Beginning with the industry’s first differential amplifier, Analog Devices has developed a portfolio of fully differential amplifiers to meet your performance requirements.

ADI’s portfolio of high speed op amps and precision op amps provides a broad range of single-ended amplifiers that deliver unmatched performance.

ADI single-ended to differential amplifiers enable the processing of both single-ended inputs to complementary differential outputs or differential inputs to differential outputs.

Beginning with the industry’s first differential amplifier, Analog Devices has developed a portfolio of fully differential amplifiers to meet your performance requirements.

ADI single ended to differential amplifiers enable the processing of both single ended inputs to complementary differential outputs or differential inputs to differential outputs.

Analog Devices high speed (> 50 MHz) current feedback op amps allow you to operate at high speeds and have wider bandwidths and higher slew rates than voltage feedback amplifiers.

ADI’s portfolio of general purpose amplifiers includes high speed op amps, precision op amps, and instrumentation amps that deliver unmatched performance and exceptional value.

ADI’s high speed, high output current (≥100 mA), op amps drive low impedance loads with excellent linearity and set the most performance standards for next-generation designs.

Analog Devices high speed (> 50 MHz) amplifiers are the top selling brand of high speed amplifiers in the world today, and set the most standards for next generation designs.

Analog Devices’ new high voltage amplifiers offer industry-leading features improving system performance, cost, and robustness while easing the complexity of system design.

Analog Devices JFET input op amps provide high input impedance and ultralow input bias currents for precision and high speed applications.

Analog Devices has a number of low input bias current op amps that fit the definition and range of applications such as photodiodes, pH meters, and other electrometer functions.

ADI’s low noise (≤10nV/√Hz) op amps include many amps with the lowest noise performance in the industry, enabling better signal fidelity in the most demanding conditions.

ADI low power op amps offer a variety of benefits in many applications such as prolonging battery life, easing waste heat management in end equipment, and reducing self heating.

Analog Devices has a large and growing portfolio of low voltage op amps, offering system designers the flexibility to select specific op amps to fit their diverse applications.

Analog Devices’ broad range of precision amplifiers provides industry-leading support to designers in need of traditional trimmed and zero-drift amplifier technology.

Analog Devices high speed (> 50 MHz) rail-to-rail op amps portfolio offers a wide variety of op amps, including both rail-to-rail input/output as well as just rail-to-rail output.

ADI is the leader in low drift op amp architecture and we offer a broad portfolio of zero-drift amps to help designers overcome problems such as temperature drift and 1/f noise.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers can be used from dc to microwave and include a variety of applications.

Beginning with the industry’s first differential amplifier, Analog Devices has developed a portfolio of fully differential amplifiers to meet your performance requirements.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers can be used from dc to microwave and include gain blocks, low noise amplifiers, and driver amplifiers.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers includes technology such as low noise amplifiers, gain blocks, and intermediate frequency amplifiers.

Analog Devices MMIC-based GaN and GaAs power amplifiers cover the low hundred MHz frequency range up through and including components in the W band (75 GHz to 110 GHz).

RF amplifier bias controllers generate a regulated drain voltage and actively adjusts the gate voltage of an external amplifier to achieve constant bias current.

Analog Devices GaAs MMIC-based wideband distributed amplifiers cover the dc to 65 GHz frequency range in various ultrawide bandwidths.

Recognized as the pioneer and leader in RF detectors, ADI offers a broad portfolio of high performance logarithmic amplifiers and TruPwr™ rms detectors.

Recognized as the pioneer and leader in RF detectors, ADI offers a broad portfolio of high performance logarithmic amplifiers and TruPwr™ rms responding detectors.

ADI translinear logarithmic amplifiers utilize advanced translinear techniques to provide an exceptionally large dynamic range in a versatile and easily used form.

ADI high performance CATV line drivers enable the implementation of the most advanced cable modems and set top boxes on the market.

Analog Devices’ charge integrator amplifiers convert the charge acquired by X-ray or photodiode detectors to a voltage. The channels use typical high input impedance CMOS gates.

Analog Devices’ current sense amplifiers offer excellent performance for a wide array of automotive and power management applications without sacrificing on cost and package size.

Analog Devices offers a range of difference amplifiers—special purpose amplifiers designed to measure a differential signal, otherwise known as a subtractor.

ADI’s industrial d/a converters and drivers provide a range of programmable output ranges from standard 4 mA to 20 mA for current loop communication to ±10 V for actuator control.

ADI signal conditioning ICs, together with linear variable differential transformers (LVDTs), can be used to convert mechanical position to a dc voltage.

Recognized as the pioneer and leader in RF detectors, ADI offers a broad portfolio of high performance logarithmic amplifiers and TruPwr™ rms detectors.

Analog Devices optical transimpedance amplifiers offer a complete, high performance, single chip solution for converting photodiode current into a differential voltage input.

ADI optoelectronic amplifiers include a range of germanium photodiodes that have been monolithically integrated with silicon transimpedance amplifiers and limiting amplifiers.

Analog Devices’ power monitoring amplifiers provide an integrated solution for digital current and voltage measurement via an on-chip, 12-bit analog-to-digital converter.

Analog Devices offers a portfolio of sample-and-hold amplifiers and track and hold amplifiers that combine speed with precision to acquire the signal you need.

Analog Devices offers specialized precision thermocouple interface amplifiers that provide a simple and effective solution for measuring thermocouple temperatures.

ADI high performance video RF splitters and drivers enable the implementation of the most advanced cable modems and set top boxes on the market.

Analog Devices xDSL line driver amplifiers provide industry-leading performance for cable set top boxes, cable modems, xDSL modems, and xDSL central office line cards.

Analog Devices voltage controlled variable gain amplifiers provide continuous gain control over a wide dynamic range for a variety of audio and optical frequency bands.

ADI RF VGAs, IF VGAs, and variable gain control products offer the high performance needed for communications, instrumentation, and military designs.

ADI digital controlled variable gain amplifiers provide discrete levels of gain control over a fixed number of control bits for a variety of audio and optical frequency bands.

Analog input encoders from Analog Devices provide a low cost solution to RGB-to-NTSC/PAL encoding.

Analog Devices buffered video crosspoint switches offer multiple configurations from 8x8 up to 32x32 channels with gain of 1 or 2 and are offered in LQFP, LFCSP, and BGA packages.

ADI offers the industry’s largest selection of buffered multiplexers, as well as the industry’s best RON performance.

Analog Devices high speed, differential receivers and CAT-5 cable equalizers compensate for the transmission losses of UTP and coaxial cables up to 300 meters in length.

Analog Devices provides designers with a robust portfolio of high speed triple, differential, and single-ended input to differential output CAT-5 video drivers.

ADI high speed, differential CAT-5 video receivers and equalizers compensate for the transmission losses of UTP and coaxial cables up to 300 meters in length.

Video variable filters are designed to reconstruct digital video into an analog signal. ADI offers versions for both consumer and automotive applications.

When your design calls for an amplifier with a video buffer gain equal to 1 or 2, Analog Devices has the answer. Our amps are designed for G=1 and G=2 to help minimize design time.

ADI video amplifiers, buffers, and filters provide an ideal solution for your video amplification needs and include on-chip options to help you minimize design time.

ADI high performance video RF splitters and drivers enable the implementation of the most advanced cable modems and set top boxes on the market.

ADI’s audio codecs feature extended temperature ranges, low noise and distortion, and easy multichannel interfacing for use in common DSPs such as SHARC®.

ADI’s energy measurement ICs address the challenges of smart meter architecture and are ideal for measuring active energy, apparent energy, reactive energy, rms, and power quality.

ADI’s analog and digital temperature sensors provide users with temperature sensing and measurement with precise accuracy and reliability.

Mixed Signal Front-End (MxFE®) provide a highly integrated analog front end (AFE) solution for communications infrastructure, broadband wireless, home networking, cable modems, and set top boxes.

ADI polyphase metering ICs possess the signal processing required to perform active, reactive, and apparent energy measurement, as well as rms calculations.

ADI’s digital up/downconverters act as the frequency translator and digital filter between data converters and DSP blocks, while meeting many digital data conversion requirements.

ADI offers a range of controller ICs for use with 4-wire resistive touch screens. These controllers have 12-bit resolution, SPI/I2C interface options, and low power consumption.

Analog Devices supports a range of high accuracy energy measurement ICs intended for single phase applications.

A resolver-to-digital or a synchro-to-digital converter converts electric signals noting a rotating shaft’s angular position and/or velocity into a corresponding digital output.

For designs requiring complementary high precision, high speed video digital-to-analog and analog-to-digital converters, Analog Devices offers a single generation of video codecs.

ADI voltage-to-frequency converters are ideally suited for use in ADCs, long-term integration, linear frequency modulation and demodulation, and frequency to voltage conversion.

ADI’s integrated monitoring and control component portfolio combines ADCs, DACs, temperature sensors, GPIOs, and current sensing technologies in a wide range of configurations.

In the motor control arena, ADI’s converters solve the challenges associated with current and voltage monitoring, optical encoder feedback, and resolver-to-digital conversion.

ADI multichannel precision ADCs span 8-bit to 24-bit resolutions, throughputs from kSPS to 10 MSPS, and offer leading performance in noise, linearity, and dynamic range.

ADI simultaneous sampling precision ADCs offer multiple discrete A/D converters in a single package and accommodate up to 12 channels and span resolutions from kSPS to 5 MSPS.

ADI single-channel precision ADCs span 8-bit to 24-bit resolutions, throughputs from kSPS to 10 MSPS, and offer industry-leading performance in noise, linearity, and dynamic range.

Analog Devices offers a selection of versatile and robust per pin parametric measurement/source units (PMU) and programmable device power supply devices (DPS).

Analog Devices integrated pin electronics (PE) and pin drivers (PD) provides a wide range of high speed, high accuracy drive/compare/PMU/active load test solutions needed for today's challenging test applications.

ADI provides leading edge technology for the automotive radar market with our high performance ICs, which enable features such as blind spot detection and collision mitigation.

ADI’s integrated monitoring and control component portfolio combines ADCs, DACs, temperature sensors, GPIOs, and current sensing technologies in a wide range of configurations.

ADI analog front ends and controllers for testing and monitoring battery cells provide excellent accuracy, performance over temperature, flexibility, and reliability.

ADI current-to-digital converter technology redefines high slice count computer tomography (CT) systems by accurately capturing real-time moving images and reducing scan time.

ADI analog-to-digital converters, amplifiers, and analog front ends enable fast digital X-ray systems to meet the requirements of the growing, high performance portable market.

Analog Devices microcontrollers, converters, and amplifiers provide designers with discrete, integrated solutions for their ECG applications.

The future of portable health applications begins with Analog Devices healthcare meter on a chip technology, which provides a high precision, low power solution for designers.

The ADI ultrasound portfolio helps designers maximize image quality, reduce power consumption, and lower costs in cart-based and battery-powered portable ultrasound equipment.

The ADI aerospace portfolio spans from precision sensors, signal conditioners, and data converters to microprocessor interface solutions and digital signal processors.

The ADI military portfolio spans from precision sensors, signal conditioners, and data converters to microprocessor interface solutions and digital signal processors.

Analog Devices’ display interface products support RGB, component analog video, DVI, and HDMI display standards to meet today’s higher display system standards.

ADI HDMI/DVI transmitters combine support of the latest specifications and robust interoperability to help distinguish them in an increasingly HDMI® dominated market.

ADI HDMI®/DVI switches and buffers empower designers to easily expand the number of HDMI inputs in their systems.

ADI HDMI® transceiver products cover a range of transceivers compatible with the latest HDMI specifications, including full crosspoint transceivers with multiple HDMI inputs.

ADI HDMI®/DVI receivers support the latest HDMI specifications, feature superior quality equalization, and are used in room box, portable, and automotive applications.

ADI audio line driver and receiver solutions feature differential output buffer amplifiers and differential input buffer amplifiers to support a wide range of applications.

ADI’s industry-leading audio signal processors include Class-A, Class-B, and Class-D audio amplifiers that deliver high performance with proven analog and digital technology.

Analog Devices microphone preamplifiers provide a high fidelity, high performance solution for professional and consumer audio products.

SigmaDSP® audio processors are fully programmable, single chip audio DSPs that are easily configurable through the SigmaStudio™ graphical development tool.

SigmaDSP® processors are fully programmable, single chip audio DSPs that are easily configurable through the SigmaStudio™ graphical development tool.

Analog Devices analog LCD display drivers provide a range of high slew rate, high capacitive options for both industrial and commercial applications.

Analog Devices DecDriver® family of digital LCD display drivers helps meet the increasing demand for higher resolution displays in home entertainment and home theater.

Analog input encoders from Analog Devices provide a low cost solution to RGB-to-NTSC/PAL encoding.

ADI’s X-stream™ family of digital switches includes high speed buffered crosspoints that are ideal for WDM, enterprise, and metro networking systems.

ADI offers the industry’s largest selection of high speed buffered multiplexers, as well as the industry’s best RON performance.

Analog Devices high speed, differential receivers and CAT-5 cable equalizers compensate for the transmission losses of UTP and coaxial cables up to 300 meters in length.

Analog Devices provides designers with a robust portfolio of high speed triple, differential, and single-ended input to differential output CAT-5 video drivers.

ADI high speed, differential CAT-5 video receivers and equalizers compensate for the transmission losses of UTP and coaxial cables up to 300 meters in length.

Video variable filters are designed to reconstruct digital video into an analog signal. ADI offers versions for both consumer and automotive applications.

When your design calls for an amplifier with a video buffer gain equal to 1 or 2, Analog Devices has the answer. Our amps are designed for G=1 and G=2 to help minimize design time.

ADI video amplifiers, buffers, and filters provide an ideal solution for your video amplification needs and include on-chip options to help you minimize design time.

ADI high performance video RF splitters and drivers enable the implementation of the most advanced cable modems and set top boxes on the market.

Analog input encoders from Analog Devices provide a low cost solution to RGB-to-NTSC/PAL encoding.

Analog Devices video D/A converters provide a high speed, single monolithic chip solution for a range of video applications.

ADI high performance CATV line drivers enable the implementation of the most advanced cable modems and set top boxes on the market.

Analog Devices xDSL line driver amplifiers provide industry-leading performance for cable set top boxes, cable modems, xDSL modems, and xDSL central office line cards.

ADI ultralow jitter clock distribution products offer subpicosecond performance for wireless infrastructure, instrumentation, broadband, ATE, and other applications.

ADI clock dividers feature 1/2/4/8/16/32 divider capability, with a reset supporting clock frequencies up to 26 GHz—all in an RoHS compliant package operating from a –3.3 V supply.

ADI ultralow jitter clock generation products offer subpicosecond performance for wireless infrastructure, instrumentation, broadband, ATE, and other applications.

ADI signal generators provide a clean signal and broad frequency coverage for applications such as wireless HDMI®, microwave and millimeterwave radio, and sensor equipment.

ADI time delay products feature delay control modulation bandwidth up to 2.5 GHz, as well as a 0 ps to 70 ps continuously adjustable delay range for some members of this portfolio.

ADI’s leading PLL synthesizers family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s leading PLL synthesizers family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s leading PLL synthesizer family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s integrated monitoring and control component portfolio combines ADCs, DACs, temperature sensors, GPIOs, and current sensing technologies in a wide range of configurations.

ADI’s market-leading portfolio of bipolar DACs fabricated using iCMOS® process technology ensure quick and easy deployment of bipolar converters across a range of end applications.

The ADI portfolio of digital potentiometers provide uncompromising performance in a small package over extended industrial temperature ranges.

ADI d/a converters with on-chip high voltage output amplifiers include single-channel, quad-channel, and 32-channel products with a DAC output range of up to 30 V, 60 V, or 200 V.

The ADI portfolio of industrial d/a converters provides a range of programmable output ranges from standard 4 –20mA for current loop communication to ±10 V for actuator control.

ADI offers the broadest portfolio of low voltage single-supply DACs in the industry, and a variety of applications use nanoDAC® products because of their robust range of features.

Signal Conditioners are designed for mitigating the effects of channel losses and dispersion. Signal Conditioners can be used in both the transmit and receive paths to improve the signal quality.

ADI’s X-stream™ family of digital switches includes high speed crosspoint and 2:1 mux/demux switches, which are ideal for WDM, enterprise, and metro networking systems.

ADI’s level translators offer the most flexible level translation solutions in the industry. The ADG3308 series allows the industry widest 1.2 V to 5.5 V up or down translation.

Serializer/Deserializers use both rising and falling edges of the clock to serialize the data from parallel inputs to serial output while demuxes deserialize the data from its serial input to parallel outputs.

Track and hold amplifiers are used to expand the bandwidth and/or high-frequency linearity of high-speed A/D conversion and signal acquisition systems.

Fanout Buffers are able to create multiple copies of input signal at their output and distribute them amaong several loads while achieving fast rise/fall time and low jitter.

ADI offers a range of D type and T type flip flop products. Members of this portfolio support data transmission rates up to 43 Gbps and clock frequencies as high as 43 GHz.

Analog Devices logic gate products offer logic functions such as AND, NAND, OR, and NOR, and include both –3.3 V and +3.3 V single supply options.

Analog Devices NRZ-to-RZ converters support data transmission rates of up to 13 Gbps and clock frequencies as high as 13 GHz, and are ideal for a range of applications.

The Automotive Audio Bus^® is an innovative technology that reduces the weight of automotive cable harnesses by up to 75% while delivering high fidelity digital audio.

ADI isolated controller area network transceivers provide the differential physical layer interface between the data layer link, hardware, and physical wiring of the CAN bus.

ADI nonisolated controller area network transceivers provide the differential physical layer interface between the data layer link, hardware, and physical wiring of the CAN bus.

Analog Devices offers a family of HART® modems and complementary converters that can be used together to realize a robust, accurate, and HART Foundation registered solution.

ADI's portfolio of industrial d/a converters provides a range of programmable output ranges from standard 4 mA to 20 mA for current loop communication to ±10 V for actuator control.

ADI’s industrial d/a converters and drivers provide a range of programmable output ranges from standard 4 mA to 20 mA for current loop communication to ±10 V for actuator control.

In the motor control arena, ADI’s converters solve the challenges associated with current and voltage monitoring, optical encoder feedback, and resolver-to-digital conversion.

ADI isolated controller area network transceivers provide the differential physical layer interface between the data layer link, hardware, and physical wiring of the CAN bus.

Analog Devices’ isolated gate driver portfolio offers designers performance and reliability advantages over designs utilizing optocouplers or pulse transformers.

Analog Devices’ family of isolated I2C isolators support a complete isolated I2C interface. This portfolio is based on our iCoupler® chip scale transformer technology.

ADI low voltage differential signaling (LVDS) isolators, based on iCoupler® magnetic isolation technology, offer designers robust high speed differential signaling up to 600 Mbps.

Analog Devices offers a wide range of RS-232 transceivers, and our isoPower® DACs, as well as our iCoupler® technology, help create an isolated RS-232 environment.

Analog Devices offers a wide range of standard RS-485/RS-422 transceivers and iCoupler® isolated RS-485/RS-422 transceivers to suit many applications.

ADI isoPower® technology utilizes proprietary iCoupler® chip scale transformers to integrate isolated dc-to-dc converts with data isolation into a single package.

Linear isolators provide power supply designers with a higher performing, single chip alternative to isolation techniques based on optocouplers and shunt regulators.

ADI SPIsolator® digital isolators are dedicated serial peripheral interface (SPI) isolators that have a small footprint, simple design, fast speed, and high data integrity.

ADI standard digital isolators enable designers to apply isolation in designs without the cost, size, performance, and reliability constraints found in optocouplers.

Based on iCoupler® technology, ADI’s USB 2.0 compliant isolators are fully isolated to 1.5 Mbps and 12 Mbps, and help decrease system cost, design size, and design time.

ADI low voltage differential signaling (LVDS) isolators, based on iCoupler® magnetic isolation technology, offer designers robust high speed differential signaling up to 600 Mbps.

ADI low voltage differential signaling drivers and receivers offers designers robust, high speed signaling single-ended to differential solutions for point-to-point applications.

ADI multipoint, low voltage differential signaling (MLVDS) products offer the industry’s highest ESD performance transceivers with high noise immunity receivers.

The RS-232 specification allows for reliable data transmission from one transmitter to one receiver over relatively short distances (up to 50 feet).

ADI’s RS-485 specification meets the requirements for a truly multipoint communications network, and the standard specifies up to 32 drivers and 32 receivers on a single bus.

Analog Devices offers a wide range of RS-232 transceivers, and our isoPower® DACs, as well as our iCoupler® technology, help create an isolated RS-232 environment.

Analog Devices offers a wide range of standard RS-485/RS-422 transceivers and iCoupler® isolated RS-485/RS-422 transceivers to suit many applications.

Analog Devices high speed comparators feature <100 ns propagation delay and are a versatile and easy to use solution for a range of applications.

Analog Devices low power comparators provide a capable solution to demanding applications that must operate in the µA range.

ADI current mirrors are precision, high dynamic range, wide variable supply parts used for applications including optical power monitoring and voltage-to-current conversion.

ADI translinear logarithmic amplifiers utilize advanced translinear techniques to provide an exceptionally large dynamic range in a versatile and easily used form.

Analog Devices Thermoelectric Cooler Controllers work with cooler based photonics, offer the smallest size, the best efficiency and the most robust solutions.

ADI provides discrete rate, multirate, and continuous tuning clock and data recovery ICs for equipment designs including metro, long haul, DWDM, and FSO applications.

Analog Devices laser diode driver ICs work with Fabry-Perot, DFB, and VCSELs, and the ICs support continuous mode data rates from 50 Mbps to 11.3 Gbps.

ADI high gain optical limiting amplifiers feature low power, low jitter, and excellent sensitivity performance, as well as SFP, SFF, and GBIC MSA module design support.

Analog Devices optical transimpedance amplifiers offer a complete, high performance, single chip solution for converting photodiode current into a differential voltage input.

ADI optoelectronic amplifiers include a range of germanium photodiodes that have been monolithically integrated with silicon transimpedance amplifiers and limiting amplifiers.

ADI offers a range of supervisory circuits that offer a complete single chip solution for power supply monitoring and battery control functions in microprocessor systems.

ADI battery charger ICs include features such as stacked lithium monitoring functionality, battery isolation, and multiple system flexibility.

Analog Devices battery source selector ICs offer a complete single chip solution for power supply monitoring and battery control functions in microprocessor systems.

The ADI current sink LED driver portfolios provide current control for multiple LEDs and protects against thermal events, short circuits, overvoltage, and open circuit faults.

The ADI inductorless (charge pump) LED driver portfolio offers a compelling option for a variety of light- and display-related applications.

ADI LED flash drivers support general LED lighting, building technology, scanning equipment, and applications such as camera-enabled smartphones and industrial lighting.

ADI step-up (boost) LED drivers provide current control of multiple LEDs and support for applications such as high brightness LED lighting and camera-enabled smart devices.

Analog sequencers from ADI integrate accurate comparators with the control functionality of power-on and power-down sequencing for voltage regulator banks.

The Analog Devices Super Sequencer ® portfolio offers a total power management platform for monitoring, measuring, sequencing, and margining a large number of voltages.

ADI offers a range of supervisory circuits that offer a complete single chip solution for power supply monitoring and battery control functions in microprocessor systems.

Analog Devices provides a range of supervisory ICs that are ideally suited for multivoltage monitoring in industrial, medical, and telecommunications applications.

ADI offers a wide range of simple reset supervisory ICs to ensure that your microprocessor powers up correctly every time, even under the most adverse power-on conditions.

ADI offers a range of supervisory circuits with watchdog timers with multiple reset threshold options available throughout the portfolio.

Analog Devices’ family of multi output regulators enable smaller, more reliable power solutions for RF, high speed, and precision analog products, along with FPGAs/processors.

ADI charge pump circuits generate higher voltages from low voltage inputs, a critical process in low voltage applications such as notebook PCs and mobile phone display panels.

ADI’s family of synchronous switching controllers provides high conversion efficiency with voltage rails down to 0.6 V with up to 50 A output.

ADI offers a range of switching regulators that operate in step up (boost), step down (buck), and inverting modes. These devices can generate a fixed or adjustable output voltage.

ADI ADuC7xxx precision analog microcontrollers utilize an ARM7TDM® core that integrates 12-, 16-, and 24-bit ADCs, 12-bit DACs with Flash, SRAM, and a host of digital peripherals.

ADI provides a range of analog microcontrollers featuring ARM® Cortex™-M3 processors that help enable this product portfolio’s high precision, high performance, and low cost.

Analog Devices MicroConverter® portfolio featuring 8052 core microcontrollers operates on 3 V or 5 V power supplies over the standard industrial temperature range.

ADI broadband IC digital attenuators offer excellent attenuation and come in low cost, leadless surface mount packages.

The ADI family of wideband, fixed value, 50 Ω matched attenuator products offer relative attenuation levels that range up to 20 dB.

ADI absorptive and monolithic voltage variable attenuators (VVAs) ensure accurate control for a wide range of communications, microwave, and other applications.

Mixed Signal Front-End (MxFE®) provide a highly integrated analog front end (AFE) solution for communications infrastructure, broadband wireless, home networking, cable modems, and set top boxes.

ADI frequency dividers, prescalers, and counters offer programmable divide options, excellent system noise performance, and features that help reduce component count and cost.

ADI active and passive frequency multipliers enable designers to economically multiply lower frequencies to higher frequencies without creating measurable additive phase noise.

Analog Devices phase frequency detectors offer high performance and ultralow phase noise in a low cost, compact package.

ADI IQ modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

ADI IQ modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

ADI provides a wide range of low power RF transceivers covering sub-GHz and 2.4 GHz frequency bands, drawing on over 40 years of experience in designing high performance RF ICs.

ADI offers complete transmitter and receiver solutions for microwave and millimeter wave applications, such as backhaul communications, VSAT, and small cell networks.

Mixed Signal Front-End (MxFE®) provide a highly integrated analog front end (AFE) solution for communications infrastructure, broadband wireless, home networking, cable modems, and set top boxes.

ADI RF mixers/multipliers promise high performance and flexibility to help designers achieve their target specifications, reduce design time, and optimize costs.

ADI RF transceivers and transmitters offer a complete, high performance RF and mixed-signal system on a chip.

ADI I/Q modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

ADI I/Q modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

ADI I/Q modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

ADI I/Q modulators and demodulators operate at frequencies up to microwave and feature a combination of high performance, broadband operating frequency, and flexibility.

In-phase quadrature (I/Q) mixers and image reject mixers (IRM) offer a robust frequency mixing solution for applications that require high image rejection or sideband suppression.

ADI in-phase quadrature (I/Q) downconverters integrate an image reject mixer, a low noise amplifier, a 90° hybrid, and an LO buffer amplifier in one high performance package.

ADI in-phase quadrature (I/Q) upconverters integrate an I/Q mixer, RF amplifier, 90° hybrid, and an LO buffer in one high performance package.

ADI RF mixers/multipliers promise high performance and flexibility to help designers achieve their target specifications, reduce design time, and optimize costs.

ADI single-, double-, and triple-balanced mixers help meet the varied needs of RF, microwave, and millimeter wave applications.

ADI subharmonic mixers allow designers to use low LO frequency, easing the need to generate a high frequency LO signal while providing a simpler alternative to traditional mixers.

Analog Devices analog phase shifter technology features consistent insertion loss vs. phase shift, monotonic phase shift, low insertion loss, and a compact size.

Analog Devices digital phase shifters change the phase of RF, microwave, or millimeter wave signals while providing no amp change.

ADI high dynamic range vector modulator RF ICs offer 360° continuous phase control, a continuous gain control of 40 dB, and a low output noise floor of at least –160 dBm/Hz.

ADI’s leading PLL synthesizers family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s leading PLL synthesizers family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s leading PLL synthesizers family includes single and dual PLLs, as well as fractional-N and integer-N, and highly integrated PLLs with VCOs.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers can be used from dc to microwave and include a variety of applications.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers can be used from dc to microwave and include gain blocks, low noise amplifiers, and driver amplifiers.

ADI’s extensive family of single-ended input/output, fixed-gain RF amplifiers includes technology such as low noise amplifiers, gain blocks, and intermediate frequency amplifiers.

Beginning with the industry’s first differential amplifier, Analog Devices has developed a portfolio of fully differential amplifiers to meet your performance requirements.

Analog Devices MMIC-based GaN and GaAs power amplifiers cover the low hundred MHz frequency range up through and including components in the W band (75 GHz to 110 GHz).

RF amplifier bias controllers generate a regulated drain voltage and actively adjusts the gate voltage of an external amplifier to achieve constant bias current.

Analog Devices GaAs MMIC-based wideband distributed amplifiers cover the dc to 65 GHz frequency range in various ultrawide bandwidths.

ADI wideband digital attenuators and voltage variable attenuators (VVAs) help achieve low cost, high accuracy control, and small package options for RF and IF applications.

ADI’s compact, robust portfolio of block upconverter solutions help ensure that designers have access to high performance devices for their millimeterwave applications.

ADI dielectric resonant oscillators (DROs) and voltage controlled oscillators (VCOs) offer excellent output power and phase noise performance over temperature for a range of uses.

ADI’s high performance microsynthesizer portfolio includes single PLLs, fractional-N PLLs, integer-N PLLS, and highly integrated PLLs with VCOs.

ADI frequency mixing modules include solutions for high performance RF, microwave, and millimeterwave applications.

ADI analog phase shifters and digital phase shifters offer controllable phase shift for wireless infrastructure, test equipment, aerospace and defense, and fiber optic technology.

ADI RF amplifier modules offer high linearity, low noise figures, low phase noise, and low power consumption. They are fully specified over frequency and temperature.

ADI frequency dividers, multipliers, and detector modules offer high performance solutions, with features including ultralow phase noise and improved frequency lock time.

Designed for excellent linearity at high output power, ADI MMIC-based GaN and GaAs power amplifiers cover the low hundred MHz frequency range, including components in the Ka-band.

ADI low cost, compact RF signal generators feature simple to use amplitude and frequency control, making them an ideal solution for both engineering and manufacturing environments.

ADI RF switch modules include high bandwidth switch modules, with SPST, SPDT, SP4T, SP6T, and SP8T versions for a wide range of power applications.

ADI successive detection log video amplifiers (SDLVAs) feature power limiter circuitry at the RF input and are available in miniature connectorized module packaging.

Analog Devices envelope/peak detector products provide a versatile solution with state-of-the-art accuracy for a range of applications.

Recognized as the pioneer and leader in RF detectors, ADI offers a broad portfolio of high performance logarithmic amplifiers and TruPwr™ rms responding detectors.

Recognized as the pioneer and leader in RF detectors, ADI offers a broad portfolio of high performance logarithmic amplifiers and TruPwr™ rms detectors.

ADI successive detection log video amplifiers (SDLVAs) are ideal for high speed channelized receiver applications for military, communications, and space industries.

ADI provides a range of low cost split path, double throw (SPDT) switches for use in transmit-receive applications that require very low distortion at high incident power levels.

The ADI portfolio of switches includes a range of single-pole, single throw (SPST) and single pole, double throw (SPDT) devices, as well as SP3T, SP4T, SP6T, and SP8T options.

ADI’s bypass, diversity, matrix, and transfer switch products are used in test instrumentation, broadband telecommunications, military, and a range of other applications.

ADI provides single rate, multirate, and continuous tuning clock and data recovery ICs for equipment designs including metro, long haul, DWDM, and FSO applications.

ADI clock products are ideal for high performance A/D and D/A converters. ADI clock ICs integrate PLL cores, dividers, phase offset, and more features in small chip scale packages.

ADI RF VGAs, IF VGAs, and variable gain control products offer the high performance needed for communications, instrumentation, and military designs.

ADI programmable low-pass and harmonic filters enable greater flexibility and help streamline design, with members of this portfolio supporting bandwidth accuracy to ±2.5%.

ADI RF VGAs, IF VGAs, and variable gain control products offer the high performance needed for communications, instrumentation, and military designs.

ADI digital controlled variable gain amplifiers provide discrete levels of gain control over a fixed number of control bits for a variety of audio and optical frequency bands.

Analog Devices voltage controlled variable gain amplifiers provide continuous gain control over a wide dynamic range for a variety of audio and optical frequency bands.

The extensive ADI voltage controlled oscillator (VCO) and phase-locked oscillator (PLO) portfolio supports a broad range of applications.

Analog Devices offers a range of GaAs inGaP heterojunction bipolar transistor (HBT) MMIC VCOs with output divider options to meet your application and design needs.

Analog Devices wideband voltage controlled oscillators (VCOs) offer excellent output power and phase noise performance over temperature thanks to their monolithic construction.

Analog Devices analog temperature sensors provide current or voltage output proportional to the absolute temperature with accuracies of up to ±1°C.

ADI’s selection of digital temperature sensors with I2C, SPI, and mark space interfaces also include sensors with integrated DACs, ADCs, references, and limit alarm registers.

Analog Devices trip point temperature switches monitor temperature and activate digital output when measurements exceed the trip point setting.

Analog Devices dual-supply 2.5 V switches and multiplexers provide designers the low on-resistance and flatness they need to minimize distortion.

ADI dual-supply, ±2 V to ±8 V switches and multiplexers provide leading performance in a range of applications, such as industrial and instrumentation.

ADI dual-supply 5 V to 20 V switches and multiplexers are suited for higher voltage applications in industrial, instrumentation, or military fields.

Analog Devices single-supply 1.65 V to 5.5 V switches and multiplexers provide designers the low on-resistance and flatness they need to minimize distortion.

ADI single-supply, 2 V to 16 V switches and multiplexers provide leading performance in a range of applications, such as industrial and instrumentation.

ADI single-supply 5 V to 36 V switches and multiplexers are suited for higher voltage applications in industrial, instrumentation, or military fields.

ADI’s portfolio of protection products are switches and multiplexers optimized for robustness and protection, offering high performance in industry-leading small packages.

ADI provides a wide range of switches, multiplexers, and channel protectors that provide to devices at risk of overvoltage.

ADI provides a wide range of switches, multiplexers, and channel protectors that provide protection and detection to devices at risk of overvoltage.

ADI’s bypass, diversity, matrix, and transfer switch products are used in test instrumentation, broadband telecommunications, military, and a range of other applications.

ADI provides a range of low cost split path, double throw (SPDT) switches for use in transmit-receive applications that require very low distortion at high incident power levels.

The ADI portfolio of switches includes a range of single-pole, single throw (SPST) and single pole, double throw (SPDT) devices, as well as SP3T, SP4T, SP6T, and SP8T options.