MAX1192 (2)
MAX1192 is available from Analog Devices at Xecor. Designed for ultra-low-power, high-speed analog-to-digital conversion, the MAX1192 offers excellent dynamic performance, ultra-low power consumption (27.3mW in normal operation), and dual 8-bit resolution with a sampling rate of 22Msps. Available in a 28-TQFN (5x5) package, it is ideal for applications such as imaging, instrumentation, digital communications, and battery-powered portable devices. Whether used in ultrasound and medical imaging, low-power video, or WLAN and mobile DSL receivers, this series ensures high performance, reliability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX1192 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX1192ETI+T | With its 8-bit parallel output interface | TQFN-28 EP | 2,757 | |
| MAX1192ETI+ | Accurate and efficient signal processing for various application | TQFN-28 | 9,458 |
Key Featrues
Ultra-Low Power Consumption: The MAX1192 operates at just 27.3mW during normal operation at 22Msps, making it ideal for battery-powered portable instruments and other low-power applications. This feature significantly enhances energy efficiency, extending battery life and reducing operational costs.
Excellent Dynamic Performance: With a signal-to-noise and distortion (SINAD) of 48.6dB at 5.5MHz input frequency, the MAX1192 delivers high-quality signal conversion. This ensures accurate and reliable data acquisition, crucial for applications like medical imaging and digital communications.
Flexible Power Supply Options: The ADC operates from a 2.7V to 3.6V analog power supply and a separate 1.8V to 3.6V digital supply. This flexibility allows for integration into a wide range of systems, improving compatibility and simplifying power management.
Dual 8-Bit ADC with Simultaneous Sampling: The device features two fully differential wideband track-and-hold inputs, enabling simultaneous sampling of two channels. This capability is particularly beneficial for applications requiring synchronized data acquisition, such as IQ baseband sampling and ultrasound imaging.
Compact 28-Pin Thin QFN Package: The small form factor of the MAX1192, housed in a 28-pin thin QFN package, makes it suitable for space-constrained applications. Its compact design facilitates easier integration into portable devices and other miniaturized systems without compromising performance.
Excellent Dynamic Performance: With a signal-to-noise and distortion (SINAD) of 48.6dB at 5.5MHz input frequency, the MAX1192 delivers high-quality signal conversion. This ensures accurate and reliable data acquisition, crucial for applications like medical imaging and digital communications.
Flexible Power Supply Options: The ADC operates from a 2.7V to 3.6V analog power supply and a separate 1.8V to 3.6V digital supply. This flexibility allows for integration into a wide range of systems, improving compatibility and simplifying power management.
Dual 8-Bit ADC with Simultaneous Sampling: The device features two fully differential wideband track-and-hold inputs, enabling simultaneous sampling of two channels. This capability is particularly beneficial for applications requiring synchronized data acquisition, such as IQ baseband sampling and ultrasound imaging.
Compact 28-Pin Thin QFN Package: The small form factor of the MAX1192, housed in a 28-pin thin QFN package, makes it suitable for space-constrained applications. Its compact design facilitates easier integration into portable devices and other miniaturized systems without compromising performance.
Applications
Battery-Powered Portable Instruments: The MAX1192 is ideal for battery-powered portable instruments due to its ultra-low power consumption of 27.3mW in normal operation and 1.8µW in shutdown mode. Its dual 8-bit ADC architecture and excellent dynamic performance make it suitable for applications requiring high accuracy and low power, such as handheld medical devices or portable environmental monitoring tools.
IQ Baseband Sampling: The MAX1192 is well-suited for IQ baseband sampling in communication systems. Its dual-channel capability, 22Msps sampling rate, and differential input support enable precise digitization of in-phase (I) and quadrature (Q) signals, making it ideal for wireless communication applications like WLAN, mobile DSL, and WLL receivers.
Low-Power Video Processing: The MAX1192 is an excellent choice for low-power video processing applications. Its ultra-low power consumption and high-speed sampling rate make it suitable for digitizing video signals in portable devices, such as action cameras or drones, where power efficiency and compact size are critical.
Ultrasound and Medical Imaging: The MAX1192 is ideal for ultrasound and medical imaging systems due to its dual-channel architecture, high sampling rate, and excellent dynamic performance. Its ability to handle differential inputs and provide accurate signal digitization makes it suitable for capturing high-frequency signals in medical imaging applications, ensuring high-quality diagnostic results.
IQ Baseband Sampling: The MAX1192 is well-suited for IQ baseband sampling in communication systems. Its dual-channel capability, 22Msps sampling rate, and differential input support enable precise digitization of in-phase (I) and quadrature (Q) signals, making it ideal for wireless communication applications like WLAN, mobile DSL, and WLL receivers.
Low-Power Video Processing: The MAX1192 is an excellent choice for low-power video processing applications. Its ultra-low power consumption and high-speed sampling rate make it suitable for digitizing video signals in portable devices, such as action cameras or drones, where power efficiency and compact size are critical.
Ultrasound and Medical Imaging: The MAX1192 is ideal for ultrasound and medical imaging systems due to its dual-channel architecture, high sampling rate, and excellent dynamic performance. Its ability to handle differential inputs and provide accurate signal digitization makes it suitable for capturing high-frequency signals in medical imaging applications, ensuring high-quality diagnostic results.
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