MAX19517 (2)
MAX19517 is available from Analog Devices at Xecor. Designed for high-speed analog-to-digital conversion, the MAX19517 offers 10-bit resolution, a maximum sample rate of 130Msps, and dual-channel operation with low power consumption (74mW per channel). Available in a 48-TQFN (7x7) package, it is ideal for digital set-top boxes, IF and baseband communications, portable instrumentation, and medical imaging applications. Whether used in cellular base stations, point-to-point microwave receivers, or ultrasound systems, this series ensures excellent dynamic performance, flexibility, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX19517 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX19517ETM+ | Analog to Digital Converters - ADC Dual-Channel, 10-Bit, 130Msps ADC | WFQFN-48 | 7,282 | |
| MAX19517ETM+T | <p>Maximum sampling frequency reaches sps</ | TQFN-48 | 8,443 |
Key Featrues
Very-Low-Power Operation (74mW/Channel at 130Msps): This feature ensures energy-efficient performance, making the ADC ideal for portable instrumentation and low-power data acquisition systems, where minimizing power consumption is critical for extended battery life and reduced heat generation.
Excellent Dynamic Performance (59.8dBFS SNR at 70MHz, 82dBc SFDR at 70MHz): The high signal-to-noise ratio (SNR) and spurious-free dynamic range (SFDR) enable precise signal capture in high-frequency applications, such as cellular base stations and ultrasound imaging, ensuring accurate data conversion with minimal distortion.
User-Programmable Adjustments via SPI Interface: The SPI interface allows for flexible configuration of the ADC, enabling users to optimize settings for specific applications, such as adjusting output data formats or clock modes, enhancing adaptability across diverse use cases.
Wide Input Common-Mode Voltage Range (0.4V to 1.4V): This feature accommodates a broad range of input signal levels, making the ADC versatile for various analog input sources, whether single-ended or differential, simplifying integration into complex systems.
High Analog Input Bandwidth (> 850MHz): The wide bandwidth supports high-frequency signal processing, making the ADC suitable for demanding applications like IF and baseband communications, where capturing fast-changing signals with minimal attenuation is essential.
Excellent Dynamic Performance (59.8dBFS SNR at 70MHz, 82dBc SFDR at 70MHz): The high signal-to-noise ratio (SNR) and spurious-free dynamic range (SFDR) enable precise signal capture in high-frequency applications, such as cellular base stations and ultrasound imaging, ensuring accurate data conversion with minimal distortion.
User-Programmable Adjustments via SPI Interface: The SPI interface allows for flexible configuration of the ADC, enabling users to optimize settings for specific applications, such as adjusting output data formats or clock modes, enhancing adaptability across diverse use cases.
Wide Input Common-Mode Voltage Range (0.4V to 1.4V): This feature accommodates a broad range of input signal levels, making the ADC versatile for various analog input sources, whether single-ended or differential, simplifying integration into complex systems.
High Analog Input Bandwidth (> 850MHz): The wide bandwidth supports high-frequency signal processing, making the ADC suitable for demanding applications like IF and baseband communications, where capturing fast-changing signals with minimal attenuation is essential.
Applications
Digital Set-Top Box Signal Processing: The MAX19517 is ideal for digitizing analog signals in digital set-top boxes, such as video and audio inputs. Its dual-channel, 10-bit resolution and 130Msps sampling rate ensure high-fidelity signal conversion, making it suitable for delivering crisp and clear multimedia content in consumer electronics.
Cellular Base Station IF and Baseband Communication: The MAX19517 excels in digitizing intermediate frequency (IF) and baseband signals in cellular base stations. Its excellent dynamic performance, including 59.8dBFS SNR and 82dBc SFDR at 70MHz, ensures reliable and accurate signal conversion for high-speed wireless communication systems.
Portable Instrumentation and Data Acquisition: The MAX19517 is well-suited for portable instrumentation and low-power data acquisition systems. Its low-power operation (74mW/channel at 130Msps) and wide input common-mode voltage range (0.4V to 1.4V) make it ideal for battery-powered devices requiring precise analog-to-digital conversion in field applications.
Ultrasound and Medical Imaging Systems: The MAX19517 is perfect for digitizing analog signals in ultrasound and medical imaging equipment. Its high analog input bandwidth (>850MHz) and simultaneous sampling capability ensure accurate and real-time conversion of complex signals, enabling detailed imaging for medical diagnostics and research.
These applications leverage the MAX19517's advanced features, such as its dual-channel architecture, high sampling rate, and excellent dynamic performance, to meet the demanding requirements of modern signal processing tasks.
Cellular Base Station IF and Baseband Communication: The MAX19517 excels in digitizing intermediate frequency (IF) and baseband signals in cellular base stations. Its excellent dynamic performance, including 59.8dBFS SNR and 82dBc SFDR at 70MHz, ensures reliable and accurate signal conversion for high-speed wireless communication systems.
Portable Instrumentation and Data Acquisition: The MAX19517 is well-suited for portable instrumentation and low-power data acquisition systems. Its low-power operation (74mW/channel at 130Msps) and wide input common-mode voltage range (0.4V to 1.4V) make it ideal for battery-powered devices requiring precise analog-to-digital conversion in field applications.
Ultrasound and Medical Imaging Systems: The MAX19517 is perfect for digitizing analog signals in ultrasound and medical imaging equipment. Its high analog input bandwidth (>850MHz) and simultaneous sampling capability ensure accurate and real-time conversion of complex signals, enabling detailed imaging for medical diagnostics and research.
These applications leverage the MAX19517's advanced features, such as its dual-channel architecture, high sampling rate, and excellent dynamic performance, to meet the demanding requirements of modern signal processing tasks.
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