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Analog Devices , the world's leading provider of high-performance signal processing solutions and market leader in data converters, recently announced the industry's fastest 16-bit ADC (analog-to-digital converter) -- 250 MSPS (mega megasamples per second) ) AD9467. Compared to other 16-bit data converters, this 16-bit, 250 MSPS ADC can increase the sampling rate by 25% with a 35% reduction in power consumption, and its signal processing performance reaches new heights, making it suitable for test and measurement instruments. Defense electronics and communications require applications with large bandwidth and high resolution. In addition to providing high resolution and high sample rate, the AD9467 has an SFDR (spurious-free dynamic range) of up to 100 dBFs and an SNR (signal-to-noise ratio) performance of 76.4 dBFS. The device's SFDR of 90 dBFs and 60 fs rms (femtosecond rms) jitter at 300 MHz analog input allow engineers to improve system performance and reduce the number of material components in the signal chain at higher IF conditions, thereby reducing The number of signal down conversion stages. Download the data sheet or request samples and evaluation boards.

"The highly advanced data acquisition system of one of our key customers requires a 90-bit SFDR 16-bit, 250 MSPS data converter." ISR (Intelligence, Surveillance and Reconnaissance) market-leading open, application-ready, multi-INT subsystem supplier Principal hardware engineer ---- Mercury Computer systems of Brian Kimball said: "we use AD9467 data converter to design the system because it meets our SFDR, ENOB (effective number of bits), and power requirements ADI engineers yes. Our trusted consultants allowed us to get the chips in the first place and provide design support so that we can develop prototypes in a timely manner."

The AD9467 can be used with the Analog Devices AD9523/24 low jitter clock generator and the ADL5562 3.3 GHz ultralow distortion RF/IF differential amplifier to provide a data conversion signal chain solution.

"NationaI Instruments favors the AD9467 because of its industry-leading combination of sampling rate and resolution." Phil Hester, senior vice president of research and development at National Instruments (NI), a leading global hardware and software provider, said: "We are currently working on The NI FlexRIO product family develops an AD9467-based module that combines the leading data conversion performance of the AD9467 with an FPGA that can be programmed with LabVIEW software. The AD9467 helps us stay ahead of the curve, providing test and measurement, software radio, medical imaging, and scientific applications. Innovative solutions."

Key features and benefits of the 16-bit 250 MSPS ADC AD9467:

With 16-bit resolution and signal bandwidth up to 300 MHz, it supports advanced signal acquisition subsystems in general-purpose radio platforms, radar systems and spectrum analysis applications.

Optimized by on-chip IF (intermediate frequency) sampling circuitry and buffered analog inputs, providing the highest ENOB for ease of use.

High dynamic range and wide signal bandwidth support multiple standard software radios such as LTE/W-CDMA, MC-GSM (Class 1) and CDMA.

The programmable full-scale input range allows the user to trade off between SNR and SFDR, enabling a more sensitive radar system to capture and track smaller targets with greater precision.