Overview of MAX485EESA+T by Analog Devices Inc.
The MAX485EESA+T is described as a ±15kV ESD-Protected, Slew-Rate-Limited, Low-Power RS-485/RS-422 Transceiver integrated into a small 8-SOIC_N-150_MIL package with 8 pins. Its operational temperature range from -40 to 85°C makes it suitable for varied environmental conditions. This part operates with a nominal supply voltage of 5V and has matchingly low power requirements with a maximum supply current of only 0.9 mA. The transceiver features differential outputs, supports a differential Schmitt trigger at the input, and includes complementary output polarity. With minimum output swinging capacity at 1.5 V and protection up to ±15kV Electrostatic Discharge (ESD), it ensures robust performance in critical applications. The device integrates functionalities pertaining to receiving operations when under shutdown and presents a tri-state mode receiver, making it versatile for various communication scenarios.
Manufactured by Analog Devices Inc., this part reflects the company’s commitment to building precise and reliable electronic components, particularly notable in the Line Driver or Receivers category. Among other noteworthy specifications, moisture sensitivity level is rated at 1 and it is ROHS and REACH compliant, ensuring its suitability in environmentally conscious applications. Having been introduced to the market in 1995, this component has stood the test of time in reliability and usage.
Industry Applications for MAX485EESA+T
The diverse range of characteristics exhibited by the MAX485EESA+T allows it to be suitably employed across various sectors. However, some of the most likely industries for deployment, based on the part’s attributes, include:
- Industrial Automation: The transceiver’s resistance to ESD and capacity to function efficiently in a broad range of temperatures could facilitate use in automation equipment, which must operate reliably in harsh environments. It could potentially be used in data communication within manufacturing plants.
- Communication and Networking: Given its core function as an RS-485/RS-422 transceiver, this part is naturally suited for use in communication systems requiring robust data signaling amidst electrical noise and potential disruption – common in larger networking setups.
- Computing and Data Storage: The low power requirement combined with high ESD protection makes it an ideal candidate for data centers and computing applications where maintaining data integrity and minimizing power consumption are critical.
- Energy and Power Systems: This part might also find application in energy sector’s communication systems, possibly in interface modules that require stringent noise immunity and robust performance to operate effectively.
It should be noted that these potential industry applications are only conceptual or illustrative and require thorough analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements.
About Analog Devices Inc.
Analog Devices Inc. is a leading global provider of high-performance semiconductors used in signal processing applications. Within the realm of Line Driver or Receivers, the company offers a wide array of products including the mentioned MAX485EESA+T. Their offerings highlight a commitment to longevity and reliability in their components, with detailed attention to fulfilling rigorous application demands across various industries. They are particularly recognized for producing parts that integrate multiple functionalities and deliver enhanced performance, reducing the need for additional components and enabling more efficient designs.
Where to Find MAX485EESA+T by Analog Devices Inc
This component has historically been available from distributors including Analog Devices Inc. and Mouser Electronics. Those interested in purchasing or learning more about the MAX485EESA+T should visit findchips.com. There, you can also explore alternative Line Driver or Receivers from Analog Devices Inc. or other manufacturers, which might offer different features that suit specific project requirements.