With Gain-Bandwidth Products (GBWP) ranging from 9 kHz up to 410 MHz, Microchip's broad offering of both general purpose and precision operational amplifiers features low quiescent current for the given GBWP. These devices meet AEC-Q100 qualification and enhanced Electromagnetic Interference (EMI) Rejection is available on a growing number of device families. This amplifier portfolio is ideally suited to low-power, environmentally sensitive and performance-demanding applications in the industrial, automotive, medical, consumer and Internet of Things markets.

Our high precision instrumentation amplifiers (INAs) are well suited for applications requiring low operating voltage and current, optimum performance and small form factor in the industrial, medical, consumer and Internet of Things markets.

Microchip provides a diverse portfolio of comparators including ultra low power, high speed, higher voltage and windowed comparators.

Our Programmable Gain Amplifiers (PGAs) demonstrate high-speed and low offset with the ability to control gain and channel through a SPI port.

Optimized for single-supply applications requiring reasonable quiescent current and speed, our Selectable Gain Amplifiers (SGA) can be configured for multiple gains through the Gain Select input pin(s).

Our power/current sensors are dedicated power sensing monitors. Some have integrated temperature sensors, making them ideal for many applications.

Our timing and communications devices are used primarily in communications infrastructure markets, such as enterprise, data center, storage area networks, LTE, OTN and metropolitan networks. The MEMS products also target automotive applications. Our product portfolio consists of system timing,clock generation & distribution, MEMS (micro-electrical mechanical systems) based oscillators & clock generators as well as high speed physical media devices and fiber optic modules products. We use innovative silicon and packaging approaches and proprietary process technology to address the challenges of form factor size reductions, performance, integration and ease of use that are important for system developers.

Our timing and communications devices are used primarily in communications infrastructure markets, such as enterprise, data center, storage area networks, LTE, OTN and metropolitan networks. The MEMS products also target automotive applications. Our product portfolio consists of system timing,clock generation & distribution, MEMS (micro-electrical mechanical systems) based oscillators & clock generators as well as high speed physical media devices and fiber optic modules products. We use innovative silicon and packaging approaches and proprietary process technology to address the challenges of form factor size reductions, performance, integration and ease of use that are important for system developers.

Our timing and communications devices are used primarily in communications infrastructure markets, such as enterprise, data center, storage area networks, LTE, OTN and metropolitan networks. The MEMS products also target automotive applications. Our product portfolio consists of system timing,clock generation & distribution, MEMS (micro-electrical mechanical systems) based oscillators & clock generators as well as high speed physical media devices and fiber optic modules products. We use innovative silicon and packaging approaches and proprietary process technology to address the challenges of form factor size reductions, performance, integration and ease of use that are important for system developers.

Designed to transmit bidirectional data and power over conventional coaxial cables, Microchip transceivers are able to transmit at speeds up to 6.25 Gbps and receive at speeds up to 20 Mbps. Some devices support CoaXPress^® technology, an asymmetric (high-speed one way, low-speed the other) serial communication standard for the transmission of video and still images. This enables transceivers to transmit image data from the camera, and control signals and trigger information from the frame grabber to the camera, making local power supplies unnecessary.

Data and video sub-system products include 1394b coax active connectors, CoaXPress^® evaluation boards, an HD-SDI repeater, Fast Ethernet over Coax modules and a Gigabit Ethernet over Coax SFP module.

Our A/D converters are available in a wide range of speeds and resolutions, delivering high accuracy and low power per given sampling speed.

Microchip offers low-power, compact digital potentiometers (Digipots) with 6 to 8 bits of resolution, 1 to 4 channel counts, and volatile or non-volatile memory. High voltage digital potentiometers (digipots) than support 10V to 36V or +/-5V to +/-18V voltage range is available. Miniature packaging option such as 6-pin SC-70 or 2 x 3 mm DFN is also available.

Microchip’s low cost Digital to Analog converter (DAC) product families feature low power operation down to 175 µA with 8-, 10- and 12-bit resolutions. The unique non-volatile memory option allows DAC configuration to be saved at power down and reduces Micro-controller overhead. Small form factor options such as 6-pin SOT-23 packaging is also available.

Our Energy Measurement products enable accurate measurement of energy for electricity metering and power monitoring solutions. Some devices offer on-chip active power calculations while others simply offer high-end Analog-to-Digital Converters for high accuracy measurement with firmware available to perform the power calculations on any of our PIC^® microcontrollers.

The TC9400/1/2 are low-cost frequency-to-voltage (F/V) converters that accept a variable analog input signal and generate an output pulse train whose frequency is linearly proportional to the input voltage, as well as being used as highly-accurate frequency-to-voltage (F/V) converters.

Our power/current sensors are dedicated power sensing monitors. Some have integrated temperature sensors, making them ideal for many applications.

Microchip offers families of series and shunt voltage references. These devices provide a stable reference for data converter applications with low power and high accuracy options.

MPLAB^® XC Compilers produce highly optimized code. The PRO edition has the most features and produces the best code optimization. A low-cost option of the compiler is also available as the Standard Edition. MPLAB XC Compiler licenses are also available as Free editions and have the option of a 60-day PRO evaluation trial.

Microchip's MPLAB^® REAL ICE^™ In-Circuit Emulator is a modern emulator that supports hardware and software development for most Flash PIC^® microcontrollers (MCUs) and dsPIC^® Digital Signal Controllers (DSCs), leveraging the easy-to-use and powerful graphical user interface of MPLAB X IDE.

MPLAB^® X IDE is a free, integrated development environment incorporating a powerful and higly functional set of features. It allows users to easily develop applications for Microchip's PIC^® microcontrollers and dsPIC^® digital signal controllers. It is based on the NetBeans IDE from Oracle and runs on Windows^®, Linux^® and OS X^® operating systems. Its unified graphical user interface (GUI) helps to integrate software and hardware development tools from Microchip and third-party sources to give you high-performance application development and extensive debugging capabilities.

Microchip offers many ready-to-use software solutions, such as MPLAB^® Code Configurator and MPLAB Harmony, that support development with PIC^® microcontrollers and dsPIC^® Digital Signal Controllers. The Microchip Libraries for Application (MLA) and standalone Embedded Code Source website provide additional resources to assist with your application development.

Third-party programmers are available to complement Microchip's own suite of development tools. For example, the low-cost, handheld in-circuit programmer from CCS supports the PIC10, PIC12, PIC14, PIC16, PIC18 and PIC24 families of MCUs and dsPIC^® DSC families. The chipKIT^™ PGM by Digilent is a simple, low-cost module that supports in-system programming and debugging of applications written for PIC32 MCU-based chipKIT^™ boards and the dsPIC33-based Cerebot MC7 advanced motor control board.

These automotive-qualified devices deliver accurate LED current control and rejection of input voltage transients for automotive applications such as LED headlamps, daytime running lights and turn signals. They reduce system cost while supporting a wide range of power levels and applications.

Our line of switching LED drivers converts a high voltage input (up to AC mains) to a lower voltage output (Buck) while providing regulated current to LED strings. They minimize LED driver system cost while delivering accurate performance with smooth dimming and no 120 Hz flicker. They offer the simplest solution on the market with accurate average-mode current control for backlighting/boost, general lighting/bulb replacement and automotive applications.

Microchip's line of DC/DC LED drivers convert DC input voltage to a different DC voltage required to drive individual LEDs or strings of LEDs at a regulated constant current. They offer high accuracy current regulation and excellent dimming performance, while simplifying designs by reducing the number of external components required. They are well-suited for MRXX halogen bulb replacement as well as for signage and architectural, general purpose and decorative lighting applications.

Microchip's family of linear current regulators offer the best price/performance ratio available today.

These devices can be used to drive a long string or strings of inexpensive, low-current LEDs directly from the AC mains. No magnetics or electrolytic capacitors are required, which helps reduce costs while delivering higher reliability in applications such as AC mains powered LED lighting—particularly tube retrofits—high bay lighting and street lighting. They offer a high power factor (> 0.95) and are compatible with standard triac dimmers to simplify the implementation of dimming functionality.

Desktop & Super I/O devices combine legacy functions with hardware monitoring and general purpose I/O in a single chip, which reduces the overall number of chips required in your product design.

As a leading provider of high-performance, feature-rich mobile embedded controllers, Microchip has years of expertise in serving many of the world's leading PC OEMs. Our highly optimized devices provide a broad range of functions for notebooks, ultrabooks, tablets, convertibles and keyboards.

As a leader in providing I/O solutions for non-PC or embedded computing platforms, we offer a growing line of I/O expanders that range from 6 to 100+ input/output ports and that are available in a variety of packages to meet your design's requirements.

Developing applications with motion/position sensors can require sophisticated knowledge and significant resources. Recognizing how difficult this can be, Microchip has developed solutions that make it easy to design motion-based applications.

Microchip acquired SMSC in August 2012. Microchip is investing heavily in the technology to continue the proud history of leadership in integrated circuit products for computing applications.

Low current MOSFETs used to provide protection, biasing, as well as drive and level translation for a broad range of applications, with voltage ratings ranging 10V to 700V. Families include Depletion-Mode N-Channel, Enhancement-Mode N-Channel, Enhancement-Mode P-Channel, Complimentary MOSFET Arrays, and Enhancement-Mode N-Channel Arrays.

Microchip offers HV Source, Sink and Source-Sink Driver Arrays that provide level translation and high voltage drive for multiple signals. Channel counts range from a few to 100+, with voltage ratings from 50 to 300, with a mix of control, routing, protection, and package options.

HV Driver Amplifiers provide level translation and high voltage amplifiers for multiple signals. Different digital interfaces include simple digital inputs, to more complex protocols. The Arrays provide amplified signals, supporting voltages up to 300V with output channel count up to 32. , with and other control and protection features. The HV Amplifier series largely finds application in capacitive drive applications, such as drivers for MEMS analog mirrors for laser beam steering as used in networking, LIDAR, imaging, and other applications.

Microchip offers high-voltage interface for application specific use such as liquid-lens driver, complimentary MOSFET level translator and driver, high-side current monitor, fault protection and relay driver and controller.

ARCNET^® has many characteristics that make it ideal for industrial and embedded networking environments. Microchip is the market leader in ARCNET devices and has a full spectrum of solutions to meet any customer's price and performance needs.

Bring communication and connectivity in your embedded design to the next level with Controller Area Network (CAN) bus solutions from Microchip. Originally created for automotive applications, the CAN serial bus protocol is a high-speed, reliable communication protocol for applications requiring robust communications at bit rates reaching 1 Mbps.

CoaXPress (CXP), used for machine vision, factory automation, video traffic monitoring and large display systems, is an asymmetric, high-speed, point-to-point serial communication standard for the transmission of video and still images. It is scalable over single or multiple coaxial cables with simultaneous uplink control and power-over-coax to power the remote camera. CoaXPress is capable of speeds from 1.25 Gbps to 6.25 Gbps, with a roadmap to 12.5 Gbps.

As a reliable, worldwide supplier with in-depth expertise in embedded Ethernet, Microchip offers long-term solutions and support for a complete portfolio of Ethernet products that can quickly enable your Ethernet connectivity needs.

Microchip's Infrared products are designed to meet a variety of application needs with distinct advantages that enable the embedded system designer to easily add infrared wireless connectivity. Microchip's product offering includes simple bit encoding/decoding devices to complex products that embed the IrDA^® protocol stack PLUS bit encoding/decoding functionality on one small 18-pin device.

Local Interconnect Network (LIN) has been widely adopted by the automotive industry to support the increasing number of distributed electronic systems in today's vehicles. It enables the OEMs to design cleaner, safer, smarter and more efficient vehicles while addressing design challenges such as lower system cost, lower power consumption and weight reduction. Microchip offers a range of products and development tools to provide a complete and reliable LIN design solution.

Microchip's Serial Peripherals incorporate either 8-bit or 16-bit input/output port expander with interrupt output. Address inputs range from 2 to 3 inputs and support up to 8 devices on one bus. Most devices also have internal power-on-reset (POR).

Versatile, cost-effective and power-efficient USB smart hubs, bridges, switches, transceivers, port power controllers, and now USB-C^™/power delivery controllers deliver industry-leading performance with unique technologies to enhance your products and applications.

Take advantage of the broadest range of Serial EEPROM products. Our Serial EEPROMs are low-power, non-volatile devices with robust operating ranges, small-size and byte-alterability, making them ideal for data and program storage. Innovative low-power design and extensive testing have ensured industry-leading endurance and best-in-class quality.

Add external RAM to almost any application easily and inexpensively. Microchip's Serial SRAM devices use less power and fewer I/O connections than traditional parallel SRAM, and they allow you to use a smaller microcontroller with additional on-board RAM. Our SPI-compatible Serial SRAM devices are available in 64 Kbit, 256 Kbit, 512 Kbit and 1 Mbit options and with clock speeds up to 20 MHz.

Designed for a wide variety of applications in consumer electronics, computing, networking and industrial spaces, Microchip's Serial Flash (25 and 26 Series) devices offer a small form factor, standard pinouts and command sets and cost-competitive pricing. Their CMOS SuperFlash^® technology boosts data retention and endurance and reduces erase time and power consumption.

Multi-Purpose Flash (MPF) and Multi-Purpose Flash Plus (MPF+) make up a family of Parallel Flash memory products that deliver high performance, low-power consumption, superior reliability and small sector size. Based on Microchip's SuperFlash^® technology, MPF and MPF+ provide faster program, erase and read times than conventional Flash, thereby saving power consumption and increasing manufacturing throughput.

EERAM is a standalone SRAM memory with shadow EEPROM backup that helps automatically retain the contents of the SRAM memory when system power is lost. The EERAM uses a small external capacitor to provide the energy needed to store the contents of the SRAM on to the EEPROM when system power is lost. Unlike NVSRAM, no external battery is needed. EERAM offers unlimited erase and write cycles to the memory and FRAM-like functionality at a fraction of the price.

Microchip offers dual full-bridge motor drivers to drive bipolar stepper motors, or bidirectional control of two DC motors. The wide operating voltage range and easy to design with microcontrollers (MCU) allows customer to quickly adopt them into applications, such as security camera, ticketing system, home appliances, etc. Microchip also offers full-bridge motor gate drivers to drive brushed DC motors in automotive body and powertrain applications.

Microchip offers a family of three-phase brushless motor drivers and gate drivers. The family of three-phase brushless sensorless sinusoidal motor drivers can be interfaced with any microcontrollers by using a simple PWM, or can also be used stand alone by the application. The family of three-phase brushless gate drivers are ideal to be designed with microcontrollers or digital signal controllers.

Microchip multi-channel half bridge drivers support brushed DC motors in automotive and industrial applications. They are designed to support three to six independent driver stages and currents up to 1A each half bridge output. The control and diagnosis interface is a 16-Bit SPI.

Microchip's battery management products offer highly integrated solutions for Li-Ion / Li-Polymer charge management applications.

Easy-to-implement, inductorless, high-efficiency power conversion solutions for lower-current applications.

Low-cost precision supervisors with industry-standard functionality and pin outs include products such as the MCP131 series of CMOS voltage supervisors. These devices are well suited for portable and consumer electrics applications due to their extremely low 1 µA operating current and small surface-mount packaging.

The newest addition to the Low Dropout (LDO) product offering is the MCP1711, a very accurate CMOS LDO voltage regulator that can deliver up to 150 mA of current while consuming only 0.6 µA of quiescent current (typical). Due to excellent internal phase compensation, the LDO output is stable without the need for capacitors.

MOSFET family using high-speed, low figure of merit (FOM) process technology that offers improved power conversion efficiency in switched mode power supplies.

Microchip's Power MOSFETs combine with the Digitally-Enhanced Power Analog devices to drive high-efficiency,and highly-flexible, power conversion solutions. These are low Figure-of-Merit devices, focused on minimizing both on-state resistance (Rds(on)) and gate charge (Qg). They are focused on maximizing power conversion performance, making them ideal for switched-mode power supply applications.

Microchip's novel Hybrid PWM Controller family, built on the Digitally-Enhanced Power Analog technology, combines a high-speed analog controller with a fully-functional MCU. This unique combination offers the speed and response of a traditional analog controller, with the flexibility of a digital interface, to control a variety of power supply topologies.

Fast, efficient analog-based PWM controllers. Most offer integrated MOSFET Drivers, enabling them to directly drive external MOSFETs. These products work alone, in in combination with Microchip PIC^® MCUs for sequencing and control..

Microchip's HV Inductorless Switching Regulators are designed to provide offline power for low power applications, with minimal component count, including the ability to eliminate the requirement for an inductor or transformer. These regulators operate with an efficiency higher than a pure Linear Regulator, and with fewer components than a traditional switching regulator.

Microchip offers a wide range of Analog Switching Regulators in both Buck (step-down) and Boost (step-up) topologies, featuring PWM and PFM operating modes, Power Good Outputs, Enable Inputs, True Load Disconnect and Input/Output Bypass. These innovative products offer power system designers the options necessary for designing cost effective, efficient, space saving power conversion solutions.

Microchip's HV Linear Regulator Family provides regulation from as low as 13.2V input to as high as 450V. Versions with varying degrees of adjustability are provided, including versions targeted specifically for power supply startup. Package options include a variety of options, including the TO-92, SOT-89, D-Pak, etc. Current handling varies by product from a low of 10mA to as much as 150mA.

The RE46CXXX series of piezoelectric horn drivers come in a variety of voltages and range from simple to more highly integrated devices to meet the requirements of your safety and security applications.

Local temperature sensors integrate everything that is needed to sense temperature into an easy to use package. Microchip offers local temperature sensors with a linearized voltage output, digital outputs utilizing standard serial interfaces and logic outputs, otherwise known as temperature switches.

Remote temperature sensors are digital and monitor multiple heat sources. The I2C™ / SMBus sensors deliver ±1C accuracy for on circuit or off-board systems.

Microchip's brushless DC fan controllers provide temperature proportional fan speed control at low power operation.

Microchip's closed loop fan controllers are adjustable for reaching target fan speed, which is good for aging fans or blocked air paths. Many come with temperature sensors.

The MCP9600 is fully integrated thermocouple Electromotive Force (EMF) to degree Celsius converter, with integrated Cold-Junction compensation. The MCP9600 supports 8 thermocouple types and provides user-programmable registers, adding design flexibility for various temperature sensing applications

State-of-the-art Projected Capacitive Touch (PCAP) technology is at the core of our solutions for touch screens and touchpads. Offering you a compelling platform for all your embedded multi-touch requirements, we specialize in solutions that provide the lowest power as well as on-board detection of surface gestures.

Microchip's patented GestIC^® technology unleashes the third dimension for gesture recognition. Adding gesture control and X-Y-Z tracking to your embedded products will enhance and simplify the user experience. Our MGC3XXX low-power, single-chip solutions have no host computing requirements, making it easy to enable 3D control in your design.

As designers increasingly look to touch sensing as the primary user interface, haptics provide feedback that enhances the design and usability. To add mechanical feedback to your design, we offer turnkey products incorporating haptics technology from Immersion, including their Haptic Effects Libraries.

Microchip's pulsed current waveform generator and push-pull source drivers are designed for medical ultrasound imaging and HIFU beamforming applications.

The TCXXXX portfolio consists of combinations of high-voltage N-channel and P-channel MOSFETs offered in a single package, which produces a device with the power handling capabilities of bipolar transistors and with the high input impedance and positive temperature coefficient inherent in MOS devices. Characteristic of all MOS structures, these devices are free from thermal runaway and thermally induced secondary breakdown. Devices are available in 150V to 500V versions.

Microchip's family of high-voltage analog switches/multiplexers, pulsers, high-speed MOSFET drivers and discrete high voltage MOSFETs offer the best price/performance ratio available today for ultrasound applications. The feature rich devices offer high-channel density in small packages. Integrated features such as bleed resistors in the ICs further reduce PCB density and overall cost by eliminating an external component.

This device is a four-channel, low phase noise, continuous wave transmit IC. A high speed D flip-flop is provided to allow the DIN frequency to be aligned to a high frequency clock. The output N-channel is turned on when a logic high is clocked into the D flip-flop. Data are clocked in during the low to high transition.

Microchip's T/R Switch IC's are high voltage, current limiting protection devices designed to protect a low noise receiver from the high voltage transmit pulses in ultrasound applications,

Microchip's MOSFET drivers are designed to drive high voltage P- and N-Channel MOSFET transistors and DMOS FETs for medical ultrasound and other applications requiring a high output current for a capacitive load.

We offer a broad portfolio of ultra-low power 802.11 solutions that are suitable for embedded applications. These fully certified surface mount Wi-Fi^® modules allow you to quickly and seamlessly add Internet connectivity to your applications.

Microchip delivers a wide range of Bluetooth^® certified solutions for your embedded design including both silicon and agency-certified modules. All silicon, modules and software carry the Bluetooth.org QDID to ensure compatibility of your connected solution.

The LoRa^® wireless networking standard enables Internet of Things (IoT) and Machine-to-Machine (M2M) wireless communication with a range of more than 10 miles (suburban), a battery life of greater than 10 years, and the ability to connect millions of wireless sensor nodes to LoRa technology gateways. Microchip offers fully-certified LoRa modems for long-range, low-power wireless connectivity.

The LoRa name and associated logo are registered trademarks of Semtech Corporation or its subsidiaries.

The MiWi^™ networking protocol is Microchip's proprietary wireless solution for short-range wireless networking applications. It is optimized for low-power, low-data- rate, and cost-sensitive applications.

Our Sub-GHz transceivers, transmitters and receivers are ideal for a variety of short-range, low-data-rate and low-power wireless applications.

Easily develop ZigBee^® based applications and reduce your time to market with our ZigBee PRO stack and SEP suite.

Our infrared products are designed to meet a variety of application needs with distinct advantages that enable the you to easily add infrared wireless connectivity to your product.

We offer high-performance Power Amplifiers (PA), Front End Modules (FEM) and Low Noise Amplifiers (LNA) supporting all Wi-Fi^® standards as well as ZigBee^®, Bluetooth^® and DECT applications.