MAX4612 (5)
The MAX4612 is available from Analog Devices at Xecor. Designed for low-voltage, quad, single-pole/single-throw (SPST) analog switching, the MAX4612 offers low on-resistance (100Ω max), matched channel performance (4Ω max), and rail-to-rail signal handling. Available in a 14-TSSOP package, it is ideal for audio/video signal routing, battery-operated equipment, communications circuits, and low-voltage data-acquisition systems. Whether used in automotive, telecommunications, or industrial applications, 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 MAX4612 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX4612CSD+ | High-quality, low-voltage quad analog switches | SOIC-14 | 4,024 | |
| MAX4612CSD+T | Reliably control analog signals with this precise CMOS switch | SOIC-14 | 6,368 | |
| MAX4612ESD+T | Low-voltage operation minimizes power consumption and heat | SOIC N-14 | 4,976 | |
| MAX4612ESD+ | Analog Switch ICs Low-Voltage, Quad, SPST CMOS Analog Switches | SOIC-14 | 6,566 | |
| MAX4612EUD+T | Low-voltage quad analog switches | TSSOP-14 | 4,790 |
Key Featrues
Low On-Resistance (100Ω max): The MAX4610/MAX4611/MAX4612 series offers a low on-resistance of 100Ω max at a 5V supply, ensuring minimal signal attenuation and improved signal integrity. This feature is particularly beneficial in applications like audio/video signal routing and low-voltage data-acquisition systems, where maintaining signal fidelity is critical.
Matched On-Resistance Between Channels (4Ω max): The switches provide a tight match in on-resistance between channels (4Ω max), which enhances precision in multi-channel applications. This is especially useful in sample-and-hold circuits and communication systems, where consistent performance across channels is essential.
Wide Supply Voltage Range (2V to 12V): With a supply voltage range of 2V to 12V, these switches are versatile and suitable for both low-voltage and higher-voltage applications. This flexibility makes them ideal for battery-operated equipment and other systems requiring a broad operating voltage range.
Fast Switching Times (65ns Ton, 28ns Toff): The devices feature fast switching times, with a maximum turn-on time of 65ns and turn-off time of 28ns. This rapid response is crucial in high-speed signal routing and multiplexing applications, ensuring minimal delay and high efficiency.
Low Off-Leakage Current (<2nA at 85°C): The switches exhibit extremely low off-leakage current, less than 2nA at 85°C, which minimizes power loss and improves energy efficiency. This feature is particularly advantageous in battery-powered devices and other applications where power conservation is a priority.
Matched On-Resistance Between Channels (4Ω max): The switches provide a tight match in on-resistance between channels (4Ω max), which enhances precision in multi-channel applications. This is especially useful in sample-and-hold circuits and communication systems, where consistent performance across channels is essential.
Wide Supply Voltage Range (2V to 12V): With a supply voltage range of 2V to 12V, these switches are versatile and suitable for both low-voltage and higher-voltage applications. This flexibility makes them ideal for battery-operated equipment and other systems requiring a broad operating voltage range.
Fast Switching Times (65ns Ton, 28ns Toff): The devices feature fast switching times, with a maximum turn-on time of 65ns and turn-off time of 28ns. This rapid response is crucial in high-speed signal routing and multiplexing applications, ensuring minimal delay and high efficiency.
Low Off-Leakage Current (<2nA at 85°C): The switches exhibit extremely low off-leakage current, less than 2nA at 85°C, which minimizes power loss and improves energy efficiency. This feature is particularly advantageous in battery-powered devices and other applications where power conservation is a priority.
Applications
Audio/Video Signal Routing: The MAX4612 is ideal for routing audio and video signals in multimedia systems, home theaters, and professional AV equipment. Its low on-resistance and high bandwidth ensure minimal signal distortion, making it suitable for high-fidelity audio and high-definition video applications.
Battery-Operated Equipment: The MAX4612 is perfect for use in battery-operated devices such as portable medical instruments, handheld test equipment, and wireless communication devices. Its low-voltage operation and minimal power consumption extend battery life, making it ideal for energy-efficient designs.
Low-Voltage Data-Acquisition Systems: The MAX4612 is well-suited for low-voltage data-acquisition systems in industrial automation and environmental monitoring. Its precise signal handling and low leakage current ensure accurate data collection, even in systems with multiple sensors and tight power budgets.
Sample-and-Hold Circuits: The MAX4612 is an excellent choice for sample-and-hold circuits in precision measurement and control systems. Its fast switching times and low charge injection ensure accurate sampling and minimal signal degradation, making it suitable for high-precision applications in scientific research and instrumentation.
Battery-Operated Equipment: The MAX4612 is perfect for use in battery-operated devices such as portable medical instruments, handheld test equipment, and wireless communication devices. Its low-voltage operation and minimal power consumption extend battery life, making it ideal for energy-efficient designs.
Low-Voltage Data-Acquisition Systems: The MAX4612 is well-suited for low-voltage data-acquisition systems in industrial automation and environmental monitoring. Its precise signal handling and low leakage current ensure accurate data collection, even in systems with multiple sensors and tight power budgets.
Sample-and-Hold Circuits: The MAX4612 is an excellent choice for sample-and-hold circuits in precision measurement and control systems. Its fast switching times and low charge injection ensure accurate sampling and minimal signal degradation, making it suitable for high-precision applications in scientific research and instrumentation.
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