Efficient Semiconductor Solutions for Motor Control and Drives [ www.infineon.com/motorcontrol ] IFX_11752_MotorControlBroschüre_rz.indd 43 16.02.12 13:50 Contents Solutions for Motor Control and Drives 04 Low-Voltage Applications 06 High-Voltage Applications 08 Product Families 10 Microcontrollers 10 Low-Voltage Products 19 High-Voltage Products 30 Sensors 37 Support Tools 39 Efficient Semiconductor Solutions for Motor Control and Drives Energy efficiency, mobility and security are the main challenges facing modern society. Our motor control solutions address all of these needs, providing outstanding reliability, excellent quality and leading-edge innovations. Rich functionality and extensive integration capabilities ensure easy design-in and fast time-to-market. Our broad portfolio maximizes flexibility across a wide range of voltage and power classes in industrial, consumer and automotive markets. This guide showcases the full range of products, from microcontrollers and gate drivers through MOSFETs, IGBTs, voltage regulators and sensors to integrated bridge driver ICs, integrated power modules and high-power modules. Our power products and microcontrollers enable efficient, robust and cost-effective designs for virtually all types of motors, including brushless DC and permanent magnet synchronous motors as well as induction and stepper motors and switched reluctance motors. We complement this vast product offering with excellent customer support from our application experts, technical documentation and online training opportunities. We also deliver a variety of evaluation and application kits to support all motor designs. Each application kit comes with a reference code and instructions, along with all the software you need to start and successfully complete your design as quickly as possible. We hope you enjoy exploring the benefits of our efficient semiconductor solutions for motor control and drive applications. 4 Typical Motor Control Block Diagram Power Management AC/DC DC Supply Power Stage Driver Stage User Interface & Communication Central Control Unit AF Discretes Sense & Monitor M 5 Solutions for Low-Voltage Applications Application Solutions for Motor Controls and Drives Low-Voltage Applications We are the partner of choice for low-voltage motor drive solutions, providing the perfect fit across the full current range from 0.1 to 100A. You can also rely on us to support the entire application spectrum from steppers to 3-phase drivers. Monolithic Driver ICs, Half Bridges, Full Bridges, Multi Half Bridges >100A Integrated Motor Driver ICs H-Bridge Driver + MOSFETs + Driver ICs OptiMOS™ (30V – 250V) 20A 3-Phase Bridge Driver + MOSFETs + Driver ICs EiceDRIVER™ 200V, OptiMOS™ (25V – 300V) Trilith IC Full Bridge NovalithICTM Half Bridges 5A Full Bridges 1A Stepper Driver Servo Driver Multi Half Bridges M 0,1A M M 3~ M 5V – 48V DC Supply Voltage 3~ Type of Motor Infineon’s solutions cover a broad range of target low-voltage applications including Pumps (fuel, heating, water) Industrial drives Fans / blowers Robotics Automotive applications Door openers E-bikes Power tools, cordless power tools E-scooters Gardening tools Wheelchairs Small robots (cleaning robots) Trucks/transport Electric toys Forklifts Kitchen machines / food processors / Scooters Wheelchairs 6 coffee machines Solutions for Low-Voltage Applications Our products and solutions cover all of the main motor control design blocks. The block diagram shows an example of a 3-phase BLDC motor drive. MOSFETs >500V CoolMOS™ Linear Voltage Regulator DC/DC Converter Controller ICs Gate Drivers 3-Phase Bridge Drivers EiceDRIVER™ 200V Integrated Power ICs CoolSET™ MOSFETs OptiMOS™ 25V-300V (Industrial) OptiMOS™ 30V-100V (Automotive) Power Management AC/DC DC Supply Power Stage Driver Stage User Interface & Communication Central Control Unit AF Discretes Sense & Monitor Transceivers CAN Transceiver LIN Transceiver Sensors Hall Switches iGMR Sensors M Microcontrollers 8-bit 16-bit 32-bit Integrated Driver ICs Servo and Stepper Driver Multi Half Bridges Motor Bridges Trilith IC (Full Bridges) NovalithIC™ (Half Bridges) 7 Solutions for High-Voltage Applications Application Solutions for Motor Control and Drives High-Voltage Applications Infineon offers gate driver ICs, discrete IGBTs, integrated modules and high-power modules across the entire power class range for high-voltage drives. Whatever power needs your application has we provide the optimized, cost-effective solution. EiceDRIVER™ (1ED, 2ED) Power Modules 1200V 6ED 6 ED Power Modules (EasyPack 1B) 1200V 600V Voltage Rating Discrete IGBTs, EiceDRIVER™ and Modules 6x RC Drives Fast 50W 150W 500W 1kW 2kW 5kW xxMW Power Infineon solutions cover a broad range of target high-voltage applications including 8 Pumps Washing machines Fans / blowers Dish washers Compressors Refrigerators Industrial drives Kitchen hoods Robotics Vacuum cleaners Air conditioning systems Door openers Solutions for High-Voltage Applications Infineon products cover all of main high-voltage motor drive design blocks. The block diagram provides an overview of the product portfolio for high-voltage products. MOSFETs >500V CoolMOS™ Diodes thinQ!™ Controller ICs HV MOSFETs CoolMOS™ Integrated Power ICs CoolSET™ Diodes Gate Drivers EiceDRIVER™ 600V & 1200V IGBTs TrenchStop™ Linear Voltage Regulator DC/DC Converter Rectification Power Management MOSFETs (500V – 900V) CoolMOS™ IGBTs (600V – 1200V) TRENCHSTOP™ RC-Drive IGBTs DC Supply Power Modules (600V – 6.5kV) PFC Break Power Stage Driver Stage User Interface & Communication Central Control Unit AF Discretes Sense & Monitor Transceivers CAN Transceiver LIN Transceiver Sensors Hall Switches iGMR M Microcontrollers 8-bit 16-bit 32-bit Integrated Driver IC / Modules MIPAQ™serve 9 Microcontroller XC800 Family – 8-bit Microcontrollers The feature-rich XC800 microcontroller with its optimized peripheral set supports costoptimized solutions in the industrial and automotive segments. Application Segments Home appliance Fans E-bikes Pumps Stepper gauges Valve control Product Benefits Up to 50% system cost savings – Two PWM units with separate time bases to Field-Oriented Control (FOC) at lowest cost combine motor control and power factor Portfolio from 2kB to 64kB Flash and from correction algorithms on one chip 16-pin to 64-pin package options, qualified For use in IEC 60730/Class B-certified applications AEC-Q100 and up to an ambient tempera- Low cost stepper motor drive ture of 150°C Optimized peripherals and code library in Free tool chain: www.infineon.com/davebench ROM for Field-Oriented Control Sensorless Field-Oriented Control for 3-Phase Motor e.g. PMSM Motor 8-bit Microcontroller 3-Phase Sensorless Motor 16-bit Vcc for Computer CORDIC/MDU 8051 Core CapCom6 PWM Unit ω/Integrated Dead-Time Control Math and Control Code Library in ROM - PI Controller - SIN/COS - Park/Clarke Transformation Voltage Source Inverter Trigger ADC Measurement ADC Shunt Stepper Motor Drive e.g. Stepper Gauge 8-bit Microcontroller sin PWM PWM Generation Unit θref Motor Control Algorithm cos PWM CapCom6 θcmd CORDIC sin (θcmd) cos (θcmd) [ wwww.infineon.com/xc800 ] 10 SIN COS SQRT HighCurrent I/O Slope Control Overcurrent Protection Stepper Motor Microcontroller ADC and CapCom6 – High-Performance PWM ADC CapCom6 Compare Out-of-Range Comparator CC60 Start T12 Limit Check Control DeadTime Control CC61 Start Limit Event Compare Start Boundary 1 T13 PSL Output Level Selection Capture CC62 PS Output State Selection PSL63 Boundary 0 Trap Handling Boundary Flag Control Output Level Selection Multi-Channel Mode Hall Pattern Evaluation BF2 Conversion time of <1.5μs enables noise-free sampling CapCom6 Features BF0 BF1 10-bit resolution, ± 2LSB Hardware synchronization with PWM Output Modulation CC63 ADC Features Capture for time measurement Hall Compare Logic Compare for PWM generation Block communication for brushless DC drives Programmable dead-time control High-Current I/O High-Current Pad Features IO Pad High-current pads Pxy Direct drive of stepper gauges 25mA DATA_IN DATA_OUT Sink current up to 50mA ALTDATA1 Over current detection ALTDATA2 ALTDATA3 ALTSEL Pull Device Control Slew Rate Control Overcurrent Protection Overcurrent Detector PUDSEL SLEW SCPEN SCD PUDEN Special Functions of High-Current Pad OD CORDIC and Vector Computer MDU Control Unsigned Input SFRs MD0 Signed MD5 MDUSTAT 16-bit/16-bit Divide 32-bit Arithmetic Shift 16-bit/32-bit Divide 32-bit Normalize Signed Q15 Input SFRs CORDX CORDY CORDZ MD1 16-bit/16-bit Divide MD2 MD3 16-bit Multiply MD4 16-bit/32-bit Divide MD5 Control CON Outputs SFRs MD0 16-bit/32-bit Divide MD3 MD4 Status 32-bit Logical Shift 16-bit Multiply MD1 MD2 Shift and Normalize 16-bit Multiply Multiply and Divide MDUCON CORDIC Vector Rotation Status Carthesian to Polar Transform Y = Y + X*Z Z = Z + Y/X y = ez Z = Z + In(Y/X) STAT Vector Computer Features The vector computer is a powerful 16-bit coprocessor - Multiply and divide (MDU) unit - CORDIC Parallel processing of CPU, MDU and CORDIC is supported Outputs SFRs CORDX CORDY CORDZ 11 Microcontroller XC2000/XE166 Family – 16-bit Microcontrollers The highly scalable XC2000/XE166 family is ideal for a wide range of motor control designs, including applications based on DC brushed control, DC servo control, AC induction scalar-slip control, BLDC commutated control, permanent magnet AC field-oriented control and AC induction field-oriented control. Application Segments Automotive Industrial Inverters Steering (e.g. EPS) Elevators Heating, ventilation, air condition Spindle drives (e.g. HVAC) control systems PLC, Servo, CNC Pumps Product Benefits Reduced BOM cost – XE166/XC2000 family offers up to 4 PWM units with separate time Two independent ADC units are triggered by the PWM timers The MAC unit provides DSP functionality by a bases for combined control of two motors seamless integration into the CPU instruction set and the PFC algorithm on one chip High performance speeds up your motor Supports safety critical systems to achieve control algorithm IEC61508/ISO26262 compliance Free tool chain: www.infineon.com/davebench 16/32-bit Microcontroller C166SV2 Core CPU 3-Phase Sensorless Motor CapCom6 PWM Unit ω/Integrated Dead-Time Control Voltage Source Inverter Trigger ADC Measurement MAC Unit 2 x ADC Timer [ www.infineon.com/XC2000 ] [ www.infineon.com/XE166 ] 12 Shunt Signal Conditioning Microcontroller MAC Unit – Multiply-Accumulate Operation Unit CPU Unit Fetch Unit (IFU) MAC Unit Provides Instruction Pipeline (IPIP) Arithmetic and Logic Unit (ALU) Single instruction cycle 75% of all MAC instructions executed Address and Data Unit (ADU) Multiplication with cumulative MAC Unit 16x16 Multiplier in one CPU clock cycle subtractions/additions (32-bit) Repeat Unit 40-bit ALU Control Unit Shifter 40-bit Accumulator 40-bit accumulator to handle overflow CapCom6 – High-Performance PWM 3 1 2 2 2 3 Capture for time measurement Compare for PWM generation Block commutation for brushless Trap Input Compare CapCom6 Features Trap Control Output Select Compare Capture Channel 3 Hall Input Channel 0 MultiChannel Control Output Select 1 Start T13 DeadTime Control 1 Channel 0 Compare T12 1 Compare Compare Channel 0 DC drives 1 Programmable dead-time control CTRAP CCPOS2 CCPOS1 CCPOS0 CC62 COUT62 CC61 CC60 COUT61 COUT60 COUT63 T13HR T12HR Input/Output Control ADC – Enhancend Analog-Digital Converter Analog Input P5.15 Analog Input P15.0 Analog Input P15.7 Analog Part 0 A/D Converter Data (Result) Handling Conversion Control Request Control Analog Part 1 ADC Features Digital Part 0 Digital Part 1 A/D Converter Data (Result) Handling Conversion Control Request Control Two synchronizable A/D converters with up to 12-bit resolution, ± 2LSB Bus Interface Analog Input P5.0 Conversion time down to 1.2μs External or internal trigger events automatic conversion sequencing 13 Microcontroller TriCore™ Family – 32-bit Microcontrollers The Infineon TriCore™ family is optimized for 3-phase motor control applications in the industrial and automotive segments, including Permanent Magnet Synchronous Motors (PMSM) and AC Induction Motors (ACIM). Application Segments Automotive Industrial AC Servo drives Steering (e.g. EPS) PLC Electric propulsion for hybrid Mobile controllers and electric vehicles Process control Product Benefits High performance speeds up your motor control algorithm TriCoreTM DSP instruction set for multiple motor control algorithms (e.g. park, clarke, space vector modulation) Software library for Field-Oriented Control (“e-motor module”) facilitates fast implementation Supports safety critical systems to achieve IEC61508/ISO26262 compliance Free tool chain: www.infineon.com/davebench VDC AUDO MAX 32-bit Microcontroller SV PWM 1 SV PWM 2 SV PWM 3 GPTA PWM Generation Unit 3-Phase Inverter Generator / Break Operation ωref Trigger Event TriCore™ CPU Motor Control Algorithm PCP ic - ω θ ia ib Speed & Position [ wwww.infineon.com/tricore ] 14 ADC0 ADC1 Encoder/ Resolver Interface Encoder/ Resolver Circuit A N B S PMSM C Microcontroller TriCore™ comes with advanced peripherals for sophisticated algorithms such as FOC, sensorless FOC and state observers. Enhanced Analog-Digital Converter (ADC) ADC Kernel 0 Analog Part 0 Analog Input P0 Analog Input P31 Features and Benefits Digital Part 0 A/D Converter Data (Result) Handling Conversion Control Request Control 1-4 synchronizable A/D converters with up to 64 channels 8/10/12-bit resolution, +/- 2LSB @ 10-bit Conversion time down to 1.0µs ADC Kernel 1 Analog Input P31 A/D Converter Data (Result) Handling Conversion Control Request Control ADC Kernel 2 Analog Part 2 Analog Input P0 Analog Input P31 Data reduction pre-processing Digital Part 1 Digital Part 2 A/D Converter Data (Result) Handling Conversion Control Request Control Results accumulation and limit check Bus Interface Analog Part 1 Analog Input P0 ADC Kernel 3 Analog Part 3 Analog Input P0 Analog Input P31 Digital Part 3 A/D Converter Data (Result) Handling Conversion Control Request Control General Purpose Timer Array (GPTA) GT1RUN 2 Clock Bus CLK (7:0) Filter & Prescaler Cells Phase Discriminator Logic Digital Phase Locked Loop Duty Cycle Measurement Cells Clock Distribution Cells External PLL Clock Inputs Address Decoder Global Timers Local Timer Cells SR (37:00) IN (55:00) Independent access to time and angle domain All types of PWM generation supported OUT (111:00) Signal Generation Cells Global Timer Cells Scalable high resolution thanks to Local Timer Cell (LTC) array 2 INT (3:0) Interrupt Control Tracking of all kinds of rotating shafts I/O Line Sharing Block GT0RUN Internal PLL Clock Outputs Very flexible digital input filtering Clock Generation Cells fCLC Digital PLL for fine grain angle resolution PCP2 is the ideal coprocessor to On-Chip Trigger Block Clock Control Features and Benefits GPTA Module Kernel fGPTA handle critical real time GPTA interrupt TRIG (15:00) tasks from the GPTA Ideal for field test and repair work Interrupt Sharing Block 15 Microcontroller XMC4000 – 32-bit Microcontrollers with ARM® Cortex™-M4 Infineon XMC4000 family of microcontrollers is tailored to power industrial applications with a need for advanced motor controls. Its unique combination of Infineon’s leading-edge timers, PWM and analog front-end peripherals with the real-time and signal processing capabilities of the ARM® Cortex™-M4 make XMC4000 the ideal solution for industrial drive applications. ARM® Cortex™-M4 & Floating Point Unit DEBUG Real Time Clock System Timer DMA Proven Quality Communication Timer & Actuator Control Analog & Mixed Signal Ethernet CCU4 ADC USB CCU8 DAC External Memory I/F High Resolution PWM HMI SD/MMC Card I/F Position Interface Capacitive Touch CAN ∆∑ Demodulator LED Matrix Data Protection Through ECC/Parity CRC & Random Pattern Generation Infineon Innovation Infineon State-of-the-Art Ports Standard UART/SPI/I2C/I2S Overview of XMC4000 Family low-end Communication SignalProcessing Timers System Performance XMC4100 Core CPU frequency (at 125˚C) Co-proc Flash size RAM size Cache POSIF CCU4 (4ch) CCU8 (4ch) High-resolution PWM (150ps) channels ADC 12-bit Delta-sigma demodulator DAC IEEE 1588 Ethernet MAC USB SD/MMC Serial channels (URAT, SPI, I2C, I2S) Ext. memory I/F CAN Touch button [ www.infineon.com/xmc ] 16 high-end XMC4200 XMC4400 FS DEV FS DEV AMR Cortex™-M4 120MHz Floating Point Unit 512kB 80kB 4kB 2x 4x 2x 4x 4x 4x 2x 1x FS OTG 4x 4x 4x 2x ü 2x ü 2x ü XMC4500 XMC4700* ® 80MHz 80MHz 128kB 20kB 4kB 1x 2x 1x 4x 2x 256kB 40kB 4kB 1x 2x 1x 4x 2x 2x 2x 120MHz 180MHz 1MB 160kB 4kB 2x 4x 2x 2.5MB 512kB 6kB 2x 4x 2x 4x 4x 2x 1x FS OTG ü 6x ü 3x ü 4x 4x 2x 2x HS OTG ü 6x ü 3x ü * under definition Microcontroller In advanced motor control, microcontrollers must offer high real-time performance to handle fast digital control loops. XMC4000 peripherals are autonomous and therefore free up the CPU kernel to a large degree, enabling it to service other requests. They are specifically designed to implement efficient motor control algorithms: 4 ADC kernels for simultaneous 3-phase 4 high-resolution PWM channels for current measurement + Power Factor advanced power conversion methods Correction (PFC) (e.g. peak current control) 2 POSIF modules provide a programmable 4 delta-sigma demodulators for direct interface to process inputs from rotary interface to external delta-sigma encoders or Hall sensors; the position modulators supporting galvanic isolated and velocity of the motor can be easily in-phase current measurement, power determined when used in series with CCU4 measurement or resolver feedback 24 independent PWM timers for generating Pattern generator for resolver primary complex pulses and sequential patterns coil excitation 2 DAC channels for analog wave generation for any kind of power inverter topology for sensor stimulation or calibration for motor control and power supplies Example of Motor Control Application XMC4500 ETH Encoder Gear POSIF Resolver Motor SDMOD PWMP PWMN Carrier Pattern Generator CLK0 IN0 DSD Channel 0 SDMOD IN1 CLK2 SDMOD ISO SDMOD ISO Inverter USB ADC0 ADC1 SDRAM Process Data Image Service Access Sensor Calibration DSD Channel 1 IN2 DSD Channel 2 IN3 DSD Channel 3 PVYM THAP EBU Fieldbus ADC0 ADC2 ADC2 CCUB Sensors ADC3 17 Microcontroller Infineon Safety Computing Platform – Safe Computing for 3-Phase Motor Control ISO26262 and IEC61508-compliant safety applications require an independent watchdog with a robust monitoring channel for the main microcontroller. With its small footprint, CIC61508 is the ideal watchdog solution for safety applications where space and cost are the main drivers. It monitors the main microcontroller through a range of features that detect common clock and power supply failure modes as well as temperature-related computational errors on the microcontroller. It therefore acts as an independent diagnostic monitoring device supporting approval up to ASIL-D for 3-phase motor control applications. Reliability is key Proven management of power-off sequence even when MCU is in fail safe; CIC61508 offers a power off sequence with up to 3 steps Key Benefits Allows energy circulation before final power down Reduced voltage / current spike on power stage due to abrupt power-off when MCU enters fail safe Increased component life time Availability has to be ensured Single transient error should not stop the application 3-phase motor applications must keep running in case of a single transient error, e.g. xEV, steering Key Benefits Safe support for error recovery and limp mode Reduced error recovery time (no steering assistance provided) Reduced false alarm 3 Independent Safety Paths Power Supply TLE7368 or TLE42xxx Safety Watchdog CIC61508 Reset Vdd1 e.g. 5V Vdd2 e.g. 3.3V Opcode Test Sequencer 16-/32-bit MCU TriCore™ or XC2000 SPI [ www.infineon.com/SIL ] 18 Voltage Monitors SSC Task Monitor Safety Path Control Error State Monitor Control Logic Reset Path Control NVM Opcode Test Sequence Config Checksum Low-Voltage Products Industry MOSFETs – Power Density for the Next Level of Energy Efficiency Our OptiMOS™ family sets new standards for power MOSFETs, offering the industry’s lowest RDS(on) and Figure of Merit (FOM) in all voltage classes from 30V to 250V. Available in high-performance packages featuring state-of-the-art process technologies, the OptiMOS™ portfolio is the right fit for all motor control applications. Key Benefits Highest power density thanks to minimum conduction losses and reduced need for device paralleling Cost savings due to smaller heat sinks Board space savings of up to 50 % DC currents of up to 180A per device in CanPAK™, 100A in SuperSO8 and 40A in S3O8 package High-current capability for motor control applications Extremely low on-state resistance and high-current capability up to 180A in D2PAK-7Pin version RDS(on) in SuperS08 [mΩ] 120 80 40 0 25 30 40 60 75 80 100 120 150 200 250 Voltage [V] Voltage Class [V] 300V 40 250V 130 20 10.7 200V 150V 420 220 6.5 120V 50 3.6 100V 24 2.5 80V 1.9 75V 2.0 1.6 60V 40V 80 34 6.2 80 1.1 30V 17 1.1 25V 15 0.8 0 6 1 RDS(on) [mΩ] 10 100 1000 Voltage [V] Available Packages TO220 TO220-FP D2PAK I2PAK D2PAK 7PIN DPAK SuperSO8 S308 CanPAK M CanPAK S [ www.infineon.com/optimos ] 19 Low-Voltage Products Automotive MOSFETs – Benchmark for Motor Control Applications Best-in-Class OptiMOS™ Products Infineon OptiMOS™ range combines leading MOSFET technology with a robust package to deliver best-in-class performance and outstanding current capacity. Automotive-qualified MOSFET packages now have even higher current capacity thanks to our PowerBond technology. Best-in-class RDS(on) performance for increased system efficiency Highest current DPAK + D2PAK on the market for reduced ECU module size Lowest switching and conduction power losses for increased thermal system reliability Robust green package for easy process handling Evolution of Package Current Capability Power Bond I OptiMOS™ 100A 80A D PAK 2 Power Bond II 160A D2PAK-7pin Power Bond III 180A D2PAK-7pin D2PAK 120A TO220/ TO262 100A 80A TO220/ TO262 TO220/ TO262 50A 30A DPAK DPAK 90A DPAK 100A DPAK Today OptiMOS™ for Motor Control Solutions OptiMOS™ T2 30V, 40V, 60V products are the future building blocks for all half-bridge, H-bridge and 3-phase motor control solutions. They can be paired with driver IC products to create all-inclusive motor drive solutions. Product Overview Voltage Class [V] Single MOSFET N-Channel N-Channel N-Channel N-Channel N-Channel N-Channel N-Channel P-Channel OptiMOSTM-T2 (Trench) 30 40 55 60 75 100 250 30 40 P-Channel Dual MOSFET Dual N-Channel Dual N-Channel 2 x 40 2 x 55 Dual N-Channel 2 x 60 [ www.infineon.com/automotivemosfet ] 20 OptiMOSTM-T (Trench) OptiMOSTM (Planar) Low-Voltage Products Bridge Drivers – H-Bridge and 3-Phase Gate Driver ICs The trend toward greater efficiency in automotive applications extends to electric motors as well. In the future, applications such as power steering, HVAC compressors and engine cooling fans will all be controlled by electronic motors. Our family of configurable, H-bridge and 3-phase gate driver ICs can be combined with MOSFETs to provide the required power and efficiency these systems need. Diagnostic Features Basic Features Strong output stage up to 1.5A Undervoltage Precise OpAmp for current shut Short circuit Overtemperature monitoring Operation down to 5.5V Overvoltage Duty cycle adjustable up to 100% Application Example for BLDC Motors C 3µF RVS 10Ω CVS 4.7µF To sub µC or ASIC VBAT = 12V P-GND RVdh INH ENA1 ENA2 VS CH1 CCP1 4.7µF VDH GH1 CL1 CB1 CCB1 4.7µF SH1 GH2 SH2 CH2 CCP2 4.7µF GH3 CL2 CB2 CCB2 4.7µF U_fb V_fb W_fb ERR1 ERR2 IL1 IH1 IL2 IH2 IL3 IH3 DT µC Digital ASIC e.g. XC866 5V 5V SH3 GL1 SL1 TLE7183F GL2 SL2 GL3 SL3 VRI VRO Rfb ISP VTHOC RDT ADC GND VO RS ISN AGND GND TP RS Rfb P-GND H-Bridge/ Dual Half-Bridge Driver Family Product Type Type Product TLE6281G TLE6281G Operating Range Range [V] [V] Operating 7.5 … … 60.0 60.0 7.5 OpAmp OpAmp 0 0 TLE6282G TLE6282G TLE6284G TLE6284G 7.5 … … 60.0 60.0 7.5 7.5 … … 60.0 60.0 7.5 0 0 0 0 TLE7181EM TLE7181EM TLE7182EM TLE7182EM 7.0 … … 34.0 34.0 7.0 7.0 … … 34.0 34.0 7.0 1 1 1 1 H-Bridge/ H-Bridge/ Dual Dual Half-Bridge Half-Bridge Drivers Drivers Family Family PWM/DIR Input Input PWM/DIR V V Reverse Polarity Polarity Protection Protection Reverse V V V V V V V V Diagnosis Diagnosis UV, OT, OT, SCD SCD UV, Package Package PG-DSO-20 PG-DSO-20 UV, SCD SCD UV, UV, OT, OT, SCD SCD UV, UV, OV, OV, OC, OC, SCD, SCD, OT OT UV, PG-DSO-20 PG-DSO-20 PG-DSO-20 PG-DSO-20 PG-SSOP-24 PG-SSOP-24 UV, OV, OV, OC, OC, SCD, SCD, OT OT UV, PG-SSOP-24 PG-SSOP-24 3-Phase Bridge Driver IC 3-Phase 3-Phase Bridge Bridge Driver Driver IC IC Product Type Type Product Operating Operating Range Range [V] [V] Drives Stage Stage Drives D.C. Range Range D.C. @ 20kHz 20kHz @ [%] [%] TLE6280GP TLE6280GP 8.0 ... ... 36.0 36.0 8.0 0.9/0.85A 0.9/0.85A 0 ... ... 95 95 0 TLE7183F TLE7183F TLE7184F TLE7184F 1) TLE7184F-3V 1) TLE7184F-3V 5.5 ... ... 28.0 28.0 5.5 1.5/1.5A 1.5/1.5A 7.0 7.0 ... ... 32.0 32.0 13.5/9.0Ω 13.5/9.0Ω 13.5Ω 13.5Ω 0 ... ... 100 100 0 0 0 ... ... 95 95 Numbers of of integrated integrated Numbers OpAmps for for load load OpAmps Current Measurement Measurement Current Adjustable Adjustable Dead Time Time Dead SIL3 SIL3 Features Features V V UV, SCD, SCD, OT OT UV, PG-DSO-36 PG-DSO-36 (Power-SO) (Power-SO) 1 1 V V OT, UV, UV, OV, OV, OC, OC, OCD OCD OT, PG-VQN-48 PG-VQN-48 1 1 V V UV, UV, OV, OV, OC, OC, SCD, OT, SCD, OT, VDD VDD supervision supervision PG-VQN-48 PG-VQN-48 V V TLE7185E TLE7185E 5.5 5.5 ... ... 32.0 32.0 13.5/9.0Ω 13.5/9.0Ω 0 0 ... ... 95 95 0 0 5.5 5.5 ... ... 28.0 28.0 1.5/1.5A 1.5/1.5A 0 0 ... ... 100 100 3 3 TLE7189F TLE7189F 5.5 ... ... 28.0 28.0 5.5 1.5/1.5A 1.5/1.5A 0 ... ... 100 100 0 3 3 V V TLE7189QK TLE7189QK 5.5 ... ... 28.0 28.0 5.5 1.5/1.5A 1.5/1.5A 0 ... ... 100 100 0 3 3 V V TLE7183QU TLE7183QU 5.5 ... ... 28.0 28.0 5.5 1.5/1.5A 1.5/1.5A 0 ... ... 100 100 0 LO LO = = Lockout Lockout OL = OL = Open Open Load Load OV = = Overvoltage Overvoltage OV OC = = Overcurrent Overcurrent OC Package Package 0 0 TLE7188F TLE7188F 1) 1) System System IC IC for for fans fans and and pumps pumps with with integrated integrated LDO LDO and and PWM PWM interface interface Diagnosis Diagnosis 1 1 V V UV, UV, OV, OV, SCD, SCD, OT OT PG-DSO-36 PG-DSO-36 UV, OV, OV, OC, OC, SCD, SCD, OT OT UV, UV, OV, OV, SCD, SCD, OT, OT, UV, VDD supervision supervision VDD PG-VQN-48 PG-VQN-48 UV, OV, OV, SCD, SCD, OT, OT, UV, VDD supervision supervision VDD PG-VQN-64 PG-VQN-64 OT, UV, UV, OV, OV, OC, OC, SCD SCD OT, PG-VQN-48 PG-VQN-48 PG-VQN-48 PG-VQN-48 UV UV = = Undervoltage Undervoltage OT = OT = Overtemperature Overtemperature SCD = = Short Short Circuit Circuit Detection Detection SCD [ www.infineon.com/driver-ic ] 21 Low-Voltage Products Speed PROFET™ – Protected High-Side Switch for PWM-Driven Applications The Speed PROFET™ BTF50060-1TEA is a high-side switch for high PWM frequencies such as 25 kHz. It can be used for controlling, driving and protecting a 12V DC motor (e.g. 100W) or valve. In combination with a freewheeling diode or a low-side switch, the Speed PROFET™ can be set up in a half-bridge or boost converter topology. It can also be driven with a 25kHz PWM signal directly from a microcontroller. This device is capable of a 100% duty cycle. Its feature set simplifies hardware and software design and includes protection functions such as short-circuit and overtemperature shutdown. It also offers an accurate load current measurement and open load or short-to-battery detection. Key Benefits Key Features PWM capability of more than 25kHz Reduced power dissipation 6mΩ R (ON) (max. 12mΩ @ 150°C) with Small package for high-current motor drive, high inrush current less PCB space No external bootstrap capacitor Reduced component count and easier necessary PCB layout 3.3V and 5V compatible logic inputs Direct connection to the MCU Advanced analog load current sense Easy current sense calibration signal Overload and overtemperature protection, with defined diagnostic signal Application Example for Fuel Pump VBAT +5V CVS 470µF VS RInput µC e.g. XC866 IN 10kΩ RSense IS 10kΩ BTF50060-1 OUT TEA RIS 1kΩ D1 GND Load GND Load e.g.: Fuel Pump Product Overview Product Type BTF50060-1 TEA Number of Channels 1 RDS(on) @ Tj = 25°C [mΩ] 6 Typical Load Current [A] 16.5 Load Current Overvoltage Shutdown Sense Enable Limit Trip V [ www.infineon.com/profet ] 22 IL(SC)(typ) [mJ] Recommended Operating Voltage Range [V] 280 @ 20A 4.7 ... 28.0 75 EAS Latch V Reversave [A] Package DPAK-5pin Low-Voltage Products NovalithIC™ – Integrated Half-Bridge Driver NovalithIC™ provides a complete, low-ohmic protected half bridge in a single package (typ. path resistance @ 25°C: 16mΩ down from 28mΩ ). It can also be combined with an additional NovalithIC™ to create an H-bridge or 3-phase bridge. The NovalithIC™ family has the capability to switch to up to 25kHz while providing overcurrent, overvoltage and overtemperature protection. The NovalithIC™ family offers cost-optimized, scalable solutions for protected high-current PWM motor drives with very restrictive board space. NovalithIC™ includes a P-N MOSFET enabling a significant reduction of EME (Electro Magnetic Emissions) and power dissipation thanks to an optimized switching shape and the absence of a charge pump. Basic Features Low quiescent current Adjustable slew rate Capable for high PWM frequency (e.g. 25kHz) Cross current protection Logic level input Protection Features Diagnostic Features Overtemperature Overtemperature shutdown Overvoltage Overvoltage (lockout or smart clamp) Overcurrent Undervoltage Current sense and status Overcurrent Application Example for High-Current PWM Motor Drives Microcontroller i.e. XC866 Voltage Regulator I/O WO Reset RO VDD Q VSS D Reverse Polarity Protection VS I TLE4278G IPDx0P03PxL GND I/O I/O I/O I/O I/O BTN 7960B INH IN BTN 7960B VS OUT IS SR VS M INH OUT IN GND SR IS GND NovalithIC™ Product Overview Product Type Operating Range [V] R DS(on) Path (Type) [mΩ] Switch Time (typ) [ µs] Diagnosis Protect Package BTN 7930B 5.5 ... 28.0 28.0 32 BTN 7930P 5.5 ... 28.0 29.6 32 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-263-7 7 1.0 OV, OT, OC, CS OV, UV, OT, OC BTN 7930S 5.5 ... 28.0 28.2 PG-TO-220-7 32 7 1.0 OV, OT, OC, CS OV, UV, OT, OC BTN 7960B 5.5 ... 28.0 PG-TO-220-7 16.0 47 7 1.0 OV, OT, OC, CS OV, UV, OT, OC BTN 7960P PG-TO-263-7 5.5 ... 28.0 17.6 47 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-220-7 BTN 7960S 5.5 ... 28.0 16.2 47 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-220-7 BTN 7970B 5.5 ... 28.0 16.0 70 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-263-7 BTN 7970P 5.5 ... 28.0 17.6 70 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-220-7 BTN 7970S 5.5 ... 28.0 16.2 70 7 1.0 OV, OT, OC, CS OV, UV, OT, OC PG-TO-220-7 BTN 7971B 4.5 ... 28.0 16.0 70 7 0.5 OV, OT, OC, CS OV, UV, OT, OC PG-TO-263-7 BTN 7933B 4.5 ... 28.0 28.0 32 7 0.5 OV, OT, OC, CS OV(SCL), UV, OT, OC PG-TO-263-7 BTN 7963B 4.5 ... 28.0 16.0 47 7 0.5 OV, OT, OC, CS OV(SCL), UV, OT, OC PG-TO-263-7 BTN 7973B 4.5 ... 28.0 16.0 70 7 0.5 OV, OT, OC, CS OV(SCL), UV, OT, OC PG-TO-263-7 BTN 8946TA 1) 4.5 ... 40.0 5.33) 42 7 0.52) OT, OC, CS UV, OT, OC PG-TO-263-7 BTN 8960TA 1) 4.5 ... 40.0 13.5 42 7 0.52) OT, OC, CS UV, OT, OC PG-TO-263-7 BTN 8980TA 1) 4.5 ... 40.0 9.0 70 7 0.52) OT, OC, CS UV, OT, OC PG-TO-263-7 1) Product in development, electrical values specified must be considered as target values I D(lim) (Type) Iq (Type) [A] [µA] 2) Target values calculated 3) Target value for the HS switch only OV = Overvoltage OC = Overcurrent CS = Current Sense UV = Undervoltage OT = Overtemperature SCL= Short Clamping [ www.infineon.com/novalithic ] 23 Low-Voltage Products Trilith IC – Integrated Full-Bridge Driver Trilith IC family members combine two high-side and two low-side switches in a single package. They are designed to drive high-current DC motors in an H-bridge configuration (peak currents of up to 42A), but can also be used as single independent switches. All Trilith ICs include overcurrent and overtemperature protection for high-side switches. For low-side switches, designers can choose between fast unprotected switches and protected switches for lower frequencies (typ. path resistance @ 25°C from 210mΩ down to 40mΩ). The third generation of Trilith IC (BTM7742G/BTM7745G/BTM7752G/BTM7755G) is based on the NovalithICTM concept and includes P-N MOSFET. This enables a significant reduction of EME (Electro Magnetic Emissions) and power dissipation thanks to an optimized switching shape and the absence of a charge pump. Basic Features Diagnostic Features Low quiescent current Overvoltage Capable for high PWM frequency Overtemperature Short-circuit / overcurrent detection Protection Features Current sense / status Overvoltage Open Load Undervoltage Overtemperature Short-circuit / overcurrent detection Application Example for DC Brush Motors Microcontroller i.e. XC866 Voltage Regulator I/O WO Reset RO VDD Q VSS D VS I TLE4278G GND I/O I/O I/O I/O I/O BTM 77xxG DHVS ST SH2 IH1 DL2 IH2 DL1 IL2 GND M SH1 IL1 SL1 SL2 Trilith IC Product Overview Product Type Operating Range [V] BTM 7740G 4.8 ... 42.0 210 8.0 5 1 BTM 7741G 4.8 ... 42.0 210 8.0 5 1 BTM 7700G 4.8 ... 42.0 190 9.5 5 1 BTM 7750G R DS(on) Path (Type) I D(lim) (Type) I q (Type) Switch Freq. @25°C [mΩ] [A] [µA] (Type) [kHz] Protect Package OT OT, SC PG-DSO-28 OT, OL OT, SC PG-DSO-28 OT OT, SC PG-DSO-28 4.8 ... 42.0 115 12.0 5 1 OT OT, SC PG-DSO-28 1) 4.8 ... 42.0 115 12.0 5 1 OT OT, SC PG-TO-263-15 BTM 7751G 4.8 ... 42.0 115 14.0 5 1 OT, OL OT, SC PG-DSO-28 BTM 7710GP 1) 4.8 ... 42.0 110 15.0 5 1 OT OT, SC PG-TO-263-15 BTM 7710G 4.8 ... 42.0 110 15.0 5 1 OT OT, SC PG-DSO-28 BTM 7810K 1) 5.0 ... 42.0 40 42.0 4 1 OT, OL OT, SC PG-TO-263-15 BTM 7811K 1) 5.0 ... 42.0 40 42.0 4 20 OT, OL OT, SC PG-TO-263-15 BTM 7752G 5.5 ... 28.0 150 12.0 5 25 OV, OT, SC/OC, CS OV, UV, OT, SC/OC PG-DSO- 36 1 OV, OT, SC/OC OV, UV, OT, SC/OC PG-DSO- 36 25 OV, OT, OC, CS OV, UV, PG-DSO- 36 OV, OC, OT, OV, UV, OT, SC/OC PG-DSO- 36 BTM 7750GP BTM 7755G BTM 7742G BTM 7745G 5.5 ... 28.0 5.5 ... 28.0 5.5 ... 28.0 1) AEC std. grade 3, Tj(max) = 110°C 150 250 250 CS = Current Sense OL = Open Load 12.0 12.0 12.0 5 5 5 OV = Overvoltage UV = Undervoltage [ www.infineon.com/trilithic ] 24 Diagnosis 25 OT = Overtemperature SC = Short Circuit OC = Overcurrent Low-Voltage Products Multi Half Bridges – Single-Chip Solutions for Low-Current Applications Cost-effective, space-saving IC solutions are ideal for implementing DC brush motor controls that drive low load currents (<1A). We offer a broad range of half-bridge drivers – from 2-fold half-bridge drivers with parallel interface in a DSO-14 pin package to a 10-fold, half-bridge driver with SPI interfaces in a SSOP-24 pin package. All products are equipped with protection features and support diagnostics via a status flag or SPI. Typical applications include flap motors for climate control and motors for mirror adjustment or idle speed control. Basic Features Overvoltage Undervoltage Overtemperature Short circuit Application Example for HVAC Control Module HVAC Control Module Flap #3 Flap #2 I/O Hall Switch TLE4966 SPI / Flap Control Control Panel 16/32-bit Microcontroller XC22xx Hall Switch TLE4966 Multi Half-Bridges TLE84106EL (3 Flaps)1) Flap #1 M Hall Switch TLE4946 SPI Multi Half-Bridges TLE84110EL (5 Flaps)1) Flap #5 Flap #4 M Hall Switch TLE4946 8-bit Microcontroller XC800 A-Family CAN Transceiver TLE6254-3G TLE7250G1) TLE6251-3G TLE6251DS Optional: CAN Bus Communication LIN LDO TLE8458G LIN Bus NovalithIC ™ BTN 79x3B Motor Driver +12V from Battery PROFET ™ BTF 50060-1TEA LS Driver Supply Optional: VREG TLE42xx/46xx HITFET ™ BTS 3405G BTS 3800 M Blower Motor Further High-Current Loads: Heater, A/C on, Defrost etc. 1) In development, samples available Product Overview Product Type Config. I L(NOM) I L(LIM) Lq VS(op) Protection Diagnostic Interface Highlights VCE(sat)/RDS(on) Package Path TLE4207G 2x Half bridge 2 x 0.8 2 x 1.5 20 8 ... 18 LO Status flag Error detection 1.2V PG-DSO-14 TLE4208G 4x Half bridge 4 x 0.8 4 x 1.5 20 8 ... 18 LO Status flag Error detection 1.2V PG-DSO-28 TLE8444SL 4x Half bridge 4 x 0.5 4 x 0.9 1 8 ... 18 OL Status flag Open-load detection in ON state 600mΩ/ switch PG-SSOP-24 800mΩ/ switch PG-DSO-14 TLE6208-3G 3x Half bridge 3 x 0.8 3 x 1.0 10 8 ... 40 LO 16-bit SPI Detailed diagnosis via SPI TLE6208-6G 6x Half bridge 6 x 0.8 6 x 1.0 12 8 ... 40 LO 16-bit SPI Single switch usage possible 800mΩ/ switch PG-DSO-28 800mΩ/ switch PG-SSOP-24 800mΩ/ switch PG-SSOP-24 TLE84106EL 6x Half bridge 6 x 0.3 6 x 0.5 2 7 ... 18 OL 16-bit SPI Pin compatible with TLE 84110EL TLE84110EL 10x Half bridge 10 x 0.3 10 x 0.5 2 7 ... 18 OL 16-bit SPI Pin compatible with TLE 84106EL [ www.infineon.com/bridges ] 25 Low-Voltage Products Door Power IC – Single-Chip Devices for Door Zone Modules Single-chip solutions for door zone modules help maximize PCB space by integrating common door loads into a single package. TLE8201R and TLE8203E drive loads such as DC motors for door locks (TLE8201R only) and x-y mirror adjustment as well as resistive loads such as mirror heaters and lamps/LEDs. TLE8201R is available in a DSO-48 pin package, while TLE8203E comes in the smaller SSOP-36 package. Both devices feature integrated protection against short circuits and overtemperature as well as an SPI interface for programming and diagnosis. Key Features SPI interface IQ = 3µA Operating range: 8–20VS Block Diagram of TLE8201 TLE8201 OUT1 M Door Lock M Safe Lock M Mirror Fold 3A M Mirror x 1.25A M Mirror y 1.25A OUT2 OUT3 Power Logic Current Sense Inhibit RevPol MOS Driver OUT4 Fault Detect OUT5 PWM OUT6 Logic and Latch SPI Mirror Mirror Heat Heat 6.25A OUT7 OUT8 Lamp 5/10W or LED OUT9 Lamp 5/10W or LED OUT10 Lamp 5/10W or LED OUT11 Lamp 5/10W or LED Product Overview Product Type Outputs I L(lim) R DS(on) Driver Stage 1, 2 8.0 130 Half bridge CS Central lock 3, 4 3.0 350 Half bridge CS Mirror folding 5, 6 1.25 650 Half bridge OC, OT Mirror X-Y CS Mirror defrost TLE8201R TLE8203R LO = Lockout OL = Open Load 8–20 Protect OC, OT, OV, UV Diagnosis Target Load 6.25 85 8–11 1.8 400 Lamp driver OC, OT Repeater 4 3.0 350 Half bridge CS Mirror folding 5, 6 1.25 650 Half bridge OC, OT Mirror X-Y CS Mirror defrost OC, OT Repeater 7 6.25 85 High-side switch (mirror defrost) 8, 10 1.8 400 Lamp driver OV = Overvoltage OC = Overcurrent UV = Undervoltage OT = Overtemperature 8–20 OC, OT, OV, UV SC = Short Circuit Package PG-DSO-36 7 High-side switch (mirror defrost) [ www.infineon.com/door-module-ic ] 26 Operating Range [VS] PG-DSO-36 Low-Voltage Products Servo Driver – Robust and Reliable The servo driver family comprises three devices: TLE4206G, TLE4206-2G and TLE4209. Each one features a fully integrated, full bridge with freewheeling diodes and smart power protection features for automotive headlight beam leveling control applications. The standard, thermally enhanced power PG-DSO-14 package leverages low RTH for environments with high ambient temperatures of 150°C. Additional features such as over- and undervoltage lockout, short-circuit protection and overtemperature protection open the way for a wide range of additional automotive and industrial applications. Key Features Protected bipolar power stages Low saturation voltage Internal freewheeling diodes Optimized for Headlight Beam Control (HBC) applications Block Diagram of TLE4209G +VB +VB Dr 1N4001 CS 22µF Dz RHYH 100kΩ VS 8 TLE4209G RR RANGE 13 Range AMP 50kΩ RREF 1kΩ VREFIN RREF 36V Half Bridge 6 OUT1 REF 14 50kΩ RFB PFB Servo AMP FB 1 Protection and Logic M Half Bridge HYST 2 Hyst AMP RHYL 100kΩ GND 1kΩ 9 OUT2 50kΩ 3, 4, 5, 10, 11, 12 7 NC GND Product Overview I L(NOM) I L(lim) Iq [µA] V S(op) Protection TLE4205G 0.6 1.0 0.01 6 ... 32 SC TLE4206G 0.8 1.5 12 8 ... 18 TLE4206-2G 0.8 1.5 12 8 ... 18 TLE4206-4G 0.9 1.6 13 TLE4209A 0.8 1.5 12 TLE4209G 0.8 1.5 12 Product Type 1) Total drop saturation voltage typ. value @ 25°C Highlights Vsat Path Package Dual power comparator for higher voltage 2.1V at 0.6A 1) supply voltage PG-DSO-20/ PG-DIP-18 Servo driver with current peak blanking 1.2V at 0.4A 1) PG-DSO-14 Switching hysteresis on range input 1.2V at 0.4A 1) PG-DSO-14 8 ... 19 Adapted range input 1.2V at 0.4A PG-DSO-16 8 ... 18 Servo driver 1.2V at 0.4A 1) PG-DIP-8 8 ... 18 Servo driver 1.2V at 0.3A 1) PG-DSO-14 LO = Lockout OL = Open Load OV = Overvoltage OT, OV, UV, LO, SC Inhibit V 1) UV = Undervoltage OT = Overtemperature SC = Short Circuit [ www.infineon.com/bridges ] 27 Low-Voltage Products Monolithic H-Bridges Infineon offers a broad range of automotive-qualified H-bridges for industrial applications, from gardening equipment through printers and scanners to coffee machines. Originally designed for the extreme environments of powertrain engine applications, the H-bridges can be used for all types of DC motor applications and feature state-of-the-art SmartPower™ technology. Product Features Supply range 1): 5V – 40V Output current 1): 1A – 8,6A RDS(on) 1): 120mΩ – 230mΩ HS1 HS2 (typ.25°C per transistor) M Protection Features Diagnosis capability 1) LS1 Broad green package portfolio 1) LS2 depending on selected H-Bridge Product Overview Feature Ron Max. @ Current 150°C Limit Type Current Limit Min. Short Output Circuit Det. Control Min. TLE5205 TLE5206 500mW - - 6A IN1/IN2 - not specified √ - - While OFF (TLE5205) PG-TO-220-7 TLE6209 280mW 4.0/5.0 6.0/7.0A 3.4/4.25/ 5.1/5.95A 8A PWM/DIR - not specified - √ - While ON PG-DSO-20 Max. Switching Freq. Status Flag SPI All I/O 18V Open Load Package Tolerance Detection TLE7209-2 300mW 6.6A 5.5A 8A IN1/IN2 - 30kHz √ √ √ While OFF PG-DSO-20 TLE8209-2 250mW 1.5/4.0/ 6.6/86A 1.0/3.5/ 5.5/7.8A 2.5/5.0/ 7.5/9.5A IN1/IN2 or SPI √ 11kHz √ √ √ While OFF PG-DSO-20 [ www.infineon.com/powertrain-ic ] 28 Vdd Monitoring Low-Voltage Products Stepper Drivers – Cost-Efficient, Durable and Reliable In body electronics, stepper motors are used in headlight beam leveling and HVAC flap systems. They are also widely used in engine management systems, for example, in rpm management, where a motor-driven valve in the bypass air inlet controls idling speed. Key Features Full- to half-step operation Protected bipolar power stages Implemented current control Error flag for diagnosis Application Example for Stepper Motor Drive Watchdog Reset Q Rpullup2 10kΩ WD R CQ 22µF Rpullup1 10kΩ VCC 1 2 3 21 MCU XC866 14 24 23 22 I TLE4268G D +12V GND CD 100nF 100nF 100µF 11 VS I10 I11 Phase 1 Error 1 Error 2 Q11 Q12 TLE4729G Q21 Q22 I20 9 12 16 M 13 Stepper Motor I21 Phase 2 OSC 4 22nF 15 GND 5, 6, 7, 8 17, 18, 19, 20 R1 1Ω 10 R2 1Ω Product Overview I L(NOM) I L(lim) Iq [µA] V S(op) TCA 3727G 2 x 0.75 2 x 1.5 200 5–50 TLE4726G 2 x 0.75 2 x 1.5 200 TLE4729G 2 x 0.7 2 x 1.5 Product Type Step Operations Protection Diagnostic Interface Highlights Package Full to mini step OT – 5–50 Full to mini step OT – 50 6–16 Full to mini step OL, OT, SC Status flag Very low quiescent current with inhibit PG-DSO-24 Current controlled High operating voltage, low quiescent current with inhibit PG-DSO-24/ PG-DIP-20 PG-DSO-24 Voltage controlled TLE4208G 4 x 0.8 4 x 1.5 20 8–18 Full to half step SC, OT, OV, UV Status flag Dual full bridge PG-DSO-28 TLE8444SL 4 x 0.5 4 x 0.9 1 8–18 Full to half step SC, OT, OV, UV, OL Status flag Open-load detection in ON state PG-SSOP-24 LO = Lockout OL = Open Load OV = Overvoltage UV = Undervoltage OT = Overtemperature SC = Short Circuit [ www.infineon.com/bridges ] 29 High-Voltage Products IGBTs – For All Your Hard-Switching Requirements Infineon 600V and 1200V TRENCHSTOP™ IGBTs are the most efficient devices available on the market today. This makes them ideal for applications where efficiency is a key priority. The 600V and 1200V TRENCHSTOP™ IGBTs are typically used in UPS and solar inverters as well as in welding and industrial drives up to 10kW. The new 600V RC-D (Reverse Conducting for Drives) family is a cost-optimized, space-saving solution in DPAK or IPAK up to 15A. These devices are the perfect fit for the white goods segment up to 2kW, where cost and performance are key issues. RC Drives for 600V Hard-Switching Applications Key Features Optimized for consumer markets Best in class Vce(sat) and Vf for outstanding efficiency at frequencies up to 20kHz Soft current turn-off waveforms Key Benefits Outstanding space saving capabilities Cost optimized Lowest power dissipation Low cooling and reduced EMI filtering requirements RC Drives Fast IGBTs for Comfort and Quietness We have developed new versions of our RC drives IGBT devices to meet rising demand for IGBTs in the low-power motor drive consumer market. Key Features Optimized Eon, Eoff and Qrr for up to 20 % lower switching losses Smooth switching performance leading to low EMI levels Very tight parameter distribution Operating range of 4kHz to 30kHz Key Benefits Best cost/performance for hard switching applications Up to 60% space saving on the PCB Excellent EMI behavior 30 High-Voltage Products At switching frequencies greater than 40kHz, the new 600V and 1200V third-generation, highspeed family (HS3) offers low switching losses and excellent EMI performance. Key Features and Benefits High efficiency thanks to lowest switching losses for switching frequencies up to 60kHz Soft switching waveforms for excellent EMI behavior Low conduction losses thanks to low Vce(sat) Optimized diode for target applications with low diode losses and fast recovery times RoHS compliance Positive Vce(sat) temperature coefficient for easy paralleling and no thermal runaway 10μs short-circuit rating Product Overview TO-247 TO-220 FullPAK TO-220 D²PAK I²PAK DPAK IPAK [A] 3 600V TRENCHSTOPTM 600V RC Drives 600V HS3 Family 4 6 8 10 15 20 25 30 40 50 60 75 1200V TRENCHSTOPTM 1200V HS3 Family 600V RC Drives Fast [ www.infineon.com/igbt ] 31 High-Voltage Products EiceDRIVER™ – Gate Driver IC for MOSFETs & IGBTs Infineon has launched a new family of EiceDRIVER™ IGBT / MOSFET gate driver ICs for applications with blocking voltages from 600V up to 1200V. The new 6ED series is also available in a 200V version. Based on innovations such as thin-film, silicon-on-insulator technology (600V) and coreless transformer technology (1200V), these products increase reliability levels, reduce losses and improve performance. Family member 1ED020I12-F2 (1200V) is a single-channel, isolated IGBT / MOSFET driver IC that provides bidirectional galvanic isolation as well as feedback and integrated protection features. 1ED020I12-B2 (1200V) also offers basic isolation at a maximum working voltage of 1420V. A special two-level turn-off feature is integrated in the 1ED020I12-FT and 1ED020I12-BT models. 2ED020I12-F2 (1200V) is a dual-channel, isolated IGBT / MOSFET driver IC. It bundles the same functionality as two 1ED020I12-F2 ICs in a single, compact package. The 2ED020I06-FI (600V) and 2ED020I12-FI (1200V) half-bridge driver ICs include galvanic isolation on the high-side channel as well as customizable overcurrent protection. The new 200V and 600V 6ED series comprises 3-phase gate driver ICs, which offer excellent robustness against negative transients down to -50V. Variants are available with or without fully integrated bootstrap functionality, positive or negative logic, different undervoltage lockouts and overcurrent protection. Application Example 1200V 3-Phase Drives 1ED020112-F2 HV Isolation EiceDRIVERTM 1ED020112-F2 HV Isolation EiceDRIVERTM 1ED020112-F2 EiceDRIVERTM HV Isolation M1 M 3~∆ XE23x, TriCore™ (RES, RDY, IN+, IN-, FLT) [ www.infineon.com/gatedriver ] 32 1ED020112-F2 HV Isolation EiceDRIVERTM 1ED020112-F2 HV Isolation EiceDRIVERTM 1ED020112-F2 EiceDRIVERTM HV Isolation High-Voltage Products High-Power Modules Variable-speed drive systems play a key role to enhance energy efficiency. We can help to boost energy performance with our latest chip technologies and innovative module designs covering the power range from 0.5kW up to more than 1MW. We recently introduced three new module platforms in the low and medium power range: MIPAQ™, SmartPIM & SmartPACK and the EconoPACK™4. PrimePACK™ and IHM-B are new packages in the high-power segment. SmartPIM and SmartPACK – Flexible Assembly Through Self-Acting PressFIT Technology Infineon has expanded our PressFIT technology range to include the new SmartPIM and Smart-PACK housing concepts. The new housing enables the module to be connected with the heat sink and the PCB in a single mounting process. The PressFIT pin is pressed into the PCB, the PCB is stabilized and the module is mounted on the surface of the heat sink in a single step. The whole mounting concept can be performed using an adapted screwdriver. No additional tools are required. This new technology is suited to all conventional electrical circuits. The housing accommodates current up to 75A. This module family combines all the reliability of established PressFIT technology with a range of advanced features: Press-in process by simply tightening a single screw Flexible mounting The new module and mounting concept reduces process time Robust housing concept with decoupled DCB force Gas-tight contact so immune to ambient atmosphere Decreased FIT rates for interconnections Reliable, cold-welded connection of module pins and PCB Can be mounted on both sides of standard PCBs IC [A] 1200V PIM 600V PIM 1200V SixPACK 600V SixPACK 75 50 35 25 15 10 [ www.infineon.com/SMART ] 33 High-Voltage Products MIPAQ™ – New Level of Extended Functionality and Integration MIPAQ™ is the latest addition to our IGBT module portfolio, enabling electronics to be integrated into power modules. MIPAQ™ combines an IGBT module with sensing and drive electronics, making it the ideal solution for designing powerful and compact inverters for cost-effective, low and mediumpower applications. The resulting energy savings benefit profitability and the environment. The MIPAQ™ family is based on IGBT modules and offers advanced functions for power ranges between 22kW and 75kW: MIPAQ™ base module offers integrated shunts MIPAQ™ sense module offers additional current measurement feature and is fully digital with galvanically isolated output signals MIPAQ™ serve module includes driver electronics MIPAQ™ Serve Functional Diagram X2: 2-Row Pin Header to Provide High-Side Supply Voltages CLT: Coreless Transformer Isolating Barrier Replacing Optoelectronic Parts Input Logic CLT Input Logic CLT Input Logic High Side Driver CLT Input Logic High Side Driver CLT X1: 2-Row Pin Header for 5V Supply, Gate, Temperature and Error Signals Input Logic 3x Low Side Driver CLT DC Busbar (+) High Side Driver NTC Temp. Sensing + U V W DC Busbar (-) - The MIPAQ™ serve module is a 3-phase, full-bridge IGBT module with integrated drivers and digital temperature measurement. These features make it a full plug-and-play solution for high-current drive applications. The module contains galvanically isolated drivers based on our coreless transformer technology. Eliminating optical couplers further enhances the module’s long-term stability. MIPAQ™ serve modules are based on the new EconoPACK™4 and utilize IGBT4 technology. They cover the 1200V range and manage currents of 100A, 150A and 200A. Screws are used for high-current connections. The modules feature standardized connectors for supply voltage and logic signals for plug-and-play functionality. [ www.infineon.com/MIPAQ ] 34 High-Voltage Products EconoPACK™4 – The New Standard for Compact Inverter Designs EconoPACK™4 is a new member in our highly-rated Econo product family. The new EconoPACK™4 IGBT modules feature screw power terminals with excellent electric connections, separate DC and AC links and PressFIT control pins for solder-less inverter assembly. All of which makes them the ideal choice for industrial applications. Superb reliability, conductivity and efficiency Low stray inductance design IGBT4 650V and IGBT4 1200V and 1700V chip technologies Screw power terminals and PressFIT control pins Robust design 3-Phase, Full-Bridge (SixPACK) 3-Level, 1-Phase Configuration: Configuration: 650V: 200A, 300A 650V/1200V: 100A, 150A, 200A 1700V: 100A, 150A Q1 D1 D5 Q2 D2 D6 Q3 D3 Q4 D4 Q1 D1 D5 Q2 D2 D6 Q3 D3 Q4 D4 3*Chopper Configurations: 3-Level, 1-Phase NPC2 Configuration: 650V: 300A 1200V/650V: 300A, 400A 1700V/1200V: 300A [ www.infineon.com/EconoPACK4 ] 35 High-Voltage Products PrimePACK™ and IHM-B – Revolutionizing Current and Future Designs Infineon PrimePACK™ standardizes a novel approach to high-power inverter designs. The innovative housing utilizes a special heat sink that is more efficient than ever before. It is the first high-power module in the market to feature an embedded NTC sensor. The module’s new layout enables very compact and high-power three-level inverter topology configurations. The new IHM-B family meets the reliability requirements of today’s widespread IHM high-power modules. The module family also features several new technologies tailored to applications subject to harsh environments. To meet designers’ needs, the IHM-B housing has the same outline as the IHM-A. Key Technologies Implemented in Both Housings Ultrasonically welded power and auxiliary terminals IGBT4 for 1200V and 1700V IGBT3 for 3300V Green products able to operate up to Tj=150°C External Connection (to be done) External Connection (to be done) Both PrimePACK™ and IHM-B products provide optimum design flexibility and are available in half-bridge or chopper configurations (IHM-B as single switch). These two families feature the very latest silicon technology and are available in the following voltage and current ranges: PrimePACK™: 1200A - 3600A for 1200V and 1700V 450A - 1400A for 1700V 1000A - 1500A for 3300V [ www.infineon.com/PrimePACK ] 36 IHM-B: 450A - 1400A for 1200V Sensors Hall IC Switches Infineon TLE4968-1K and TLE4961-1K bipolar Hall-effect switches enable exact rotor position detection in BLDC motor commutation. These automotive-qualified sensors feature precise magnetic switching thresholds of +/- 1mT (TLE4968-1K) and +/- 2mT (TLE4961-1K) which enables motors with smooth torque. With an operating voltage of 3V to 32V and a typ. current consumption of just 1.6mA, the sensors are ideally suited for energy efficient system requirements. Offered in a small package, very compact BLDC systems can be realized. Common Sensor Features Operation from unregulated power supply Superior temperature stability 3.0V to 32V extended high operating supply Extended ESD performance (± 7kV HBM) Low jitter (typ. 0,3 μs for a square input voltage Overvoltage capability up to 42V (no addi- signal) Automotive qualified tional, external resistor necessary) Reverse battery protection (– 18V) Output overcurrent & overtemperature High sensitivity and high stability of the protection Available in SMD packages SC59 and SOT23 magnetic switching points High resistance to mechanical stress due to and leaded package PG-SSO-3 active error compensation Appplication Example TLE496x VDD To All Subcircuits Voltage Regulator Bias and Compensation Circuits Oscillator and Sequencer Reference Amplifier Spinning Hall Probe Demodulator Chopper Multiplexer Q Control Low Pass Filter Comparator with Hysteresis Overtemperature and Short Circuit Protection GND Product Overview Product Type Package Type B OP B RP TLE4961-1K PG-SC59 Latch 2mT -2mT TLE4961-1L PG-SSO-3 Latch 2mT -2mT TLE4961-1M PG-SOT23 Latch 2mT -2mT TLE4968-1K PG-SC59 Bipolar Switch 1mT -1mT TLE4968-1L PG-SSO-3 Bipolar Switch 1mT -1mT [ www.infineon/hall-switches ] 37 Sensors GMR-Based Magnetic Angle Sensor Infineon magnetic angle sensing principle is based on tried-and-tested, automotive-qualified integrated Giant Magneto Resistive (iGMR) technology. iGMR technology combines magneto resistive sensing elements and integrated circuits into one chip. The iGMR technology can determine the absolute orientation of a magnetic field between 0° and 360°. The product portfolio covers a wide range of integrated signal processing and interfaces. Infineon iGMR sensors combine high angular accuracy and resolution with fast signal processing and short delay times, making them ideal for rotor position sensing in electrical drives. Key Features Integrated GMR (iGMR) technology On-chip signal processing 0 - 360° angle measurement with with angle calculation Digital and analog interfaces sine and cosine bridge Supply voltage 3.3 or 5.0V Automotive qualified -40°C to +150°C Application Example EC Motor Magnet Motor Control Unit Sensor Product Overview Product Type Packages Halogen-Free Package Interface Application TLE5009 E1000 PG-DSO-8 Available SMD Analog Angle iGMR TLE5009 E1010 PG-DSO-8 Available SMD Analog Angle iGMR TLE5009 E2000 PG-DSO-8 Available SMD Analog Angle iGMR TLE5009 E2010 PG-DSO-8 Available SMD Analog Angle iGMR TLE5011 PG-DSO-8 Available SMD SPI Angle iGMR TLE5012B E1000 PG-DSO-8 Available SMD SPI, IIF Angle iGMR TLE5012B E3005 PG-DSO-8 Available SMD SPI, HSM Angle iGMR TLE5012B E5000 PG-DSO-8 Available SMD SPI, PWM Angle iGMR TLE5012B E9000 PG-DSO-8 Available SMD SPI, SPC Angle iGMR [ www.infineon.com/sensors ] 38 Support Tools [ www.infineon.com/xmc ] XMC4500 Low Voltage Motor Drive Kit Key Features XMC4500 ARM Cortex™-M4 with 120MHz, ® 1MB Flash, 160kB RAM PWM with emergency shutdown and ADC trigger Quad-ADC with 4x12-bit and 70ns sample time Delta Sigma Demodulator for resolver feedback Multi-phase current measurement Quadrature Encoder Interface (Maxon Motor compatible) Resolver Interface Communication: Ethernet, USB, CAN and RS485 HMI: OLED Display and touch buttons Mobile mass storage: SDMMC Card slot IDE: Free Tool Chain DAVE™ 3 including compiler and debugger Pattern Generator for resolver excitation Software: DAVE™ 3 Motor Control App 3-phase halfbridge inverter for Motors Code Instrumentation with DAVE™ 3 with 24V/7.5A XSPY-Plugin Applications General purpose industrial motor applications: Linear Drives Conveyor Belts Positioning and Synchronized Drives Transportation and Lifting Systems HVAC [ www.infineon.com/bldc ] Automotive BLDC Motor Drive Kit Key Features Scalable, 3-phase inverter Sample code: FOC & V/f for XC886 and XC2238N Complete IDE software packages included Easy installation, plug & play Integrated protection features for high system reliability Applications Pumps Fans New Support Tools [ www.infineon.com/BLDC ] BLDC (Brushless DC) Application KIT Key Features DAVE™ Drive auto-code generator XC866 PWM unit Fast ADC with <200ns sample time Power board 9V - 18V, 20A (fully functional application code) for Block switching with Hall sensors and sensorless 50W PMSM motor and plug-in power Free tool chain including compiler and debugger Digital isolated, real-time monitoring supply 12V Uses Infineon NovalithIC™ BTN 7960B tool (USB to JTAG and CAN bridge) Tutorial videos demonstrating how to and TLE4264 LDO use the kit Suitable for Windows 98/2000/XP Applications Water pumps Valves Fuel pumps Power tools Fans [ www.infineon.com/davedrive ] DAvE™ Drive Application Kit Key Features XC886 with vector computer PWM unit Fast ADC with <200ns sample time Free tool chain integrated in DAVE™ Drive Flexibly generates optimized code Configures Infineon’s powerful and Compresses a detailed user manual Helps designers to quickly and easily Power board 23V - 56V, 7.5A 15W PMSM motor and plug-in power and is not based on static libraries supply 24V Uses Infineon 6ED003L06 gate driver, flexible motor control peripherals BSC196N10, MOSFETs, CoolSET™ ICE3B0565 power supply and TLE4264 LDO DAvE™ Drive auto-code generator (fully functional application code) for Block switching with Hall sensors Sensorless FOC of PMSM and sensorless into a few mouse clicks implement advanced motor control techniques on low-cost components Digital isolated real-time monitoring tool (USB to JTAG and CAN bridge) Suitable for Windows 98/2000/XP Applications Industrial motor controls Consumer motor controls Transportation systems Appliance motor controls Support Tools [ www.infineon.com/FOCdrive ] FOC Drive Application Kit Key Features XC878 with vector computer Uses Infineon 6ED003L06 gate driver, Two independent PWM units BSC196N10, MOSFETs, CoolSET™ Fast ADC with <200ns sample time ICE3B0565 power supply and XE164 real-time signal controller with TLE4264 LDO Software package including source code MAC unit Three independent PWM units Sensorless FOC of PMSM with XE164 Two independent fast ADCs with Sensorless FOC of PMSM with XC878 Free tool chain for XC878 and XE164 <200ns sample time Power board 23V - 56V, 7.5A including compiler and debugger 15W PMSM motor and plug-in power Digital isolated, real-time monitoring supply 24V tool (USB to JTAG and CAN bridge) DAvE™-compatible software packages Suitable for Windows 98/2000/XP Applications Industrial drives Pumps Fans, blowers [ www.infineon.com/aircon ] Air-Conditioning Reference Board Key Features XC878 with vector computer XE164 real-time signal controller with Software package including source code MAC unit with sensorless FOC & digital PFC Power board 1kW compressor inverter stage using with XE164 Sensorless FOC & digital PFC with V/f control of ACIM for quick 15A RC drives IGBT in DPAK (TO-252) 200W outdoor fan inverter stage using 4A RC drives IGBT in DPAK (TO-252) 1.5kW CCM-PFC using 20A high-speed 3 IGBT and 10A SIC diode Simultaneous control of two PMSMs XC878 evaluation Free tool chain for XC878 and XE164 including compiler and debugger Digital isolated, real-time monitoring tool (USB to JTAG and CAN bridge) DAvE™-compatible software packages Suitable for Windows 98/2000/XP/7 Applications Air conditioning Pumps Industrial drives White goods Fans, blowers Ask Infineon. Get connected with the answers. Where you need it. When you need it. Infineon offers its toll-free 0800/4001 service hotline as one central number, available 24/7 in English, Mandarin and German. Our global connection service goes way beyond standard switchboard services by offering qualified support on the phone. Call us! nGermany ...................... 0800 951 951 951 (German/English) n China, mainland .......... 4001 200 951 (Mandarin/English) nIndia ........................... 000 800 4402 951 (English) nUSA ............................. 1- 866 951 9519 (English/German) n Other countries ............ 00* 800 951 951 951 (English/German) n Direct access ............... +49 89 234-0 (interconnection fee, German/English) * Please note: Some countries may require you to dial a code other than “00” to access this international number, please visit www.infineon.com/service for your country! Where to Buy Infineon Distribution Partners and Sales Offices Please use our location finder to get in contact with your nearest Infineon distributor or sales office. www.infineon.com/WhereToBuy Infineon Technologies – innovative semiconductor solutions for energy efficiency, mobility and security. Published by Infineon Technologies AG 85579 Neubiberg, Germany © 2012 Infineon Technologies AG. All Rights Reserved. Visit us: www.infineon.com Order Number: B158-H9357-G2-X-7600 Date: 02/2012 Attention please! The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics (“Beschaffenheitsgarantie”). With respect to any examples or hints given herein, any typical values stated herein and/ or any information regarding the application of the device, Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind, including without limitation warranties of non-infringement of intellectual property rights of any third party. Information For further information on technology, delivery terms and conditions and prices please contact your nearest Infineon Technologies Office (www.infineon.com). Warnings Due to technical requirements components may contain dangerous substances. For information on the types in question please contact your nearest Infineon Technologies Office. Infineon Technologies Components may only be used in life-support devices or systems with the express written approval of Infineon Technologies, if a failure of such components can reasonably be expected to cause the failure of that life-support device or system, or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body, or to support and/or maintain and sustain and/or protect human life. If they fail, it is reasonable to assume that the health of the user or other persons may be endangered.