inventory:5,618
Infineon Technologies
Module
MAX4526 (6)
The MAX4526 is available from Analog Devices at Xecor. Designed for phase-reversal switching and signal routing, the MAX4526 offers low on-resistance (175Ω), fast switching times (<100ns), and minimal charge injection (10pC max). Available in the compact 8-SOIC package, it is ideal for audio-signal routing, balanced modulators/demodulators, chopper-stabilized amplifiers, data acquisition, and test equipment. Whether used in high-speed or low-power applications, this series ensures reliable performance, rail-to-rail signal handling, and ESD protection (>2kV) for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX4526 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX4526CSA+ | MAX4526CSA+: Ideal for phase-reversal applications | SOIC-8 | 4,027 | |
| MAX4526CUA+T | Phase-Reversal Analog Switches | 8-TSSOP | 4,452 | |
| MAX4526ESA+ | MAX4526ESA+: Versatile phase-reversal analog switches | SOIC-8 | 6,147 | |
| MAX4526EUA+ | Analog Switch ICs Phase-Reversal Analog Switches, MAX4526EUA+ facilitates phase reversal in analog signal paths." | TSSOP-8 | 5,055 | |
| MAX4526ESA+T | Phase-flipping analog switches | SOIC-8 | 4,379 | |
| MAX4526CSA+T | Achieve precise phase control with MAX4526CSA+T | SOIC-8 | 7,155 |
Key Featrues
Low Charge Injection (10pC max): The MAX4526/MAX4527 analog switches feature a maximum charge injection of 10pC, minimizing signal distortion and ensuring high accuracy in precision applications such as data acquisition and test equipment. This feature is critical for maintaining signal integrity in sensitive circuits.
Break-Before-Make Switching: The guaranteed break-before-make functionality ensures that the current path is completely broken before a new connection is established. This prevents signal overlap and potential short circuits, enhancing reliability in applications like audio-signal routing and balanced modulators.
Rail-to-Rail Signal Handling: The ability to handle rail-to-rail signals allows the switches to operate with the full range of the supply voltage, maximizing dynamic range and improving performance in applications such as chopper-stabilized amplifiers and signal routing.
Fast Transition Time (<100ns): With a transition time of less than 100ns when operating with ±15V supplies, the MAX4526/MAX4527 switches are ideal for high-speed applications, such as chopper amplifiers, where rapid switching is essential for maintaining signal fidelity.
Low Power Consumption (1µA for MAX4527): The MAX4527 variant is optimized for low-power applications, consuming only 1µA of current. This makes it suitable for battery-operated devices and other power-sensitive applications, extending operational life and improving energy efficiency.
Break-Before-Make Switching: The guaranteed break-before-make functionality ensures that the current path is completely broken before a new connection is established. This prevents signal overlap and potential short circuits, enhancing reliability in applications like audio-signal routing and balanced modulators.
Rail-to-Rail Signal Handling: The ability to handle rail-to-rail signals allows the switches to operate with the full range of the supply voltage, maximizing dynamic range and improving performance in applications such as chopper-stabilized amplifiers and signal routing.
Fast Transition Time (<100ns): With a transition time of less than 100ns when operating with ±15V supplies, the MAX4526/MAX4527 switches are ideal for high-speed applications, such as chopper amplifiers, where rapid switching is essential for maintaining signal fidelity.
Low Power Consumption (1µA for MAX4527): The MAX4527 variant is optimized for low-power applications, consuming only 1µA of current. This makes it suitable for battery-operated devices and other power-sensitive applications, extending operational life and improving energy efficiency.
Applications
Audio-Signal Routing: The MAX4526/MAX4527 is perfect for routing audio signals in high-fidelity audio systems. Its low charge injection and high-speed switching ensure minimal distortion and accurate signal routing, making it ideal for professional audio equipment and studio mixers.
Balanced Modulators/Demodulators: The MAX4526/MAX4527 excels in balanced modulator and demodulator circuits, where precise phase-reversal switching is required. Its low on-resistance and fast transition times ensure high-performance signal processing in communication systems and RF applications.
Chopper-Stabilized Amplifiers: The MAX4526/MAX4527 is optimized for use in chopper-stabilized amplifiers, where high-speed switching and low power consumption are critical. Its rail-to-rail signal handling and low charge injection make it suitable for precision amplification in medical and instrumentation applications.
Data Acquisition Systems: The MAX4526/MAX4527 is ideal for data acquisition systems that require high-speed, low-power analog switching. Its low leakage current and high bandwidth ensure accurate signal acquisition and processing in industrial automation and test equipment.
Balanced Modulators/Demodulators: The MAX4526/MAX4527 excels in balanced modulator and demodulator circuits, where precise phase-reversal switching is required. Its low on-resistance and fast transition times ensure high-performance signal processing in communication systems and RF applications.
Chopper-Stabilized Amplifiers: The MAX4526/MAX4527 is optimized for use in chopper-stabilized amplifiers, where high-speed switching and low power consumption are critical. Its rail-to-rail signal handling and low charge injection make it suitable for precision amplification in medical and instrumentation applications.
Data Acquisition Systems: The MAX4526/MAX4527 is ideal for data acquisition systems that require high-speed, low-power analog switching. Its low leakage current and high bandwidth ensure accurate signal acquisition and processing in industrial automation and test equipment.