High Performance Analog IC and Sensor Portfolio Overview October 2015 Wireless Connectivity Biosensors Environmental Sensors Light Sensors Precision Time Measurement Audio Battery Management Power Management Sensor Interfaces Flow Sensing Smart Light Management Magnetic Position Sensors Shaping the world with sensor solutions We are a global leader in the design and manufacture of high performance analog sensor solutions. ams is leading the way by shaping the world with sensor solutions and forging a seamless connection between people and technology. We enable our customers to create differentiated products that are smarter, safer, easier-to-use and more environmentally friendly. Our core expertise includes design and system know-how for the most challenging applications in sensors/sensor interfaces, power management and wireless solutions. In short we do the “tough stuff” in analog. Our target markets include communications, consumer, computing, industry, smart homes/buildings, health/fitness/medical, and automotive. Our scalable manufacturing model combines in-house capabilities and partnerships with global contract manufacturers allowing us to push the limits of analog performance, assuring customers a dedicated supply and providing the highest quality standards. www.ams.com 3 Contents Audio Active Noise Cancellation ........................................................................................................................ Audio Amplifiers ......................................................................................................................................... Audio Codecs ............................................................................................................................................... Feature Phones............................................................................................................................................ Environmental Sensors Air Quality Sensors ..................................................................................................................................... 6 Gas Sensors .................................................................................................................................................. 6 Hydrogen Sensors ...................................................................................................................................... 6 Light Sensors Ambient Light Sensors ............................................................................................................................. 7 Ambient Light Sensors and Proximity Detection............................................................................ 7 Ambient Light Sensors and Proximity Modules............................................................................... 7 Color Sensors................................................................................................................................................ 8 Color Sensors and Proximity Detection.............................................................................................. 8 Color Sensors and Proximity Modules................................................................................................. 8 Gesture, Color and Proximity Modules................................................................................................ 9 Light-to-Frequency..................................................................................................................................... 9 Light-to-Voltage........................................................................................................................................... 9 Linear Array................................................................................................................................................. 10 Proximity...................................................................................................................................................... 10 Proximity Modules ................................................................................................................................... 10 Biosensors ................................................................................................................................................... 10 Smart Light Management Smart Lighting ........................................................................................................................................... 11 Magnetic Position Sensors Angle Position On-Axis ........................................................................................................................... 13 Angle Position Off-Axis .......................................................................................................................... 14 Linear Position ........................................................................................................................................... 15 Power Management LED Drivers ................................................................................................................................................. 16 Panel Backlight .......................................................................................................................................... 17 Flash Drivers ............................................................................................................................................... 18 Lighting Management Units ................................................................................................................ 18 Smart Notification Light ........................................................................................................................ 19 DC-DC Buck-Boost Converters ............................................................................................................ 19 DC-DC Buck Converters ......................................................................................................................... 19 DC-DC Charge Pumps ............................................................................................................................. 20 DC-DC Boost Converters ........................................................................................................................ 20 DC-DC Controllers .................................................................................................................................... 21 LDOs .............................................................................................................................................................. 21 Power Management Units .................................................................................................................... 23 Supervisors ................................................................................................................................................. 24 Analog Switch ............................................................................................................................................ 24 Operational Amplifiers ........................................................................................................................... 24 2 4 4 4 5 www.ams.com Battery Management Battery Chargers ....................................................................................................................................... 25 Cell Supervision Circuits ........................................................................................................................ 25 Battery Sensor Interfaces ...................................................................................................................... 25 Flow Sensing Ultrasonic Flow Converters ................................................................................................................... 26 Precision Time Measurement Time-to-Digital Converters ................................................................................................................... 26 Wireless Connectivity Readers ........................................................................................................................................................ 27 NFC AFEs ...................................................................................................................................................... 27 Sensor Tags & Interfaces ........................................................................................................................ 28 Wireless Sensor Connectivity ............................................................................................................... 28 Sensor Interfaces PICOCAP Capacitive Sensing ............................................................................................................... 29 PICOSTRAIN Resistive Sensing ............................................................................................................. 29 Photovoltaic ............................................................................................................................................... 29 FlexRay™ Transceivers ............................................................................................................................. 29 LIN / CAN Bus Systems ............................................................................................................................ 29 Full Service Foundry More than Silicon ..................................................................................................................................... 30 Technology Overview ............................................................................................................................. 31 © ams AG 2015 www.ams.com 3 Audio Active Noise Cancellation Part No. Max. Output Power Output Type Supply Voltage Package V (mm) >20dB 1.0 - 1.8 QFN-24 (4×4) >100dB, <0.1% >20dB 1.0 - 1.8 QFN-24 (4×4) 125mW >108dB, <0.1% >25dB 1.0 - 1.8 QFN-32 (5×5) Function Topology AS3400 Accessories Receive Path Feedforward/ Feedback Mono BTL 125mW >100dB, <0.1% AS3410 Accessories Receive Path Feedforward Stereo SE/ Mono BTL 125mW ANC Performance SNR, THD BTL, 1.8 V, 32 Ohm SE, 34 mW, 32 Ohm AS3415 Accessories Receive Path Feedforward Stereo SE/ Mono BTL w. Bypass AS3420 BT Accessories Receive Path Feedforward/ Feedback Mono BTL 125mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-20 (4×4) AS3421 BT Accessories Receive Path Feedforward Stereo SE SE : 35mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-24 (4×4) AS3422 BT Accessories Receive Path Feedback Stereo SE SE : 35mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-32 (5×5) AS3430 Accessories Receive Path Feedback Stereo SE/ Mono BTL 125mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-32 (5×5) AS3435 Accessories Receive Path Feedback Stereo SE/ Mono BTL w. Bypass 125mW >108dB, <0.1% >25dB 1.0 - 1.8 QFN-36 (5×5) AS3501 Embedded Receive Path Feedforward Stereo SE/ Mono BTL 125mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-24 (4×4) AS3502 Embedded Receive Path Feedback Stereo SE/ Mono BTL 125mW >100dB, <0.1% >20dB 1.0 - 1.8 QFN-32 (5×5) Audio Amplifiers 4 Part No. Topology Power PSRR mW dB AS3560 Class G 30 AS3561 Class H 30 Supply Current Supply Voltage Output Type Shutdown mA V (mm) >90 Stereo SE via I2C 0.9 2.3 - 5.5 WL-CSP-16 >90 Stereo SE via I2C 0.9 2.3 - 5.5 WL-CSP-16 Package www.ams.com Audio Audio Codecs Part No. Main Audio Features Power Management Audio Speaker Codec SNR Amplifier Main Interfaces and Control USB Charger Boot ROM with Temp. for Start-Up Supervision Sequences RTC Package (mm) • Gen. Purpose ADC: I2C & I2S: yes SPDIF: RES & WDT: RES only DRM Enabled (UID): - - - - BGA-49 (7×7) DAC: 94dB ADC: 83dB • Gen. Purpose ADC: 10bit I2C & I2S: yes SPDIF: RES & WDT: yes DRM Enabled (UID): 64bit • 25 • BGA-64 (7×7) Headphone Amp: 1× Line Out: 2× Line In: 2× Microphone In: 2× Audio Mix: yes DAC: 96dB ADC: 90dB - Gen. Purpose ADC: 10bit I2C & I2S: yes SPDIF: yes RES & WDT: yes DRM Enabled (UID): 64bit • 25 • BGA-81 (9×9) Headphone Amp: 1× Line Out: 1×* Line In: 2× Microphone In: 1× Audio Mix: yes DAC: 102/96dB ADC: 85dB - Gen. Purpose ADC: 10bit I2C & I2S: yes SPDIF: RES & WDT: yes DRM Enabled (UID): 64bit + Current Limitation + Battery Switch 5 (25 voltage combinations each) • BGA-64 (6×6) AS3510 DC-DC StepUp: 1×150mA @ 3.6V DC-DC StepDown: LDO: 2×50mA, 1×200mA Charge: Current Sink: - Headphone Amp: 1× Line Out: Line In: Microphone In: 1× Audio Mix: yes DAC: 91dB ADC: 83dB AS3515 DC-DC StepUp: 1×60mA @ 12V DC-DC StepDown: LDO: 5×200mA, 1×2mA, 2× MIC Charge Pump: 1× for Core Current Sink: 1×40mA (progr.) Headphone Amp: 1× Line Out: 1× Line In: 2× Microphone In: 2× Audio Mix: yes AS3517 DC-DC StepUp: 1×60mA @ 12V, 1×500mA (USB) DC-DC StepDown: 1×500mA, 2×250mA LDO: 4×200mA, 1×2mA, 2× MIC Charge Pump: 1×10mA (for USB OTG) Current Sink: 1×40mA (prog., log. Dimming) AS3543 DC-DC StepUp: 1×60mA @ 12V DC-DC StepDown: 2×250mA with DVM LDO: 3×100mA, 1×50mA, 1× MIC Charge Pump: Current Sink: 2×36mA (prog., log. Dimming) *) with ground noise cancellation Feature Phones Part No. Description Supply Voltage Last Number & Memory Dialing Tone Ringer Handsfree Function Package V mA °C AS2522B Speakerphone IC with a serial interface to standard CPU 3.0 - 5.0 15 - 150 -25 to 70 0 • • TQFP-32, Die on Foil AS2523/24 Speakerphone IC with a serial and parallel interface 3.0 - 5.0 AS2525 Single-chip speakerphone IC with a serial interface to a EEPROM 15 - 150 -25 to 70 0 - • SOIC-28, Die on Foil 3.0 - 5.0 15 - 100 -25 to 70 29 • • TQFP-44, Die on Foil AS2533 Single-chip telephone IC with line interface, speech circuit, dialler and ringer 3.8 - 5.0 13 - 100 -25 to 70 15 • - SOIC-28, Die on Foil AS2534 Single-chip telephone IC with line interface, speech circuit, dialler and ringer 3.8 - 5.0 13 - 100 -25 to 70 1 • - SOIC-28, Die on Foil AS2535 Single-chip telephone IC with line interface, speech circuit, dialler and ringer 3.8 - 5.0 13 - 100 -25 to 70 12 • - SOIC-28, Die on Foil AS2536 Single-chip telephone IC with line interface, speech circuit, dialler and ringer 3.8 - 5.0 13 - 100 -25 to 70 15 • - SOIC-28, Die on Foil AS2540 Remote controlled single-chip telephone IC with a 2-wire serial interface 3.6 - 5.0 15 - 100 -15 to 60 0 • - SOIC-28, Die on Foil www.ams.com Operating Range Temperature Range 5 Environmental Sensors Air Quality Sensors Part No. Description Interface Supply Voltage Power Consumption Dimension V mW mm Ambient Ambient Temp. Range Humidity Range Measurement Range °C % r.h. 450 to 2000 ppm CO2 equivalents* iAM USB indoor air monitor USB 5 150 57 × 19 × 10 0 to 50 5 to 95% r.h., non-condensing iAQ-core C Indoor air quality module, I2C interface, continuous operation mode I²C 3.3 ±0.1, max. 20 mV ripple 67 17.78 × 15.24 × 4.3 0 to 50 5 to 95% r.h., non-condensing 450 to 2000 ppm CO2 equivalents and 125 to 600 ppb TVOC equivalents* iAQ-core P Indoor air quality module, I2C interface, pulsed operation mode I²C 3.3 ±0.1, max. 20 mV ripple 9 17.78 × 15.24 × 4.3 0 to 50 5 to 95% r.h., non-condensing 450 to 2000 ppm CO2 equivalents and 125 to 600 ppb TVOC equivalents* *) Values above the defined sensing range are provided as well Gas Sensors NEW Part No. Description AS-MLV-P2 MEMS MOS gas sensor component for VOC detection Interface Supply Voltage Power Consumption Dimension Ambient Temp. Range Ambient Humidity Range V mW mm °C % r.h. Analog (Resistance) ~2.7 for 320°C 34 mW at 320°C 9.1 x 9.1 x 4.5 0 to 50 5 to 95% r.h., non-condensing Hydrogen Sensors Interface Supply Voltage Power Consumption Description HLS-440P A Hydrogen leak sensor, 0-10% H2, CAN interface, baud rate 500k, with termination resistor CAN 2.0B 500kbit/s (default) 250kbit/s PWM 8.5 - 16 VDC nominal 13.8 V 70mA start-up (<1s, <200mA) Ø 29.9 × 93.4 -40 to 90 HLS-440P B Hydrogen leak sensor, 0-10% H2, CAN interface, baud rate 500k, without termination resistor CAN 2.0B 500kbit/s (default) 250kbit/s PWM 8.5 - 16 VDC nominal 13.8 V 70mA start-up (<1s, <200mA) Ø 29.9 × 93.4 HLS-442 Hydrogen leak sensor, 0-4.4% H2, CAN interface, baud rate 500k CAN 2.0B 500kbit/s (default) 250kbit/s 125kbit/s PWM 9 - 16 VDC nominal 13.8 V average 75mA start-up (<1s, <200mA) HPS-100 Hydrogen process sensor, 0-100% H2, CAN interface, baud rate 500k CAN 2.0B 500kbit/s (default) 250kbit/s PWM 8.5 - 16 VDC nominal 13.8 V 70mA start-up (<1s, <200mA) Dimension mm 6 Ambient Ambient Measurement Temp. Range Humidity Range Range Part No. °C % r.h. Accuracy ppm 5 to 100% r.h., incl. condensing 0 to 10% H2, resolution 500ppm 5000 -40 to 90 5 to 100% r.h., incl. condensing typical ambient humidity conditions 0 to 10% H2, resolution 500ppm 5000 82.2 × 9.4 × 46.2 -40 to 85 5 to 95% r.h., non-condensing 0 to 4.4% H2, resolution 200ppm 3000 Ø 29.9 × 93.4 -40 to 90 5 to 100% r.h., incl. condensing 0 to 100% H2, resolution 5000ppm 20000 www.ams.com Light Sensors Ambient Light Sensors Part No. Type Operating Voltage TSL25721 Light-to-Digital 2.4 - 3.6 Vdd TSL25723 Light-to-Digital 2.7 - 3.6 TSL2584TSV Light-to-Digital 2.7 - 3.6 I²C Bus Alternate Address Options V NEW Flexible Timing Programmable Gain Integration Time Interrupts • • • • 1.8V • • • 1.8V - • Package CL FL TSV • - • - • • - • - • • • - - • • • - • - TSL25911 Light-to-Digital 2.7 - 3.6 Vdd • • 100 - 600 ms, 100 ms intervals TSL45311 Light-to-Digital 2.3 - 3.3 Vdd • Automatic 100, 200, 400 ms - • • - - TSL45313 Light-to-Digital 2.3 - 3.3 1.8V • Automatic 100, 200, 400 ms - • • - - TSL45315 Light-to-Digital 2.3 - 3.3 Vdd • Automatic 100, 200, 400 ms - • • - - TSL45317 Light-to-Digital 2.3 - 3.3 1.8V • Automatic 100, 200, 400 ms - • • - - Ambient Light Sensors and Proximity Detection Part No. Type Operating Voltage I²C Bus Alternate Address Options IR LED V Recommended Operating Distance Package Short: < 15 cm Medium: < 46 cm Long: > 46 cm TSL27721 Light-to-Digital 2.4 - 3.6 Vdd • - • • - FN TSL27723 Light-to-Digital 2.4 - 3.6 1.8V • - • • - FN Ambient Light Sensors and Proximity Modules Part No. Type Operating Voltage I²C Bus Alternate Address Options IR LED V Recommended Operating Distance Package Short: < 15 cm Medium: < 46 cm Long: > 46 cm TMD27721 Light-to-Digital 2.2 - 3.6 Vdd • • • - - Module TMD27721WA Light-to-Digital 2.2 - 3.6 Vdd • • • - - Module TMD27723 Light-to-Digital 2.2 - 3.6 1.8V • • • - - Module TMD27723WA Light-to-Digital 2.2 - 3.6 1.8V • • • - - Module www.ams.com 7 Light Sensors Color Sensors Part No. Type Operating Voltage I²C Bus Alternate Address Options Color Sensor IR Filter Color Filter Array Configuration Ambient Light Sensing Sync Input V Package FN CS SOIC TCS3103/4 Light-to-Voltage 4.5 - 5.5 - - RGB - 3×3 - - • - - TCS3200 Light-toFrequency 2.7 - 5.5 - - RGBC - 8×8 - - - - • TCS3210 Light-toFrequency 2.7 - 5.5 - - RGBC - 4×6 - - - - • TCS3414 Light-to-Digital 2.7 - 3.6 Vdd • RGBC • 2×8 - • • • - TCS34715 Light-to-Digital 2.7 - 3.3 Vdd • RGBC - 4×4 • - • - - TCS34717 Light-to-Digital 2.7 - 3.3 1.8V • RGBC - 4×4 • - • - - TCS34725 Light-to-Digital 2.7 - 3.6 Vdd • RGBC • 4×4 • - • - - TCS34727 Light-to-Digital 2.7 - 3.3 1.8V • RGBC • 4×4 • - • - - Color Sensors and Proximity Detection Part No. Type Operating Voltage I²C Bus Alternate Address Options IR LED Color Sensor IR Filter Ambient Light Sensing Proximity Detection Package V TCS37715 Light-to-Digital 2.7 - 3.3 Vdd • - RGBC - • • FN TCS37717 Light-to-Digital 2.7 - 3.3 1.8V • - RGBC - • • FN TCS37725 Light-to-Digital 2.7 - 3.6 Vdd • - RGBC • • • FN TCS37727 Light-to-Digital 2.7 - 3.3 1.8V • - RGBC • • • FN I²C Bus Alternate Address Options IR LED Color Sensor IR Filter Ambient Light Sensing Proximity Detection Package Color Sensors and Proximity Modules Part No. Type Operating Voltage V NEW 8 TMD37821 Light-to-Digital 2.7 - 3.3 Vdd - • RGBC • • • Module TMD37823 Light-to-Digital 2.7 - 3.3 1.8V - • RGBC • • • Module TMD49033 Light-to-Digital 1.7 - 2.0 1.8V • • RGBC • • • Module www.ams.com Light Sensors Gesture, Color and Proximity Modules Part No. Operating Voltage I²C Bus I²C Address Gesture Color Sensor IR Filter Ambient Light Sensing Package V NEW TMG49033 1.7 - 2.0 1.8V 0x39 • • • • Module TMG39923 2.4 - 3.8 1.8V 0x39 • • • • Module Fout (Max) IR Only Light-to-Frequency Part No. Operating Voltage Responsivity Package V Hz/µW/cm² Sidelooker DIP SOIC T CL TSL230 2.7 - 5.5 790 @ 640nm 1.1 MHz - - • • - - TSL235 2.7 - 5.5 625 @ 635nm 500 KHz - • - - - - TSL237 2.7 - 5.5 1200 @ 640nm 1 MHz - • - - • - TSL238 2.7 - 5.5 3400 @ 640nm 1 MHz - - - • • - TSL245 2.7 - 5.5 500 @ 940nm 500 KHz • • - - - - Light-to-Voltage Part No. Operating Voltage V Low Medium High Ultra TSL12 2.7 - 5.5 - - TSL13 2.7 - 5.5 - TSL14 2.7 - 5.5 TSL250/60 Fast Response Low Noise IR Only Sidelooker SOIC SM T • - • - - • - • • • - - • - - • - • • • - - - • - - • - • - 2.7 - 5.5 - • - - - • TSL260 • • • - TSL251/61 2.7 - 5.5 - • - - - • TSL261 • • • - TSL252/62 2.7 - 5.5 • - - - • • TSL262 • - • - TSL253 2.7 - 5.5 - • - - • - - • - • - TSL254 2.7 - 5.5 • - - - • - - • - • - TSL257/67 2.7 - 5.5 - - - • - - TSL267 • - • • www.ams.com Responsivity Package 9 Light Sensors Linear Array Operating Voltage Part No. DPI Pixels Integration Clock MHz (Max) V Package CS CL P PCB TSL201CL 4.5 - 5.5 200 64 Start/Stop per Pixel 5 - • - - TSL202R 4.5 - 5.5 200 128 Start/Stop per Pixel 5 - - • - TSL208R 4.5 - 5.5 200 512 Start/Stop per Pixel 5 - - - • TSL210 4.5 - 5.5 200 640 Start/Stop per Pixel 5 - - - • TSL2014 4.5 - 5.5 200 896 Start/Stop per Pixel 5 - - - • TSL1401 3.0 - 5.5 400 128 Frame by Frame 8 • • - - TSL1402R 3.0 - 5.5 400 256 Frame by Frame 8 - - • - TSL1406R 3.0 - 5.5 400 768 Frame by Frame 8 - - - • TSL1410R 3.0 - 5.5 400 1280 Frame by Frame 8 - - - • TSL1412S 3.0 - 5.5 400 1536 Frame by Frame 8 - - - • TSL3301 3.0 - 5.5 300 102 Frame by Frame 10 - • - - Proximity Part No. Type Operating Voltage I²C Bus Alternate Address Options IR LED V Recommended Operating Distance Package Short: < 15 cm Medium: < 46 cm Long: > 46 cm TSL26721 Light-to-Digital 2.4 - 3.6 VDD • - • - - FN TSL26723 Light-to-Digital 2.7 - 3.6 1.8V • - • - - FN Operating Voltage I²C Bus Alternate Address Options IR LED Proximity Modules Part No. Type V Recommended Operating Distance Package Short: < 15 cm Medium: < 46 cm Long: > 46 cm TMD26721 Light-to-Digital 2.4 - 3.6 VDD • • • - - Module TMD26723 Light-to-Digital 2.7 - 3.6 1.8V • • • - - Module Biosensors Part No. Type Operating Voltage Integrated ARM Core Memory AFE Channels SkinTemp, GSR LEDs Package • 32kEE/4k RAM 1 • G -- G Module V AS7000 NEW 10 SSOC 2.6 - 3.6 www.ams.com Smart Light Management Smart Lighting Part No. Description Sensor Type V NEW NEW Footprint Calibrated mm Inputs Outputs UART 0-10V 0-10V PWMs Sensor Hub I2C Ambient Light Sensing Package Select devices • LGA/WLCSP AS7210 Standalone smart daylighting manager Photopic ambient 4.7 × 4.5 Lux - • • 3 Partial AS7211 IoT smart daylighting manager Photopic ambient 4.7 × 4.5 Lux • • • 3 Open via I C Master (Open) • LGA/WLCSP AS7220 Lumen & CCT maintenance manager XYZ Chromatic No Select devices - LGA/WLCSP AS7221 IoT smart white color lighting manager XYZ Chromatic Open via I2C Master (Open) Add-on LGA/WLCSP www.ams.com 4.7 × 4.5 4.7 × 4.5 CCT/Lux CCT/XYZ/u'v' - • • • • • 3 3 2 11 ams sensors are all around you. We provide light sensors, color sensors, position sensors, environmental sensors, ICs for metering, wireless transmission, and many other sensor solutions that make devices smarter, more intuitive, more energy efficient, and more connected. For example: Color Sensors provide precise color measurement, determination, and discrimination. This generates highly accurate matching and rendering of camera and display color images in mobile devices in any lighting environment. Color sensors are found in smartphones, tablets, computers and many other consumer electronic products. Audio and mobile communications. Active Noise Cancelling (ANC) technology enables crystal clear sound regardless of the noise levels from the surrounding environment, increasing the listening experience of mobile communications and multimedia applications. MEMS microphones in mobile devices like smartphones rely on ams sensor interface solutions to make it sound like the people talking are standing right next to each other. 12 Internet-connected environmental sensors replicate and enhance human responses by monitoring and measuring smell, pressure and temperature. By capturing the information electronically, feedback can be given automatically and data-driven decisions can be made easily and efficiently. Connected car – breakthrough ams sensor technologies for connected cars make driving smarter, safer and more eco-friendly. Examples include LIDAR collision avoidance, Advanced and Automated Driver Assistance and intelligent position sensing to increase vehicle reliability. www.ams.com Magnetic Position Sensors Angle Position On-Axis Resolution Interfaces Output Max Speed Supply Overvoltage Redundant Voltage Protection Part No. Description AS5030 8-bit Rotary Position Sensor with Digital Angle (Interface) and PWM output 8-bit SSI Digital Angle (Interface) / PWM 30000 - AS5040 10-bit Rotary Position Sensor with Digital Angle (Interface), ABI, UVW and PWM output 10-bit SSI Digital Angle (Interface) / ABI / UVW / PWM 30000 AS5043 10-bit Rotary Position Sensor with Digital Angle (Interface) and Linear analog output 10-bit SSI Digital Angle (Interface) / Linear analog AS5045 12-bit Rotary Position Sensor with Digital Angle (Interface) and PWM output 12-bit SSI AS5045B 12-bit Rotary Position Sensor with Digital Angle (Interface) and PWM and ABI output 12-bit AS5047D Rotary Position Sensor with Digital Angle (Interface), PWM, UVW and ABI output AS5047P rpm NEW NEW Temp. Range Package AUT qualified V °C - 5.0 -40 to 125 TSSOP-16 - - - 3.3 or 5.0 -40 to 125 SSOP-16 - 30000 - - 3.3 or 5.0 -40 to 125 SSOP-16 - Digital Angle (Interface) / PWM 30000 - - 3.3 or 5.0 -40 to 125 SSOP-16 - SSI Digital Angle (Interface) / ABI / PWM 30000 - - 3.3 or 5.0 -40 to 125 SSOP-16 - 14 bit SPI Digital Angle (Interface)/ ABI / PWM / UVW 14500 - - 3.3 or 5.0 -40 to 125 TSSOP-14 - 14-bit Rotary Position Sensor with Digital Angle (Interface), PWM, UVW and ABI output 14-bit SPI Digital Angle (Interface)/ ABI / PWM / UVW 28000 - - 3.3 or 5.0 -40 to 125 TSSOP-14 - AS5048A 14-bit Rotary Position Sensor with Digital Angle (Interface) and PWM output 14-bit SPI Digital Angle (Interface) / PWM - - - 3.3 or 5.0 -40 to 150 TSSOP-14 - AS5048B 14-bit Rotary Position Sensor with Digital Angle (Interface) and PWM output 14-bit - Digital Angle (Interface) / PWM - - - 3.3 or 5.0 -40 to 150 TSSOP-14 - AS5050A 10-bit Rotary Position Sensor with Digital Angle (Interface) output 10-bit SPI Digital Angle (Interface) - - - 3.3 -40 to 85 QFN-16 - AS5055A 12-bit Rotary Position Sensor with Digital Angle (Interface) output 12-bit SPI Digital Angle (Interface) - - - 3.3 -40 to 85 QFN-16 - AS5115 Rotary Position Sensor with Sin/Cos signal output - SSI sin/cos 30000 - - 5.0 -40 to 150 SSOP-16 • AS5132 8.5-bit Rotary Position Sensor with Digital Angle (Interface), ABI, UVW (up to 6 Pole pairs) and PWM output 8.5-bit SSI Digital Angle (Interface) / ABI / UVW (up to 6 Pole Pairs) / PWM 72900 - - 5.0 -40 to 150 SSOP-20 • AS5134 8.5-bit Rotary Position Sensor with Digital Angle (Interface), ABI, UVW and PWM output 8.5-bit SSI Digital Angle (Interface) / ABI / UVW (up to 6 Pole Pairs) / PWM 82000 - - 5.0 -40 to 150 SSOP-20 • AS5145A 12-bit Rotary Position Sensor with Digital Angle (Interface), PWM and ABI output 12-bit SSI Digital Angle (Interface) / ABI / PWM 15000 - - 3.3 or 5.0 -40 to 150 SSOP-16 • AS5145B 12-bit Rotary Position Sensor with Digital Angle (Interface), PWM and ABI output 12-bit SSI Digital Angle (Interface) / ABI / PWM 15000 - - 3.3 or 5.0 -40 to 150 SSOP-16 • AS5145H 12-bit Rotary Position Sensor with Digital (Angle) Interface and PWM output 12-bit SSI Digital Angle (Interface) / PWM 15000 - - 3.3 or 5.0 -40 to 150 SSOP-16 • AS5147 14-bit Rotary Positon Sensor with Digital Angle (Interface), PWM, UVW and ABI output 14-bit SPI Digital Angle (Interface) / ABI / PWM / UVW 14500 - - 3.3 or 5.0 -40 to 150 TSSOP-14 • AS5147P 14-bit Rotary Position Sensor with Digital Angle (Interface) , PWM, UVW and ABI output 14-bit SPI Digital Angle (Interface) / ABI / PWM / UVW 28000 - - 3.3 or 5.0 -40 to 150 TSSOP-14 • www.ams.com 13 Magnetic Position Sensors Angle Position On-Axis Resolution Interfaces Max Speed Output Supply Overvoltage Redundant Voltage Protection Part No. Description AS5161 12-bit Rotary Position Sensor with PWM Output and Overvoltage Protection 12-bit - PWM - • AS5162 12-bit Rotary Position Sensor with Linear Analog Output and Overvoltage Protection 12-bit - Linear analog - AS5215 Redundant Rotary Position Sensor with Sin/Cos Output - SSI sin/cos AS5245 Redundant 12-bit Rotary Position Sensor with Digital Angle (Interface) and ABI Output 12-bit SSI AS5247 14-bit Rotary Position Sensor with Digital Angel (Interface), PWM, UVW and ABI output 14-bit AS5261 Redundant 12-bit Rotary Position Sensor with PWM Output and Overvoltage Protection AS5262 rpm Temp. Range Package AUT qualified V °C - 5.0 -40 to 150 SOIC-8 • • - 5.0 -40 to 150 SOIC-8 • 30000 - - 5.0 -40 to 150 MLF-32 • Digital Angle (Interface) / ABI / PWM 15000 - • 3.3 or 5.0 -40 to 150 QFN-32 • SPI Digital Angle (Interface) / ABI / PWM / UVW 14500 - - 3.3 or 5.0 -40 to 150 MLF-40 • 12-bit - PWM - • • 5.0 -40 to 150 MLF-16 • Redundant 12-bit Rotary Position Sensor with Linear Analog Output and Overvoltage Protection 12-bit - Linear analog - • • 5.0 -40 to 150 MLF-16 • AS5600 12-bit Rotary Position Sensor with Digital Angel (Interface), PWM output 12-bit - PWM - - - 3-3.6 and 4.5-5.5 -40 to 125 SOIC-8 • AS5601 12-bit Rotary Position Sensor with Digital Angel (Interface), ABI output 12-bit - ABI - - - 3-3.6 and 4.5-5.5 -40 to 125 SOIC-8 • Angle Position Off-Axis NEW Part No. Description AS5403A/D/E 3D Position Sensor for Automotive Applications 14 Resolution 12-bit Interfaces SPI, Analog, PWM Output SPI, Analog, PWM Redundant - Supply Voltage Temp. Range V °C 5 -40 to 150 Package AUT Qualified TSSOP-14 • www.ams.com Magnetic Position Sensors Linear Position Package AUT Qualified -20 to 80 QFN-16 - 5.0 -40 to 125 TSSOP-20 - 10 5.0 -40 to 125 TSSOP-20 - 0.65 3.3 or 5.0 -40 to 125 TSSOP-20 - 2.5-3.6 -30 to 85 WL-CSP - standard axial magnet 0.65 3.3 or 5.0 -40 to 125 TSSOP-20 - for linear: use magnetic strip for off-axis: use ring magnet SPI, Analog, PWM not applicable 5 -40 to 150 TSSOP-14 • SPI, PWM not applicable 3.3 -40 to 105 TSSOP-14 - Max Speed Supply Voltage Temp. Range m/s V °C - - 3.0 4 ABI 20 160 step 2.4 ABI 12-bit Linear Incremental Position Sensor with Digital Interface and PWM output 12-bit 2 SSI PWM AS5510 10-bit Linear Position Sensor with Digital Position (Interface) Output 10-bit I²C Digital position (Interface) output NSE-5310 12-bit Linear Position Sensor with Digital Interface and PWM output 12-bit 2 I²C PWM AS5403A/D/E 3D Position Sensor for Automotive Applications 12-bit not applicable SPI, Analog, PWM AS5410 3D Position Sensor for Industrial Applications Resolution Min Pole Pair Length Part No. Description AS5013 Two-Dimensional Magnetic Position Sensor with Digital Coordinates Output 8-bit (x and y) I²C AS5304 160-step Linear Incremental Position Sensor with ABI output 160 step AS5306 160-step Linear Incremental Position Sensor with ABI output AS5311 Interfaces Output mm NEW www.ams.com 12-bit not applicable Digital Coordinates (Interface) SPI, PWM Remark for linear: use magnetic strip for off-axis: use ring magnet 15 Power Management LED Drivers Part No. 16 Description Outputs LED Current per Output # mA Features Error Detection Readback LED-LED Matching Supply Voltage Package % V (mm) AS1100 8×8 Matrix LED driver 64 5 Multiplexed - - 3 5.0 SOIC-24 AS1101 80mA 2channel direct LED driver 2 80 Simple Drive - - 3 2.2 - 3.6 SC70-6 AS1102 40mA 3channel direct LED driver 3 40 Simple Drive - - 3 2.2 - 3.6 SC70-6 AS1103 40mA 4channel direct LED driver 4 40 Simple Drive - - 3 2.2 - 3.6 SC70-6 AS1104 40mA 4channel direct LED driver 4 40 Simple Drive, EN - - 3 2.2 - 3.6 MSOP-8 AS1105 4×8 Matrix LED driver 32 10 Multiplexed - - 3 5.0 SOIC-20 AS1106 8×8 Matrix LED driver 64 5 Multiplexed - - 3 2.7 - 5.5 SOIC-24 AS1107 8×8 Matrix LED driver with slew rate 64 5 Multiplexed - - 3 2.7 - 5.5 SOIC-24 AS1108 4×8 Matrix LED driver 32 10 Multiplexed - - 3 3.0 - 5.5 SOIC-20 AS1109 8channel 100mA direct LED driver 8 100 • • 2 3.0 - 5.5 SOIC150-16 / SSOP150-16 / TQFN-16 (4×4) AS1110 16channel 100mA direct LED driver 16 100 • • 3 3.0 - 5.5 SSOP-24 / TQFN-28 (5×5) AS1111 Low Dropout LED drivers 2-4 40-80 Simple Drive - - 3 0.15 - 3.6 WL-CSP-6, 0.4mm pitch (AS1111A & AS1111B), MLPD-8, 0.5mm pitch (AS1111C) AS1112 16channel 100mA PWM LED driver 16 100 12-bit PWM, 6-bit DOT • • 4.5 3.0 - 5.5 TQFN-32 (5×5) AS1113 16channel 50mA direct LED driver 16 50 • • 3 3.0 - 5.5 SSOP-24 / TQFN-28 (5×5) AS1115 64LED matrix driver with 16keys 64 5 multiplexed; I²C interface • • 3 2.7 - 5.5 QSOP-24 / TQFN-24 (4×4) AS1116 64LED matrix driver 64 5.5 multiplexed; SPI interface • • 3 2.7 - 5.5 QSOP-24 / TQFN-24 (4×4) AS1117 64LED matrix driver with 8keys 64 5 multiplexed; I²C interface; Reset • • 3 2.7 - 5.5 TQFN-24 (4×4) AS1118 64LED matrix driver 64 5.5 multiplexed; SPI interface; Reset • • 3 2.7 - 5.5 TQFN-24 (4×4) AS1119 144LED full color crossplexing driver with CP 5.5 320mA charge pump; 6 Frames; cross-plexing • • 2 2.7 - 5.5 WL-CSP-36 (3×3) TQFN-32 (5×5) 144 AS1121 16channel 40mA 30V PWM LED driver 16 40 12-bit PWM, 6-bit DOT, low EMI • • 1.5 3.1 - 3.6V (Logic); 30V LED AS1122 12channel 40mA 30V PWM LED driver 12 40 12-bit PWM, 6-bit DOT, low EMI • • 1.5 2.7 - 3.6 (Logic); 30V LED TQFN-24 (4×4) AS1123 16channel 40mA direct LED driver 16 40 • • 3 3 - 5.5V QSOP-24 TQFN-24 (4×4) AS1130 132LED full color crossplexing driver 132 2.5 • • 2 2.7 - 5.5 WL-CSP-20 SSOP-28 8-bit PWM & analog current control, dynamic headroom control www.ams.com Power Management Panel Backlight Outputs LED Current per Output # mA AS3691 4×400mA Precision Current Source Driving RGB and White Color LEDs for General Lighting 4 400 Slew rate contr. - AS3693A 16 Channel High Precision LED Driver for LCD Backlight 16 150 Slew rate contr. AS3693B 16 Channel High Precision LED Controller for LCD Backlight 16 limited by external FET AS3693B1 16 Channel High Precision LED Controller for LCD Backlight 16 AS3695A 16 Channel High Precision LED Driver for LCD Backlight AS3695C LED-to-LED Matching Supply Voltage Package % V (mm) - 0.5 Main Supply QFN-24 ePTSSOP-24 • - 0.5 Main Supply epTQFP-64 (10×10), pitch 0.5 QFN-48 (6×6), pitch 0.4 QFN-48 (7×7), pitch 0.5 Slew rate contr. • - 0.5 Main Supply epTQFP-64 (10×10), pitch 0.5 QFN64, (9×9), pitch 0.5 limited by external FET Slew rate contr. • - 0.5 Main Supply epTQFP-64 (10×10), pitch 0.5 QFN-64 (9×9), pitch 0.5 16 120 2 configurable supply regulation feedback outputs • • 0.5 4.0 - 5.5 QFN-48 (7×7), pitch 0.5 16 Channel Precision LED Controller 16 limited by external FET 2 configurable supply regulation feedback outputs • • 0.5 4.0 - 5.5 QFN-64 (9×9), pitch 0.5 LPQF-64 (14×14), pitch 0.8 AS3696 4 channel white LED controller for General Lighting or 3D-LCD backlight 4 limited by external FET 3D mode • - 1 Main Supply QFN-32 (5×5), pitch 0.5 TQFP-32 (7×7), pitch 0.8 AS3810 16 channel white LED controller for LCD backlight 16 177.5 enhanced digital feedback, 3D • - 0.9 4.0 - 5.5 QFN-32 AS3820 16 channel white LED controller for LCD backlight 16 limited by external FET 2 configurable supply regulation feedback outputs • - 0.2 4.0 - 5.5 QFN-48 (7×7), pitch 0.5 LQFP-44 (10×10), pitch 0.8 2 configurable supply regulation feedback outputs • - 0.2 4.5 - 5.5 QFN-48 (7×7), pitch 0.5 Part No. Description Features Error Detection Readback AS3821 12 channel LED controller 12 limited by external FET AS3822 8 channel white LED controller for LCD backlight 8 limited by external FET Enhanced digital feedback, 3D, DPLL • - 0.2 4.0 - 5.5 TQFP32 (7×7), pitch 0.5 AS3823 6 Channel White LED Controller for LCD Backlight 6 limited by external FET Enhanced digital feedback, 3D, DPLL • - 0.2 4.0 - 5.5 TQFP32 (7×7), pitch 0.5 LED short/ open with BJT temp. Supervision - 0.6 12 - 50 TQFP-32 (7×7), pitch 0.8 SOIC-28, pitch 1.27 AS3833 6 channel high-precision LED controller for 3D-LCD backlight with integrated step-up controller 6 300 integrated step-up, 1 PWM input with phase shift, use of inexpensive BJTs with BETA compensation, LED string voltage only limited by BJT rating AS3834 4 channel high-precision LED controller for 3D-LCD backlight with integrated step-up controller 4 300 integrated step-up, 4 PWM inputs, use of inexpensive BJTs with BETA compensation, LED string voltage only limited by BJT rating LED short/ open with BJT temp. Supervision - 0.6 12 - 50 SOIC-28, pitch 1.27 AS3834B 4 channel high-precision LED controller for 3D-LCD backlight with integrated step-up controller 4 300 integrated step-up, 1 PWM input with phase shift, use of inexpensive BJTs with BETA compensation, LED string voltage only limited by BJT rating LED short/ open with BJT temp. Supervision - 0.6 12 - 50 SOIC-28, pitch 1.27 www.ams.com 17 Power Management Flash Drivers Part No. DC-DC Freq. Topology Performance LED Channels Safety Features Interfaces Package MHz Iled max Vout max Curr. Sinks Curr. Source Flash LEDs Indicator LED I2C Enable TimeOut TXMask (mm) AS3630 Supercap 4 8000mA 10V 1 High Side 2 1 • • • • WL-CSP-25 (2.5×2.5), pitch 0.5 AS3642 Inductive 4 500mA 5.5V 1 High Side 1 Flash LED • - • - WL-CSP6 (1.5×1.1), pitch 0.5 AS3643 Inductive 4 1300mA 5.5V 2 Low Side 1 Flash LED • - • • WL-CSP-13 (2.25×1.5), pitch 0.5 AS3644 Inductive 4 320mA 5.5V 1 High Side 1 Flash LED • - • - WL-CSP6 (1.5×1.1), pitch 0.5 AS3645A Inductive 2 800/500mA (2/1 LED) 10V 1 High Side 1 or 2 1 • • • • WL-CSP-12 (1.5×2), pitch 0.5 AS3647 Inductive 4 1600mA 5.5V 2 Low Side 1 Flash LED • - • • WL-CSP-13 (2.25×1.5), pitch 0.5 AS3648 Inductive 4 2000mA 5.5V 2 Low Side 1 or 2 Flash LED • - • • WL-CSP-13 (2.25×1.5), pitch 0.5 AS3649 Inductive 4 2500mA 5.5V 2 High Side 1 or 2 Flash LED • • • • WL-CSP16 (2.06×2.02), pitch 0.5 AS3685A Capacitive 1000mA 5.5V 1 Low Side 1 Flash LED - • • • WL-CSP-12 (1.5×2), pitch 0.5 DFN-10 (3×3) AS3685B Capacitive 1000mA 5.5V 1 Low Side 1 Flash LED - • • • DFN-10 (3×3) WL-CSP-12 (2×1.5) AS3685C Capacitive 1000mA 5.5V 1 Low Side 1 Flash LED • - • • WL-CSP-12 (1.5×2), pitch 0.5 Part No. Topology Supply Voltage V V AS3635 XENON, Flyback 2.5 - 5.5 AS3636 XENON, Flyback 2.5 - 5.5 IGBT Driver IGBT Type Interface Safety Features Package 330 (in circuit trimmable) • 2.5V and 4V charge, done, flash overtemperature, overcurrent WL-CSP-9 (1.5×1.5), pitch 0.5 330 (in circuit trimmable) included, trimmable 2.5V and 4V I2C, strobe, torch one time breakable fuse in supply path, system level ESD protection WL-CSP-16 (2.0×2.15), pitch 0.5 Vout max (mm) Lighting Management Units Part No. # of Current Sinks Max Current (mA) Max Vled Features Flash Package HV LV CP DC-DC (V) AS3490 3 0 No 100 7.8 - - • - - - • - - WL-CSP-12 (1.7×1.4), pitch 0.5 AS3492 5 0 No 100 7.8 - - • (2×) - - - • - - WL-CSP-12 AS3675 3 10 300 controller* controller* 1 - - • • • • • 300 WL-CSP-30 (3×2.5), pitch 0.5 AS3676 3 10 300 controller* controller* 1 • • • • • • • 300 WL-CSP30 (3×2.5), pitch 0.5 AS3677 3 3 50 1 • 2× • • - • - - WL-CSP-25 (2.3×2.3), pitch 0.4 AS3687XM 3 3 150 controller* controller* - - - • • • • • 320 WL-CSP-20 (2×2.5), pitch 0.5 AS3688 2 7 900 controller* controller* 2 - - • • - • • 900 QFN-32 (5×5), pitch 0.5 AS3689 3 12 400 controller* controller* 1 - - • • - • • 150 WL-CSP-36 (3×3), pitch 0.5 18 50 25 LDOs (#) Auto ALS DLS RGB Pattern Dimming Audio-In LED Test Support max I (mA) (mm) www.ams.com Power Management Smart Notification Light Part No. User Memory Performance Performance Features Package # of Current Sinks Charge Pump kbit RGB Pattern Dimming Ext. PWM Ext. Trigger Audio-In LED Test (mm) AS3661 9 150mA 1.5 • log & lin - • - • WL-CSP25 (2.29×2.29), pitch 0.4 AS3665 9 150mA 1.5 • log & lin - • • • WL-CSP25 (2.61×2.67), pitch 0.5 AS3668 4 150mA - • log & lin • • • • WL-CSP12 (1.25×1.68), pitch 0.4 DC-DC Buck-Boost Converters Part No. Description Input Voltage Output Voltage V V Output Efficiency Current* mA % Iq Architecture μA fmax Enable/ Reset/ SHDN POK Features kHz Package (mm) AS1331 300mA, DC-DC buck-boost converter 1.8 - 5.5 2.5 - 3.3 300 90 22 Synchronous <500 • AS1337 200mA, DC-DC step-up converter with buck mode 0.65 - 4.5 2.5 - 5.0 200 97 20 Fixed, Sync 1.200 • • Low Battery Detection TDFN-10 (3×3) • LDO Mode TDFN-8 (3×3) DC-DC Buck Converters Part No. Description Input Output Output Efficiency Voltage Voltage Current V NEW V mA % Iq Architecture μA fmax Enable/ Reset SHDN kHz /SHDN Features Package Ultra Low Quiescent Current WL-CSP-6 (0.4) MLPD-8 (2×2) POK (mm) AS1313 DC-DC Step-down Converter 2.4 - 5.5 1.2 - 3.6 150 95 1 Hysteretic, async AS1324 DC-DC Step-Down Converter, 600mA, 1.5MHz 2.7 - 5.5 0.6 - Vin 600 96 35 fixed Frequency, sync. 1500 • - TSOT23-5 AS1335 DC-DC Step-down Converter, Iout=1.5A 1.5MHz 2.6 - 5.25 0.6 - 5.25 1500 96 400 fixed Frequency, sync. 1500 • - TDFN-10 (3×3) AS1341 HV DC-DC Stepdown Converter 20V, 600mA 4.5 - 20 1.25 - Vin 650 96 12 Hysteretic, async <250 • • 100% Duty Cycle TDFN-8 (3×3) AS7620 HV DC-DC Step-Down Converter, 32V, with Dual Power Monitor 3.6 - 32 AS7620-A: 1.2 – Vin AS7620-B: 3.3 650 90 30 Hysteretic, async >250 • • Early Power Fail Warning 100% Duty Cycle QFN-12 (4×4) AS1382 1A, High Efficiency, DC-DC Step Down Converter 2.7 - 5.5 0.6 - 3.35 1000 96 95 fixed Frequency, sync. 2, 3, or 4 MHz • Small Foot Print, Small System Area 6-pin WL-CSP, 0.4 mm pitch www.ams.com • 19 Power Management DC-DC Charge Pumps Part No. Description AS1302 Inductorless Boost Converter, Lowest Power, 5V/30mA Input Voltage Output Voltage Output Current Efficiency Iq V V mA % µA 2.9 - 5.15 5.0 30 90 100 Architecture Charge Pump fmax Enable/ SHDN Reset/ POK Features Package kHz (mm) 1200 Inductorless WL-CSP-8 (1.2×1.2) TDFN-10 (3×3) • - DC-DC Boost Converters Part No. AS1310 NEW 20 Description Ultra Low 1μA Quiescent Current Input Output Output Efficiency Voltage Voltage Current Iq V V mA % µA 0.7 - 3.6 1.8 - 3.3 100 92 1 Architecture fmax Enable/ Reset/ SHDN POK Features kHz (mm) • Hysteretic, sync Package • Low Battery Detection TDFN-8 (2×2) • • Low Battery Detection TDFN-8 (2×2), WL-CSP-8, pitch 0.4 • - Powersave Mode TSOT23-6 • - 1.6 µA Quiescent Curr. TSOT23-5 1200 • - Synchr. to Ext. Clock, Softstart 10-pin TDFN (3×3) Fixed Frequency, Sync 1200 • - Battery Feedthrough TSOT23-6 30 Fixed Frequency, sync 4000 • • Output Disconnect, Low Battery Detection TDFN-8 (2×2) 90 30 Fixed Frequency, sync 1000 • • Output Disconnect TDFN-8 (3×3) 4mA@18V 90 25 Hysteretic • • Power Good Output, Shutdown, TDFN-8 (2×2), Output, Disconnect in Shutdown Fixed WL-CSP-8, and Adjustable Output Versions pitch 0.4 5.0 - 18 8mA@18V 90 25 Hysteretic • • Power Good Output, Shutdown, TDFN-8 (2×2), Output, Disconnect in Shutdown Fixed WL-CSP-8, and Adjustable Output Versions pitch 0.4 2.9 - 5.0 5.0 - 18 14mA@18V 90 25 Hysteretic • • Power Good Output, Shutdown, TDFN-8 (2×2), Output, Disconnect in Shutdown Fixed WL-CSP-8, and Adjustable Output Versions pitch 0.4 18V, High Efficiency, 500mA coil current, DC-DC Step-Up Converter 2.9 - 5.0 5.0 - 18 20mA @ 18V 90 25 Hysteretic • • Power Good Output, Shutdown, TDFN-8 (2×2), Output, Disconnect in Shutdown Fixed WL-CSP-8, and Adjustable Output Versions pitch 0.4 200mA, 3.5MHz DC-DC Step-Up Converter 2.7 - 5.5 2.7 - 5.0 200 92 25 Fixed Frequency, sync AS1312 Ultra Low 1μA Quiescent Current 0.7 - 5.0 2.5 - 5.0 100 94 1 Hysteretic, async AS1322 DC-DC Step-Up Converter Low Voltage, 1.2 MHz 0.65 - 5.0 2.5 - 5.0 570 95 150 Fixed Frequency, sync AS1323 DC-DC Step-Up Converter 1.6μA Quiescent Current 0.75 - 2.0 2.7, 3.0, 3.3 100 85 1.6 Hysteretic, async AS1326 DC-DC Step-Up Converter High-Current 650mA 0.7 - 5.0 2.5 - 5.0 800 96 65 Fixed Frequency, sync AS1329 DC-DC Step-Up Converter Low Voltage, 1.2 MHz 0.65 - 5.0 3.3, 2.5 - 5.0 570 95 30 AS1330 DC-DC Step-up Converter 4MHz and 470nH Inductor 0.6 - 3.0 1.8 - 3.3 150 91 AS1340 HV DC-DC Step-up Converter, 50V, Adjustable Output with Shutdown Disconnect 2.7 - 50 2.7 - 50 100** AS1345A 18V, High Efficiency, 100mA coil current, DC-DC Step-Up Converter 2.9 - 5.0 5.0-18 AS1345B 18V, High Efficiency, 200mA coil current, DCDC Step-Up Converter 2.9 - 5.0 AS1345C 18V, High Efficiency, 350mA coil current, DC-DC Step-Up Converter AS1345D AS1383 1200 3500 • Ultra-compact solution for space constrained designs Automatic Power save, and load disconnect in shutdown 6-pin WL-CSP, 0.4mm pitch www.ams.com Power Management DC-DC Controllers Part No. Description AS1390A High Power Boost Controller for LED Backlight AS1390B High Power Boost Controller for LED Backlight Input Voltage Output Voltage Boost Controller Output Current Boost Output Buck Converter Overvoltage Protection Overcurrent Protection Overtemp. Protection 3D Features Package V V 10 - 30 100 3A 5V/100mA • • • • QFN-20 10 - 30 100 3A 5V/100mA • • • - SOIC-16 LDOs Outputs Accuracy Output Current** # % mA 1 ± 1.0 150 300mA triple low drop out regulator 3 ± 1.0 AS1358 150mA 9µVrms ultra-low-noise, 92dB high-PSRR - LDO 1 AS1359 300mA 9µVrm ultra-low noise, 92dB high-PSRR - LDO AS1360 Output Voltage Dropout Voltage @ max Current Supply Current Supply Voltage Package V mV μA V (mm) Low Noise 1.5 - 3.6 60 115 2.5 - 5.5 SOT23-5 300 OTP* 1.25 - 3.6 100 @ 200mA 160 2.3 - 5.5 QFN-16 (3×3) ± 0.5 150 Ultra Low Noise, High PSRR 1.5 - 4.5 70 40 2.0 - 5.5 TSOT23-5 1 ± 0.5 300 Ultra Low Noise, High PSRR 1.5 - 4.5 140 40 2.0 - 5.5 TSOT23-5 1.5µA low-power, 20V, positive voltage regulator 1 ± 1.5 250 High Voltage, Low IQ 1.8, 2.5, 3.0, 3.3, 5.0 400 1.5 2.0 - 20 SOT23-3 AS1363 500mA ultra-low-dropout linear regulator 1 ± 0.75 500 Ultra Low Dropout, Ultra Low Noise 1.2 - 5.3 150 40 2.0 - 5.5 SOT23-6 AS1364 1A ultra-low dropout linear regulator 1 ± 0.75 1000 Ultra Low Dropout, Ultra Low Noise 1.2 - 5.3 140 35 2.0 - 5.5 TDFN-8 (3×3) AS1369 200mA micro-sized ultralow-dropout regulator 1 ± 0.7 200 Micro-Sized 1.2 - 5.0 80 25 2.0 - 5.5 WL-CSP-4 AS1374 200mA, ultra-low-noise, high-PSRR, dual low dropout regulators 2 ± 1.0 200 Ultra Low Noise, High PSRR 1.2 - 3.6 120 30 2 - 5.5 WL-CSP-6 AS1376 1A, Low Input Voltage, Low quiescent current LDO 1 ± 1.5 1000 Ultra Low Dropout, Very Low Input/ Output Voltage range 0.5 - 3.3 105 6.5 (Vin), 60 (Vbias) 0.7 - 3.6 (Vin), 2.5 - 5.5 (Vbias) WL-CSP-6, TDFN-8 (2×2) Part No. Description AS1353 150mA low dropout regulator, reverse battery protection, low noise bypass pin AS1355 Feature *) One Time Programmable: The Output Voltage of each Output port can be programmed, one time, on a PCB board, (**) per output www.ams.com 21 Power Management Power Management Units Part No. DC-DC Step Up Converters DC-DC Step Down Converters mA mA mA V/mA AS3606 1× General Purpose (Voltage or Current Output) (30V) 3×0.7A or 1.4A+0.7A 1×100, 3×250 - 2×38 (HV) - - AS3607 1× General Purpose (Voltage or Current Output) (30V) 3×0.7A or 1.4A+0.7A 1×100, 4×250 - 2×38 (HV) - AS3608 1× General Purpose (Voltage or Current Output) (30V) 3×1A or 2A+1A 1×100, 4×250 - 2×38 (HV) AS3658 2× General Purpose (Voltage or Current Output) 3×0.5A or 1.6A + 2×0.5A or 1.6A + 1A 1×400, 2×150 4×200 4×40, 3×40 (HV) NEW AS3701 1 buck DCDC, 2 LDOs, 500mA power path management linear charger, programmable startup 1 x 500mA 2×200 NEW AS3709 5 buck DCDCs, 2 LDOs, programmable startup 5 x 1A, 2A configurable, 3A configurable AS3710 3× General Purpose (Voltage or Current Output) 1.5A + 2×1A or 2A + 1.5A 2×250 6×300 3×40 (HV) - - - AS3711 2× General Purpose (Voltage or Current Output) 1×3A + 1.5A + 2×1A or 3A + 2A + 1.5A 2×250 6×300 3×40 (HV) - - AS3712 3× General Purpose (Voltage or Current Output) 1.5A + 2×1A or 2A + 1.5A 2×250 6×300 3×40 (HV) - AS3713 2× General Purpose (Voltage or Current Output) 1×3A + 1.5A + 2×1A or 3A + 2A + 1.5A 2×250 6×300 3×40 (HV) - AS3715 3 buck DCDC, buck controller, 8 LDOs, 2 Boost convrters, Genral Purpose ADC 2 x 1A, 1 x 2A, 4A configurable 2×250 6×300 3×40 (HV) AS3721 4 buck DC-DC, 24A DC-DC controller, 12 LDOs, general purpose ADC 8phase + 2phase + 2phase + 4A + 2A + 2×1.5A - 12×300 - AS3722 4 buck DC-DC, 24A DC-DC controller, 12 LDOs, general purpose ADC 8phase + 2phase + 2phase + 5A + 2A + 2×1.5A 11×300 - AS3728 8A HV dual-phase power stage (2 × 4A) 2-phase power stage with 2×4A 22 Audio Features General Purpose ADC Charger - - 10-bit Linear Programmable QFN-32 (5×5) - - - 10-bit Linear Programmable QFN-36 (6×6) - - - - 10-bit Linear Programmable QFN-36 (6×6) 5/100 96dB SNR 84dB SNR 2× Headphone, 1× Line Out, 1× Line In, Mic Input, Audio Mixer, Equalizer 10-bit Step-Down/ Linear + Linear 8× + Programmable BGA-124 (8×8) 2×40 - Linear 500mA Programmable CSP-20 0.4pitch - - - Programmable QFN-32 (4×4) CSP-36 0.4pitch - 10-bit Step-Down/ Linear Programmable QFN-56 (7×7) CSP-64 0.4pitch - - 10-bit Step-Down/ Linear Programmable QFN-56 (7×7) CSP-64 0.4pitch - - - 10-bit - Programmable QFN-56 (7×7) CSP-64 0.4pitch - - - 10-bit - Programmable QFN-56 (7×7) CSP-64 0.4pitch 10-bit DCDC / Linear 1.5A Programmable CSP-81 0.4pitch 10-bit - Programmable BGA-124 (8×8) 10-bit - Programmable BGA-124 (8×8) Special Digital Current Charge Audio Audio LDOs LDOs Sinks Pump DAC ADC - Customizable Startup Package Sequences (mm) - - - WL-CSP24 (2.415× 1.615) AS3729 6A dual-phase power stage 2phase power stage (2 × 3A) with 2×3A - - - - - - - - - - WL-CSP-16 AS3729B 8A dual-phase power stage 2phase power stage (2 × 4A) with 2×4A - - - - - - - - - - WL-CSP-16 www.ams.com Power Management Supervisors Supervised Voltages Description AS1904 150nA Ultra Low Power μP Supervisory Circuit, Push-Pull Active-Low Reset 2.2 - 3.1 1 • - - - AS1905 150nA Ultra Low Power μP Supervisory Circuit, Push-Pull Active-High Reset 2.2 - 3.1 1 - • - AS1906 150nA Ultra Low Power μP Supervisory Circuit, OpenDrain Active-Low Reset 2.2 - 3.1 1 - - AS1907 Low-Voltage μP Supervisory Circuit, Active-Low Push/Pull Reset 1.6 - 2.5 1 • AS1908 Low-Voltage μP Supervisory Circuit, Active-High Push/Pull Reset 1.6 - 2.5 1 AS1909 Low-Voltage μP Supervisory Circuit, Open-Drain Reset 1.6 - 2.5 AS1916 V (IN1) V (IN2) V (IN3) Inputs Push/Pull Push/Pull Open- Watch- Man. Supply Supply Active Low Active High Drain dog Reset Current Voltage Part No. V (IN4) Package µA V - 0.15 1.0 - 3.6 SOT23-3 - - 0.15 1.0 - 3.6 SOT23-3 • - - 0.15 1.0 - 3.6 SOT23-3 - - - - 2.6 0.7 - 3.6 SOT23-3 - • - - - 2.6 0.7 - 3.6 SOT23-3 1 - - • - - 2.6 0.7 - 3.6 SOT23-3 Microprocessor Supervisory Circuits with Manual Reset 1.58 - 3.6 and Watchdog 1 • - - • • 5.5 1.0 - 3.6 SOT23-5 AS1917 Microprocessor Supervisory Circuits with Manual Reset 1.58 - 3.6 and Watchdog 1 - • - • • 5.5 1.0 - 3.6 SOT23-5 AS1918 Microprocessor Supervisory Circuits with Manual Reset 1.58 - 3.6 and Watchdog 1 - - • • • 5.5 1.0 - 3.6 SOT23-5 AS1920 Triple-Voltage Supervisory Circuit with Push/Pull Reset 3 1.8 Adjust. 3 • - - - - 6.5 1.0 - 3.6 SOT23-5 AS1922 Triple-Voltage Supervisory Circuit with Open-Drain Reset 3 1.8 Adjust. 3 - - • - - 6.5 1.0 - 3.6 SOT23-5 AS1923 Quad-Voltage Supervisory Circuit 5.0, Adj. 3.3, 3.0 2.5, 1.8, Adj. 4 - - • - - 6.5 1.0 - 3.6 SOT23-5 -5.0, 1.8, Adj. Analog Switch Part No. Lines Type # AS1747 2 SPDT RON RON Flatness RON Matching Ohm Ohm Ohm ns V (mm) 0.4 0.25 0.03 200/50 1.8 - 5.5 TDFN-10 (3×3) Supply Voltage On/Off Time Package Operational Amplifiers Part No. Description AS1712 Quad Rail to rail Op Amp with shutdown www.ams.com Amplifiers Slew Rate Gain Bandwidth PSRR CMRR # V/µs MHz dB dB 4 10 10 -85 -70 Shutdown • Supply Current Supply Voltage Package mA V (mm) 6.4 2.7 - 5.5 TQFN -16 (3×3) 23 Technology is enhancing our lives by becoming more aware to the world around us. Our products are crucial for this responsiveness. For example: ams’ unique boostedNFC and high performance RFID reader technology ensures an easy and hassle-free payment experience. Magnetic Position Sensors from ams can measure the slightest movements of the arms and fingers of a surgical robot, enabling doctors to “take surgery beyond the limits of the human hand.” Biosensors provide a highly integrated solution which deliver highest accuracy vital sign measurements for use in smartphones and wearable products such as fitness bands and sports/smart watches. These low-power sensors are ideally suited for health and fitness mobile devices which require 24/7 operation. 24 Sensor Integrated Smart lighting. ams offers a ready-made platform for sensor hubs in our homes/commercial spaces enabling smart spaces to respond and adapt to deliver efficiency and broad user benefits. ams' ultra-low power, highly integrated power management ICs (PMICs) are used in high-resolution imaging applications and mobile devices including netbooks, fitness wearables and action cameras. www.ams.com Battery Management Battery Chargers Part No. Description Chemistry # of Cells Charger Current AS3610 USB Compliant Step Down Charger for Li-Ion Portable Devices Li-Ion 1 AS3611 USB Compliant Step Down Charger for Li-Ion Portable Devices Li-Ion 1 Power Path Management USB OTG/ Host Boost NTC • 22 - • 22 - Switchmode OVP 1.25 1.25 A I2C Package k (mm) • 10/100 • MLPD-14 (3×3) • 10/100 V MLPD-14 (3×3) Cell Supervision Circuits Typical Standby Quiescent Current Balancing Current Temperature Range Number of Cells per IC Cell Voltage Range V (mm) -40 to 85 3-7 1.8 - 4.5 MLF-40 (6×6) -40 to 85 3-7 1.8 - 4.5 MLF-40 (6×6) Part No. Cell Monitoring/Balancing ICs μA mA °C AS8506 Cell Monitoring & Balancing IC 17 typically 100 AS8506C Cell Monitoring & Balancing IC (non-AUT version) 17 typically 100 Package Battery Sensor Interfaces Part No. Description AS8501 Calibrated Data Acquisition IC, Single ADC AS8510 Data Acquisition IC, Dual ADC AS8515 Data Acquisition, LIN Communication www.ams.com Channels Resolution Sampling Rate Supply Current Supply Current Supply Voltage Package # bit ksps mA @ max speed mA V (mm) 4 mux 16 8 4 3 4.9 - 5.1 SOIC-300-16 1 + 3 mux 16 4 5 4 3.3 SSOP-20 1+3mux 16 up to 4 5 5 12 nominal (4.3 - 18) MLF (5×5) 25 Flow Sensing Ultrasonic Flow Converters Analog Front End Amplitude Measurement TDC Resolution CPU NVRAM Interfaces Temperature Range 22 - - SPI -40 to 125 QFN-32 - 22 - - SPI -40 to 125 QFN-32 • 11 32-bit 4k SPI, UART, Pulse -40 to 125 QFN-32 QFN-40 Multihits Temperature Range Package Part No. Description TDC-GP21 Time-to-Digital Converter with integrated analog frontend 3 - TDC-GP22 Time-to-Digital Converter with integrated analog frontend 3 TDC-GP30 System-on-Chip solution for ultrasonic flow metering 31 No. of hits NEW ps Package °C Precision Time Measurement Time-to-Digital Converters Part No. Description Channels Inputs TDC-GP21 2-Channel Time-to-Digital Converter 2 CMOS TDC-GPX High-perfomance 8-Channel Time-to-Digital Converter 8 TTL/LVPECL 26 Resolution Pulse-Pair Resolution Measure Rate ps ns Ms 22 20 0.5 3 -40 to 125 QFN-32 10 6 200 peak unlimited -40 to 125 TQFP-100 °C www.ams.com Wireless Connectivity Readers Closed Loop Modulation Depth AECQ-100 Adjustment Part No. Protocols Supported AS3909 ISO14443 A/B, ISO-15693 (transparent mode), NFCIP-1 (106 kbit/s) 13.56 - - • - 700 up to 848 AS3910 ISO-15693 , ISO14443 A/B, (transparent mode), NFCIP-1 (106 kbit/s) 13.56 • - • - 700 AS3911B ISO14443 A/B (848kbps), ISO-15693, ISO18092 (NFC active) FeliCa, EMVCo 13.56 • Capacitive & Inductive • - NEW AS3914 ISO14443 A/B (848kbps), ISO-15693, ISO18092 (NFC active) FeliCa, EMVCo 13.56 • Capacitive & Inductive • NEW AS3915 ISO14443 A/B (848kbps), ISO-15693, ISO18092 (NFC active) FeliCa, EMVCo 13.56 - Capacitive & Inductive • Antenna Management Frequency Wakeup Max. Output Power Data Rate Supply Voltage Temp. Range mW kbit/s V °C (mm) 2.4-3.6 -40 to 125 TQFN-32 (5×5) up to 848 2.4-3.6 -40 to 125 QFN-32 (5×5) 1000 up to 6800 (VHBR) 2.4-5.5 -40 to 125 QFN-32 (5×5) • 1000 up to 848 2.4-5.5 -40 to 125 QFN-32 (5×5) • 1000 up to 848 2.4-5.5 -40 to 125 QFN-32 (5×5) MHz Part No. Standards ISM Range TX Modulation MHz Package Sensitivity Output Power Link Frequencies Supported Coding Temperature Range dBm dBm kHz V °C (mm) Package AS3980 EPC Class 1 - Gen 2, ISO 18000 6c 840 - 960 ASK-DSB, PR-ASK -90 0 40 M8 -40 to 85 QFN-48 (7×7) AS3991 EPC Class 1 - Gen 2, ISO 18000 6c/b 840 - 960 ASK-DSB, PR-ASK -66 20 40 - 640 FM0, M2-8 -40 to 85 QFN-64 AS3992 EPC Class 1 - Gen 2, ISO 18000 6c/b, DRM 840 - 960 ASK-DSB, PR-ASK -86 20 40 - 640 FM0, M2-8 -40 to 85 QFN-64 AS3993 EPC Class 1 - Gen 2, ISO 18000 6c/b, ISO 29143 840 - 960 ASK-DSB, PR-ASK -90 0 or 20 40 - 640 FM0, M2-8 -40 to 85 QFN-48 NFC AFEs Part No. Protocols Supported Frequency Antenna Management MHz NEW NEW Supply Sensitivity Data Rate Temperature Range V mVpp kbit/s °C Package AS3921 ISO14443A/B, FeliCa 13.56 APC 2.7 to 3.6 50 106 -25 to 85 WL-CSP AS3922 ISO14443A/B, FeliCa 13.56 AAT APC 2.7 to 3.6 50 106 -25 to 85 Die AS39230 ISO14443A/B, FeliCa 13.56 APC 2.7 to 4.8 14 up to 424 -25 to 85 WL-CSP www.ams.com 27 Wireless Connectivity Sensor Tags & Interfaces Part No. Description Frequency Protocol Supply Voltage Temp. Range V °C RF field or ext. 1.65 to 3.6 -40 to 85 ISO14443A 4-wire SPI (slave) up to 5MHz MHz NEW Interface EEPROM kbit (mm) 1 up to 848 Die; MLPD-10; WL-CSP Wake-up interrupt, energy harvest [email protected] up to 106 Die; MLPD-10; WL-CSP Energy harvest 5mA, temperature up 26.48 sensor QFN-16 (5×5), die or Au-bumped die NFC to SPI interface chip 13.56 AS3955 NFC to SPI/I2C interface NFC 13.56 NFC Forum compliance and ISO 14443A compliance up to Level 4 Passive by RF field or ext. 1.65 to 5.5 -40 to 125 ISO14443A 3/4-wire SPI (slave) up to 5MHz I2C (slave) up to 1MHz 2 or 4 SL13A RFID sensor tag and data logger IC 13.56 ISO15693/NFC-V RF field or 1.2 to 3.3 -40 to 110 SPI (slave), analog input 8 Part No. Description Frequency SL900A EPC sensor tag and data logger IC 860 - 960 Supply Voltage Temp. Range V °C EPC Gen2 RF field or 1.2 to 3.6 -40 to 125 Interface Package kbit/s AS3953 Protocol Data Rate Wake-up interrupt, energy harvest 5mA ISO14443A up to level 4 NFCIP-1 target at 106 kbit/s NFC forum tag 4 type emolution MHz Features EEPROM Sensor Type kbit/s integrated (mm) 9 Temperature QFN-16 (5×5) NEW or DoW SPI (slave), analog inputs Package Wireless Sensor Connectivity Part No. Channels Wake-Up Sensitivity LF Carrier Freq. Range Data Rate (Manch.) Dynamic Range RSSI Step # μVpp kHz /mHz kbit/s dB dB (mm) TSSOP-16, QFN-16 (4×4) Package AS3930 Programmable 1D LF Wake-up Receiver 1 282 110 - 150 kHz 0.5 - 4 64 2 AS3931 Low Power 3D LF Wakeu-p Receiver 3 350 19 - 150 kHz 1.365 60 290mV TSSOP-16 AS3932 Programmable 3D LF Wake-up Receiver 3 282 110 - 150 kHz 0.5 - 4 64 2 TSSOP-16, QFN-16 AS3933 Programmable 3D LF Wake-up Receiver 3 225 15 - 150 kHz 0.5 - 4 64 2 TSSOP-16, QFN-16 (4×4) Part No. AS3977 Part No. AS3935 28 Description Description Multi-Channel Narrowband FSK Transmitter Clients (max) Supply Frequency V MHz m (typ) 300 - 928 Depending on external receiver sensitivity and antenna configuration 2.0 - 3.6 No clients only simple Transmitter Range TX Power Data Rate (max) (max) dBm kbit/s -20 to +10 Description Features Franklin Lightning Sensor™ IC Distance estimation up to 40 km in 14 steps, embedded Disturber rejection algorithm & auto antenna tuning up to 100 RX Current TX Current (typ) mA (typ) mA @ 0dBm no receiver see datasheet Supply Current Consumption V (PD/Listening/Active) μA 2.4 - 5.5 1 / 60 / 350 Digital Output Temp. Range Package °C (mm) Only digital SPI input (for transmitter -40 to 85 data, register settings) Interface SPI or I²C Temp. Range QFN-16 (4×4) Package °C (mm) -40 to 85 MLPQ-16 (4×4) www.ams.com Sensor Interfaces PICOCAP Capacitive Sensing Part No. Description Channels PCap02 Low-power CDC with integrated signal processor 8 GPIO CPU Memory Temperature Range 500k 6 48-bit 4k OTP -40 to 125 (90) QFN-32 Noise Measure Rate GPIO CPU Memory Temperature Range Package Noise Measure Rate aF (@10pF) Maximum 15 Channels Package °C PICOSTRAIN Resistive Sensing Part No. Description Half bridges nV (@5Hz) maximum PS081 System-on-chip for strain gage applications 4 11.5 1000 21 24-bit 2k EEPROM -40 to 125 QFN-56 PS09 System-on-chip for strain gage applications 4 19 10000 24 24-bit 8k OTP -40 to 125 QFN-40 °C Photovoltaic Part No. Description AS8002 Solar photovoltaic inverter measurement IC with fast over current detection Resolution Features bit 12 Voltage and current measurement, programmable gain amplifiers, on-chip temperature sensor, fast overcurrent detection Supply Voltage Temp. Range V 3.0 - 3.6 Automotive Qualification Package °C (mm) -40 to 125 - QFN-16 (4×4) Comments target market: photovoltaic solar inverters FlexRay™ Transceivers Part No. Network Description Supply Voltage Temperature Range Package V °C (mm) AS8222 FlexRay™ FlexRay™ Enhanced Standard Transceiver VBAT 5.5 - 40 -40 to 150 SSOP-20 AS8223 FlexRay™ FlexRay™ Active Star Device VBAT 5.5 - 40 -40 to 125 MLF-44 (9×9) LIN / CAN Bus Systems Typical Standby Quiescent Current Operating Supply Range Part No. Description μA V °C (mm) AS8525 High Side battery sensor companion IC with LIN 50 4.9 - 18 -40 to 125 punched QFN-32 (5×5) AS8530 8 PIN LIN Companion IC with microcontroller interface 37 6 - 18 -40 to 125 epSOIC-8 AS8650 Smart Power Management Device with High Speed CAN Interface 65 6 - 18 -40 to 105 (at maximum load) QFN-36 (6×6) www.ams.com Temperature Range Package 29 Full Service Foundry Offering More than Silicon® We are the specialty analog foundry We offer a Full Service Foundry approach - Innovative analog specialty foundry services to customers across all markets for the most challenging applications in sensor, MEMS and power management solutions. - A One-Stop-Shop for turn-key high performance analog IC solutions - Leading edge High-Voltage CMOS, EEPROM, SiGe-BiCMOS and Opto processes as well as 3D-integration (TSV) - Our customers can focus on their markets while fully relying on ams’ supply chain management. - By ordering Known-Good-Dies (KGD) from ams they benefit from reduced lead times and improved cash flow. We go the extra mile for our customers - Superior service in process design, engineering and backend We offer More Than Silicon® - The ams’ hitkit outperforms other PDKs by accuracy, completeness and usability. It provides a proven route to first-time-right silicon. - With 3D ICs based on our proprietary TSV technology, our optoelectronic solutions, advanced packages & IP-blocks as well as the knowhow of our ecosystem partners our service portfolio goes beyond any other analog and mixed-signal pure-play foundry. We provide multiple sourcing via partnerships - TSMC for 0.35μm CMOS - GlobalFoundries (former IBM) for 0.18μm CMOS and High-Voltage CMOS We provide long-term supply We have medical and automotive certified operation - Regularly audited by the certification authorities and our respective customer base - ISO 16949:2002, ISO 13485, CECC 90000 - Process availability more than 15 years in average 30 www.ams.com Full Service Foundry Technology Overview Leading Edge Technology Feature Size ams Process Technology Process Name # Masks # Metal 5V Module High Res Poly 0.18µm CMOS Mixed-Signal 1.8/5V aC18 16-30 3-6 • 0.18µm High-Voltage CMOS 1.8/5/20/50V aH18 22-32 3-6 0.35µm CMOS Mixed-Signal 3.3/5 V C35 13-22 0.35µm Opto-CMOS 3.3/5 V C35O 0.35µm CMOS embedded Flash 3.3/5 V 0.35µm Poly Caps MIM Caps Thick Metal Additional Information • • • IBM CMOS7RF equivalent, High Density and Low Leakage libraries • • • • Ron: 144 mOhm mm² (50V NFET) Ron: 35 mOhm mm² (20V NFET) High Density and Low Leakage libraries 3-4 • • • • • TSMC compatible, RF extension 17-19 4 • • • ARC layer, sensitivity 350mA/W at 550-900 nm C35EE 21-25 3-4 • • • 1×8 - 32K×16 bit block size, high reliability High-Voltage CMOS 3.3/5/20/50/120V H35 18-27 3-4 • • • • Ron: 35 mOhm mm² (20 V ) Ron: 120 mOhm mm² (50 V ) Ron: 350 mOhm mm² (120 V ) 0.35µm High-Voltage CMOS embedded Flash 3.3/5/20/50/120V H35EE 26-34 3-4 • • • • 1Kx8 - 4Kx16 block size, high reliability 0.35µm SiGe-BiCMOS 3.3/5/12 V S35 23-32 3-4 • • • • fT: 65 / 38 / 15 GHz fmax: 65 / 61 / 32 GHz BVCEO: 2.7 / 5.1 / 14 V 0.8µm CMOS Mixed-Signal 5 V CXQ 11-13 2 • • • Suitable for high performance analog mixed-signal sensor applications 0.8µm High-Voltage CMOS 50 V CXZ 15-17 2 • • • Ron: 0.29 Ohm mm2 0.8µm BiCMOS 5V BYQ 16-17 2 • • • fT: 12 GHz, fmax: 14 GHz, BVCEO: >6 V • Fast Prototyping Service (MPW) Multi Layer Reticles (MLR) Full Service Foundry offers a fast IC prototyping service (Multi Project Wafer service), which combines several designs from different customers onto a single wafer. Using MLR, multiple mask levels are placed on a single reticle. This approach reduces the number of masks and results in reduced NRE costs during product development phase as well as mitigated development risks/costs as project funding often depends on 1st prototypes’ performance Advantages - Frequent schedules for all offered process technologies - Fast and cost-effective prototyping service - Additional dies, multiple placements, delivery of bare dies or packaged parts (ceramic, plastic, WLCSP) Advantages - Individual start dates - Moderate NRE due to reduced number of masks - Increased number of dies (from 6 wafers) For further information about our MPW service please refer to http://asic.ams.com/MPW - Optional manufacturing stop prior POLY1 (allows mask redesign) - Fast manufacturing lead times Find more technical information on our foundry support server at http://asic.ams.com In case of any questions please contact [email protected] www.ams.com 31 Watch our videos online Shaping the world with sensor solutions ams DAEC™ Dynamic Angle Error Compensation This new corporate video brings to life ams’ mission of shaping the world with sensor solutions This video provides a brief introduction to Dynamic Angle Error Compensation, ams’ breakthrough magnetic position sensor technology. Gesture Sensors Customized Sensor Solutions ams’ TMG399x family of IR Touchless Gesture sensors delivers an innovative user interface and a richer end user experience! 32 This video provides overview of customized sensor solutions for the internet of things (IoT). Magnetic Stray Field Immunity BoostedNFC ams’ position sensors offer immunity to ('stray') magnetic fields, deliver reliability and safety for a broad range of automotive and industrial applications. This video introduces ams’ boostedNFC technology for reliable, hassle-free NFC mobile transactions for smartphones and wearable devices. www.ams.com ams Headquarters Tobelbader Strasse 30 8141 Unterpremstaetten, Austria Phone: +43 3136 500-0 Web: www.ams.com United Kingdom Stockport so China Hong Kong so Shenzhen so Bejing so Suzhou so Shanghai so Netherlands Eindhoven dc Switzerland Rapperswil dc, so Germany Stutensee dc, so Reutlingen dc, so dc =design center so = tc = test center Korea Seoul so Japan Tokyo dc, so Sweden Sollentuna so Finland Helsinki so Oulu dc USA Cupertino, CA so Austin, TX dc Plano, TX dc, so Raleigh, NC so India Hyderabad dc Spain Valencia dc France Vincennes so Italy Pavia dc Corsico so Pisa dc Singapore so Slovenia Ljubljana dc Philippines Calamba tc Taiwan Taipei so Europe (Headquarters) ams Tobelbader Strasse 30 8141 Unterpremstaetten, Austria Phone: +43 3136 500-0 Email: [email protected] Asia/Pacific ams Room 1502, Tower I, The Shanghai Arch, No. 523 Loushanguan Road Changning District, Shanghai, China, 200051 Phone: +86-21-61627488 Email: [email protected] Americas AMS-TAOS USA Inc. 5556 Tennyson Pkwy Plano, TX 75024, USA Phone: +1 469 298 4200 Email: [email protected] www.ams.com