or Energy Harvesting Device 3 Heating, ventilation, air conditioning 8 Low drop out regulator 4 Bluetooth Low Energy 9 Maximum Power Point Tracking 001-99429 Owner: KESE Energy Harvesting PMIC Roadmap Rev *B BUM: KINA Production Sampling Development Concept Status Availability QQYY QQYY Roadmap 2 Energy Harvesting PMIC1 (S6AE101A) Applications Block Diagram Series solar cell Energy Harvesting2 Wireless Sensor Node3 Features Ultra-low power: Enables 1 cm2 minimum solar cell size for startup operation4 Input voltage range: Series solar cell: 2.0-5.5 V Primary battery: 2.0-5.5 V Output voltage range: 1.1-5.2 V Quiescent current5: 250 nA Startup power: 1.2 µW Power gating6 switch circuit Storage control circuit Multiplexer7 circuit (battery vs. solar cell) Overvoltage protection Packages: 10-pin SON (3.0 x 3.0 mm) Primary Battery (Optional) S6AE101A Multiplexer7 Overvoltage Protection Sampling: Production: 001-99429 Rev *B Owner: KESE BUM: KINA 3A Vref8 Control Block Datasheet: S6AE101A Datasheet Development Kits: Solar-Powered IoT Device Kit, S6AE10xA Evaluation Board Software: Easy DesignSim™ Software Management IC process of capturing and converting tiny amounts of energy (e.g., from light, vibration or heat) into electricity Storage Control Series Solar Cell Availability 2 The Power Gating6 Switch + Collateral 1 Power System Load Now Now 5 Current consumed at no load condition sensor-based device that monitors conditions such 6 Output power control circuit that controls power provided to the system load as temperature, humidity and pressure and wirelessly 7 Power source switch circuit for primary battery and Energy Harvesting Device transmits that data to a control unit, such as a PC or 8 Voltage reference circuit for internal block a mobile device 4 Estimate based on solar cell power = 2 µW/cm 2 at 100 lx Energy Harvesting PMIC Roadmap Product Overview 3 Energy Harvesting PMIC1 (S6AE102A) Applications Block Diagram Series solar cell Energy Harvesting2 Wireless Sensor Node3 Primary Battery (Optional) S6AE102A Power Gating6 Switch + Features Multiplexer8 Ultra-low power: Enables 1 cm2 minimum solar cell size for startup operation4 Input voltage range: Series solar cell: 2.0-5.5 V Primary battery: 2.0-5.5 V Output voltage range: 1.1-5.2 V Quiescent current5: 280 nA Startup power: 1.2 µW Low quiescent current5 low drop out regulator (LDO): 400 nA Dual channel power gating6 switch circuit with IRQ7 control Signal output circuit of power gating switch control Multiplexer8 circuit (battery vs. solar cell) Hybrid storage control circuit9 Overvoltage protection Packages: 20-pin QFN (4.0 x 4.0 mm) Power Gating6 Switch Hybrid Storage Control9 Series Solar Cell Overvoltage Protection VIN_LDO System Load2 + SW_CONT Control Block ENA_LDO STBY_LDO IRQ7 for Power Gating Switch Control INT VOUT_LDO LDO System Load1 Vref10 Collateral Availability Datasheet: S6AE102A Datasheet Development Kits: S6AE10xA Evaluation Board Software: Easy DesignSim™ Software Sampling: Production: 1 Power 5 2 Energy 6 Management IC Harvesting System 3 A sensor-based device that monitors conditions such as temperature, humidity and pressure and wirelessly transmits that data to a control unit, such as a PC or a mobile device 4 Estimate based on solar cell power = 2 µW/cm 2 at 100 lx 001-99429 Rev *B Owner: KESE BUM: KINA Now Now Current consumed at no load condition Output power control circuit that controls power provided to the system load 7 Interrupt request control function for power management 8 Power source switch circuit for primary battery or series solar cell 9 Uses a small and large capacitor to automatically store excess power for backup 10 Voltage reference circuit for internal block Energy Harvesting PMIC Roadmap Product Overview 4 Energy Harvesting PMIC1 (S6AE103A) Applications Block Diagram Series solar cell Energy Harvesting2 Wireless Sensor Node3 Primary Battery (Optional) Features Ultra-low power: Enables 1 cm2 minimum solar cell size for startup operation4 Input voltage range: Series solar cell: 2.0-5.5 V Primary battery: 2.0-5.5 V Output voltage range: 1.1-5.2 V Quiescent current5: 280 nA Startup power: 1.2 µW Low quiescent current5 low drop out regulator (LDO): 400 nA Low consumption current CR timer6: 30 nA General-purpose low consumption current comparator: 20 nA Dual channel power gating7 switch circuit with CR timer6 and IRQ6 control Signal output circuit of power gating switch control Multiplexer8 circuit (battery vs. solar cell) Hybrid storage control circuit9 Overvoltage protection Packages: 24-pin QFN (4.0 x 4.0 mm) S6AE103A Gating7 Power Switch + Multiplexer8 Power Gating7 Switch Hybrid Storage Control9 Series Solar Cell VIN_LDO System Load1 System Load2 + Overvoltage Protection SW_CONT/ COMPOUT LDO ENA_COMP ENA_LDO STBY_LDO VOUT_LDO Control Block Vref10 COMPP Comparator COMPM Collateral Availability Datasheet: S6AE103A Datasheet Development Kits: S6AE10xA Evaluation Board Software: Easy DesignSim™ Software Sampling: Production: CR Timer6 & IRQ6 for Power Gating Switch Control INT Now Now 5 Current consumed at no load condition 6 Time (or IRQ: Interrupt request) control function for power management Management IC 7 Output power control circuit that controls power provided to the system load 2 Energy Harvesting System 8 Power source switch circuit for primary battery or series solar cell 3 A sensor-based device that monitors conditions such as temperature, humidity and pressure and 9 Uses a small and large capacitor to automatically store excess power for backup wirelessly transmits that data to a control unit, such as a PC or a mobile device 10 Voltage reference circuit for internal block 4 Estimate based on solar cell power = 2 µW/cm2 at 100 lx 001-99429 Owner: KESE Energy Harvesting PMIC Roadmap Product Overview Rev *B BUM: KINA 1 Power 5 Energy Harvesting PMIC1 (MB39C811) Applications Block Diagram Series solar cell EHS2 Piezoelectric3 EHS2 Wireless Sensor Node (WSN)4 MB39C811 VIN Series Solar cell Features Ultralow-power buck DC/DC converter dual-bridge rectifiers Quiescent current5: 1.5 µA Input voltage range: 2.6 V-23 V Output voltage: 1.5 V, 1.8 V, 2.5 V, 3.3 V, 3.6 V, 4.1 V, 4.5 V, 5.0 V Output current: 100 mAmax Overcurrent protection Low-loss full-wave bridge rectifier: VF6 = 0.28 V (IF = 10 µA), IR7 = 20 nAmax (Vreverse = 18 V) Shunt for input protection: VIN ≥21 V, up to 100-mA pull-down Input and output power good monitoring Package: 40-pin QFN (6.0 x 6.0 mm) Shunt Bridge Rectifier Piezoelectric VOUT Bridge Rectifier VB Reg8 S2 S1 S0 VOUT Setting Buck DC/DC Converter BGR9 ERR CMP10 Power Good VIN Power Good VOUT Power Good Collateral Datasheet: MB39C811 Datasheet Development Kits: Energy Harvesting Starter Kit, MB39C811 Evaluation Board Software: Easy DesignSim™ Software 1 Power Management IC Harvesting System 3 Power generation device using vibration 2 Energy 001-99429 Rev *B Owner: KESE BUM: KINA 4A Availability Sampling: Production: sensor-based device that monitors conditions such as temperature, humidity and pressure and wirelessly transmits that data to a control unit, such as a PC or a mobile device Now Now 5 Current 8 6 Bridge 9 consumed at no load condition rectifier reverse breakdown voltage 7 Bridge rectifier reverse bias leak current Energy Harvesting PMIC Roadmap Regulator for internal block Band Gap Reference 10 Error Comparator Product Overview 6 Energy Harvesting PMIC1 (MB39C831) Applications Block Diagram Single solar cell EHS2 Thermoelectric generator3 EHS2 Wireless Sensor Node (WSN)4 VIN MB39C831 VDD Voltage Detector (UVLO7) Features Ultralow-voltage startup boost DC/DC converter Input voltage range: 0.3 V-4.75 V Startup voltage: 0.35 V Output voltage: 3.0 V, 3.3 V, 3.6 V, 4.1 V, 4.5 V, 5.0 V (Constant voltage mode only) Quiescent current5: 32 µA Output current: 8 mA (VDD = 0.6 V, VOUT = 3.3 V) 80 mA (VDD = 3.0 V, VOUT = 3.3 V) Input peak current limit: 200 mA Built-in Maximum Power Point Tracking (MPPT)6 function Built-in Li-ion charge function Input and output power good monitoring Package: 40-pin QFN (6.0 x 6.0 mm) Startup VCC Voltage Detector VOUT Voltage Detector MPPT6 Enable Enable S2 S1 S0 VOUT-VDD Voltage Inversion Detector BGR8 VOUT Boost DC/DC Converter Energy Storage Device MPPT6 Controller VIN & VOUT Power Good Collateral Availability Datasheet: MB39C831 Datasheet Development Kits: MB39C831 Evaluation Board Software: Easy DesignSim™ Software Sampling: Production: Now Now 1 Power 5 Current 2 Energy 6 Maximum Management IC Harvesting System 3 Power Generation Device using heat 4 A sensor-based device that monitors conditions such as temperature, humidity and pressure and wirelessly transmits that data to a control unit, such as a PC or a mobile device 001-99429 Rev *B Owner: KESE BUM: KINA consumed at no load condition Power Point Tracking maximizes the Energy Harvest by adjusting current drawn from a solar panel 7 Under Voltage Lock Out 8 Band Gap Reference Energy Harvesting PMIC Roadmap Product Overview 7