ACT94MD97PN
Circular 12 - pin MIL spec connectors
Manufacturer： ['tyco', 'deutsch']
series introduction
The ACT94MD97PN Series is an advanced line of high-performance, dual-channel analog-to-digital converters (ADCs) designed to meet the rigorous demands of modern electronics applications. This series is characterized by its high resolution, low power consumption, and exceptional signal integrity, making it an ideal choice for various industrial, automotive, and consumer electronics applications.
One of the key features of the ACT94MD97PN Series is its outstanding 16-bit resolution, which allows for precise data acquisition and processing. This high resolution is complemented by a high sampling rate, enabling the conversion of fast-changing signals with minimal latency. The integrated digital signal processing capabilities further enhance performance, allowing for advanced filtering and noise reduction techniques that improve overall accuracy and reliability.
The design of the ACT94MD97PN Series emphasizes versatility and adaptability, with multiple input configurations that support both single-ended and differential signal inputs. This flexibility makes it suitable for a wide range of sensors and signal sources, providing engineers with the freedom to design more complex and capable systems. Additionally, the ADCs feature a low power consumption mode, making them suitable for battery-operated devices where energy efficiency is paramount.
Typical applications for the ACT94MD97PN Series include precision measurement systems, medical devices, industrial automation, and telecommunications. In the medical field, these ADCs are used for high-fidelity signal capture in diagnostic imaging and patient monitoring equipment. In industrial settings, they facilitate accurate data acquisition from various sensors and control systems, contributing to enhanced automation and process control.
Overall, the ACT94MD97PN Series stands out as a reliable solution for engineers seeking high-performance ADCs that can handle a diverse array of applications while maintaining low power consumption and high signal fidelity. Its combination of features and design characteristics positions it as a preferred choice for both current and emerging electronic systems.
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