As a provider of both off-the-shelf and application-specific analog, power and motor control ICs for medical and wellness applications, Maxim Integrated’s innovative solutions have been extending the capabilities of healthcare products for over 30 years. Learn how we can help empowering your design!
Wearable healthcare is transforming, again. More than something fun to wear, new monitoring devices are enabling healthcare professionals to use them as virtual care devices enabling more real-time exchange of accurate health data, assessment of chronic conditions, and evaluation of overall well-being. See how Maxim Integrated’s solutions can help you extract highly accurate vital signs from wearable designs.
|HSP3 Next Gen Demo||Introducing the MAX-ECG-MONITOR Wearable ECG and Heart Monitor||How to Quickly Measure SpO2, HR, and HRV Blood from Your Wrist Using the MAXREFDES103||Make High-Accuracy Biopotential and BioZ Measurements with MAX30001|
|Part No.||Signal Type||Measured Sign||Measurement Site||Buy/ Sample|
|Optical||HR, SpO2, Respiration Rate||Wrist||Sample
|MAX86176||Optical||HR, SpO2, Afib Detection, Pulse Transit-Time||Body (Multiple Locations)||Sample|
|MAX30001||Biopotential||HR, Respiration Rate||Wrist/Chest||Sample|
|MAXM86161||Optical||HR, SpO2, Respiration Rate||Finger/Ear||Sample|
|MAX30208||Temperature||Skin Surface Temperature||Body (Multiple Locations)||Sample|
|MAX32664C||Optical||HR, Respiration, and SpO2||Wrist||Buy|
|MAX32664A||Optical||HR, Respiration, and SpO2||Finger||Buy|
|MAXREFDES104||Biopotential||PPG, ECG, EEG||Wrist||Sample|
|MAX20360||PMIC with Ultra-Low IQ Regulators, Charger, Fuel Gauge, and Haptic Driver for Small Li+ System||Sample|
The last thing that anyone about to undergo a medical procedure needs to worry about is whether the tool being used has been compromised. But surgical tools, pulse-oximetry probes, medication cartridges, and other medical disposables can fall victim to unauthorized overuse, counterfeiting, and other security breaches. Fortunately, protecting medical disposables is easier than you think with Maxim’s crypto-strong, cost-effective portfolio of DeepCover® secure authenticators and 1-Wire® memory devices.
|Featured Parts||Description||EV Kit||Buy/ Sample|
|DS28E50||Secure SHA-3 authenticator with ChipDNA™ physically unclonable function (PUF) protection, FIPS/NIST-compliant TRNG, and decrement-only counter||DS28E50EVKIT||Sample|
|DS28E38||ECDSA P256 authentication with ChipDNA PUF protection, authenticated decrement counter, TRNG external data source||DS28E38EVKIT||Sample|
|ECDSA P256 or SHA-256 two-way authentication, optional authentication protection of user EEPROM, TRNG source, secure GPIOs and download processing||DS28C36EVKIT
|DS28E83||Gamma/eBeam sterilization tolerant, ECDSA P256 or SHA-256 two-way authentication, protected user OTP, secure download, TRNG source, secure GPIO||DS28E83EVKIT||Sample|
|MAX66240||Secure authenticator with ISO 15693, SHA-256, and 4Kb User EEPROM||MAX66300-24XEVKIT||Sample|
|MAX66242||ISO/IEC 15693 HF and I2C dual interfaces, SHA-256 two-way authentication, RF energy harvesting for external supply||MAX66300-24XEVKIT||Sample|
|DS28E07||1024-bit, 1-Wire EEPROM with guaranteed unique 64-bit ROM ID||Sample|
|DS2401||Silicon serial number with factory-lasered, 64-bit ROM||DS9090EVKIT||Sample|
|DS2484||Single-channel I2C-to-1-Wire bridge device with adjustable timing and sleep mode, built-in level translator, and built-in ESD protection (±8V human body model contact discharge on IO pin)||DS2484EVKIT||Sample|
|MAXAUTHDEMO||DeepCover secure authenticator demonstration kit||See Demo Kit||Sample|
Maxim New Breed of AI Micro Built to Enable Neural Networks to Execute at Ultra-Low Power
Artificial intelligence (AI) requires extreme computational horsepower, but Maxim is cutting the power cord from AI insights. The MAX78000 is a new breed of AI microcontroller built to enable neural networks to execute at ultra-low power and live at the edge of the IoT. This product combines the most energy-efficient AI processing with Maxim's proven ultra-low power microcontrollers. Our hardware-based convolutional neural network (CNN) accelerator enables battery powered applications to execute AI inferences while spending only microjoules of energy.
Watch Video: AI Camera in Action
Learn more about our Low Power Microcontrollers!
|Fundamentals of Error Correction Codes||Introducing the MAX32660 Evaluation System||Error Correcting Code Memories|
|Part Number||Flash||SRAM||No. of GPIOs||Active Current (µA/MHz)||Standby Current (µA)||Security||Features||Buy||EV Kit||Sample|
|MAX32655||512KB||128KB||Up to 52||23.8 @ 3.0V||4.4 @ 3.0V||TPU: AES-256, Secure Boot ROM, TRNG||
|MAX32660||Up to 256KB||Up to 96kB||Up to 14||50 @ 0.9V||1.9 @ 1.8V||-||
|MAX32666||1MB||Up to 560kB||Up to 48||27 @ 3.3V||6.3 @ 3.3V||TPU: ECDSA, RSA, AES-256, Secure Boot ROM, TRNG||
|MAX32670||384KB||160kB||Up to 31||44 @ 1.8V||3.0 @ 1.8V||TPU: AES-256, Secure Boot ROM, TRNG||
|MAX78000||512KB||128KB||Up to 52||41.9 @ 3.0V||11.1 @ 3.0V||AES 128/192/256 Hardware Acceleration Engine||
|MAX32520||2MB||136kB||Up to 27||10.6mA @ 1.8V||3.84 @ 1.8V||AES, SHA, ECDSA, Secure Boot Loader, PUF-Based Keys||
 RTC enabled and SRAM retained.
 TPU = Trust Protection Unit with encryption and advanced security features.
 Running at 12MHz.
 Running at 24MHz.
 32kB of SRAM retained.
Solutions with efficient power, precision measurement, reliable connectivity, and robust protection become essential to delivering innovative healthcare products. These products need to deliver long runtimes, measure quickly and accurately without calibration, provide connectivity in the toughest environments, and operate continuously even in the presence of faults. All these products need high performance essential analog integrated circuits to deliver innovative solutions that propel next-generation wearable, patient monitoring, and advanced healthcare applications.
Learn more about our Low Power Microcontrollers!
|Battery Freshness Seal Solution||RTC Accuracy Over Temperature||Real-Time Efficiency Power Measurement with nanoPower Technology||Battery Backup System with Ideal Diode|
|Boost||Battery-Powered Medical Equipment
Optical Heart-Rate Monitoring (OHRM) LED Drivers
Supercapacitor Backup for Real-Time Clock (RTC)/Alarm Buzzers, Wearable Devices
|MAX17225||400mV to 5.5V Input, nanoPower Synchronous Boost Converter with True Shutdown||Sample|
Single Li-ion (Li+) and Coin Cell Battery Products
|MAX38640||Tiny 1.8V to 5.5V Input, 330nA IQ, 700mA nanoPower Buck Converter||Sample|
|Continua||Portable Devices with a Removable Battery||MAX38888||2.5V–5.0V, 0.5A/2.5A Reversible Buck/Boost Regulator for Backup Power Applications||Sample|
|Op Amp||Wearable Devices, Home Medical (Blood Glucose, Weight Scale, Blood Pressure, EKG), Fitness and Health (Smart Watch, Heart-Rate Monitor)||MAX40108||1V, Low-Power, Precision Operational Amplifier||Sample|
|Comparator||Portable Medical Devices||MAX40014||nanoPower 4-Bump Comparator in Ultra-Tiny 0.73mm x 0.73mm WLP/SOT23 Packages||Sample|
|MAX31343||±5ppm, I2C Real-Time Clock with Integrated MEMS Oscillator||Sample|
|Wireless Transmitter||Wireless Sensors and Alarms||MAX41460||300MHz–960MHz ASK and (G)FSK Transmitter with SPI Interface||Sample|
|Wireless Receiver||Building Access Control||MAX41470||290MHz to 960MHz ASK/FSK Receiver with SPI Interface||Sample|
|MAX33250E||600V Isolated 2Tx/2Rx and 1Tx/1Rx RS-232 Transceiver with ±15kV ESD and Integrated Capacitors||Sample|
Disposable Low-Power Electronics
|MAX16150||nanoPower Pushbutton On/Off Controller and Battery Freshness Seal||Sample|
|Temp Sensor||Internet of Things (IoT) Sensors
Precision Temperature Monitoring
|MAX31889||±0.25°C Accurate I2C Temperature Sensor||Sample|
|Ideal Diode||Battery Backup Systems
Portable Medical Devices
|MAX40203||Ultra-Tiny Nanopower, 1A Ideal Diodes with Ultra-Low-Voltage Drop||Sample|
Whether at home, the intensive care, or a nursing home, patients deserve the best care technology has to offer. Allowing for smaller designs with lower overhead cost, vibration-free movement and powerful yet energy-efficient drives, Trinamic pushes the envelope on medical applications. Gain quick access to decades of experience and expertise in motion control with Trinamic. Tested by ISO9001 and ISO13485 certified Quality Management, Trinamic's solutions transform digital information into perfect physical motion, allowing you to design state-of-the-art healthcare equipment that's made to last.
|Trinamic Open Source Ventilator Project”||Trinamic SpreadCycle™ and StealtChop™ Technology for Silent Stepper Motors Explained|
|Part Number||Description||Controller Interface||Features||Buy/Sample|
|TMC2209||Single-axis stepper motor driver for 5 - 29 V and 2.0 A (RMS)||Step/Direction, Single Wire, UART||StallGuard4, CoolStep, SpreadCycle, StealthChop2, Passive Breaking, Standalone mode (without µC)||Go to TMC2209|
|TMC2300||Single-axis stepper motor driver for battery-powered devices with 1.8 - 11 V and 1.2 A (RMS)||Step/Direction, UART||Battery operation, <50 nA typ. standby current draw
Low RDSon (LS 170 mΩ & HS 170 mΩ (typ.)
StallGuard4, CoolStep, StealthChop2, MicroPlyer
|Go to TMC2300|
|TMC5130||Single-axis stepper motor driver and motion controller for 5 - 46 V and 1.4 A (RMS)||SPI, Step/Direction,Single Wire UART||Ramping Profiles (Linear, SixPoint), StallGuard2, CoolStep, SpreadCycle, MicroPlyer, StealthChop, DcStep, Passive Breaking||Go to TMC5130|
|TMC5160||Single-axis stepper motor driver and motion controller for 8 - 60 V and up to 20 A RMS using external MOSFETs||SPI, Step/Direction,Single Wire UART||Ramping Profiles (Linear, SixPoint), StallGuard2, CoolStep, SpreadCycle, MicroPlyer, StealthChop2, DcStep Passive Breaking||Go to TMC5160|
|TMC4671||Single-axis servo controller IC for BLDC and PMSM motors featuring integrated vector control||SPI, Step/Direction, UART, RTMI||Field Oriented Control
Fast PWM Engine (25 - 100 kHz)
|Go to TMC4671|
|TMC6140||3-phase predriver IC for 5 - 30 V with integrated shunt amplifiers and 3V3 switching regulator||UART||3V3 Switching Regulator (0.5 A) with internal Schottky diode (up to 100 mA), Charge pump pin to utilize buck converter for step-up converter, 3 bottom shunt amplifiers, 2 low power modes with 0.25 mA standby current consumption, Diagnostics output via UART-TxD||Go to TMC6140|
|TMCM-1617||Low-weight and compact single-axis servo drive for 3-phase BLDC motors up to 18 A (RMS) and +24 V supply||RS485, CAN, EtherCAT, CoE||Servo driver, Customization options, Cooling via aluminum housing||Go to TMCM-1617|
|TMCM-3110||3-axis stepper motor controller and driver module for 9 - 52 V and up to 4 A from each output||RS485, Step/Direction, CAN, USB, EtherCAT||StallGuard2, CoolStep, SpreadCycle, Trapezoidal Ramping Profile||Go to TMCM-3110|
|TMCM-3351||3-axis stepper servo controller and driver module for 18 - 53 V and up to 9.5 A from each output||RS232, RS485, SPI, CAN, USB||Closed-Loop Control, DcStep, ChopSync||Go to TMCM-3351|
|TMCM-6110||6-axis stepper motor controller and driver module for 9 - 28 V and up to 1.6 A from each output||RS485, CAN, USB||StallGuard2, CoolStep, SpreadCycle, Trapezoidal Ramping Profile||Go to TMCM-6110|
|TMCM-1240||Single-axis stepper motor controller and driver board for 10 - 30 V and up to 2 A (RMS)||RS485, Step/Direction, CAN, USB, GPIO||DcStep, CoolStep, StallGuard2, StalthChop, SixPoint Ramping Profile||Go to TMCM-1240|
|TMC4671+TMC6100-TOSV-REF||Open-source reference design for a BLDC servo driver from +12 - +36 V and up to 6 A (RMS) designed for ventilators and respirator systems||RS485,UART||Completely open-source reference design for medical ventilators and respirators utilizing the TMC4671 servo controller and TMC6100 gate driver||Go to TMC4671+TMC6100-TOSV-REF|