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- The market is evolving. The rules are changing. To keep your time to market short, you need integration at every level—from silicon to the supply chain.
Count on Maxim Integrated to help you overcome design and architectural challenges, with integrated solutions for the industrial, medical, consumer, automotive, energy, computing, and communications realms.
Maxim Integrated is also your source for power, interface, and even digital products that work in the analog world. And they’re glad to support you with reference designs, tools, technical documents, packaging, and more. We invite you to explore their latest analog integration offerings.
Four solution pages that provides an overview and block diagrams of Maxim’s broad offering of analog, communications, and application specific IC’s. Learn More
Maxim’s featured products on medical, industrial, communications, consumer, motor control and sensing applications. Learn More
A blog for innovative designers. Learn More
Motor Control & Automation
Maxim Integrated offers a broad range of high-performance analog, robust communications, and innovative application-specific ICs to meet the evolving needs of designers in many industrial control and automation applications. Learn More
The Medical Solution Provider
The Medical Solution Provider -Providing solutions that add value to their customers' systems has been Maxim Integrated's mission. Maxim is your go-to for value-added solutions of your next design of medical products. Learn More
MAX17608, MAX17609, and MAX17610 Reverse-Voltage Protectors
Maxim's MAX176xx feature adjustable input overvoltage protection range of 5.5 V to 60 V and the adjustable input undervoltage protection range of 4.5 V to 59 V.
MAX22505 High-Speed USB Port Protector
Maxim’s MAX22505 is housed in a 24-pin, 4 mm x 4 mm TQFN package with exposed pad and is specified for operation over the -40°C to +105°C temperature range.
MAX22191 Parasitically Powered Digital Input Integrated Circuit
Maxim's MAX22191 parasitically powered digital input integrated circuits featuring robust functionality and fast response time is ideal for high-speed inputs.
MAXREFDES72# Pmod™ Adapter
Plug any board with Pmod connections into Arduino-compatible platforms using Maxim's MAXREFDES72# Pmod adapter.
DeepCover® Secure Authenticator Demonstration Kit
Maxim’s MAXAUTHDEMO#1 evaluation kit operates from a USB 2.0 and with a software GUI to easily and securely demonstrate functional capabilities.
MAX17271 Power ICs
Maxim's power conversion and control ICs are integral in providing energy efficiency and helping to extend battery life.
MAX12900 Low Power Sensor Transmitter
Duration: 5 minutes
This presentation will discuss the common design challenges and the features and benefits of the MAX12900.
MAX31875 Low-Power I²C Digital Temperature Sensor
Introduction of the MAX31875, its features and benefits, applications and markets, as well as a list of additional product resources.
MAX14878 to MAX14880 Robust 5kV Isolated CAN Transceiver with Fault Protection
This PTM will introduce the MAX14878 to MAX14880 Robust 5kV Isolated CAN Transceiver with Fault Protection.
MAX14748 USB Type-C Charger
An introduction to the MAX14748 USB Type-C charger from Maxim, discussing design challenges, features, and a design application.
First Look Episode 8: MAX86141
Wearable health monitors and the environments these devices are demanded to perform in put pressure on the system designer to ensure that these systems are always accurate and reliable.
Using the MAX13054AESHLD Evaluation Kit
In this video, Carole explains how to quickly set up and operate the MAX13054AESHLD, the evaluation kit for the MAX13054A 2Mbps CAN transceiver with ±65V fault protection.
Enhance Battery Life and Sound Quality for Hearables and Wearables with the MAX98090
Learn how the MAX98090 ultra-low-power stereo audio codec delivers the best audio quality with the lowest possible power for hearable and wearable devices using the FlexSound® digital signal processing (DSP) technology.
From Amplitude Modulation to Quadrature Amplitude Modulation
This tutorial is an introductory but in-depth session to refresh your knowledge about the fundamentals of QAM and its advantages over heterodyne amplitude modulation.
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