Best Analog Multiplexers in 2026

Microcontroller enthusiasts facing pin shortages should immediately grab this five-pack of Ximimark breakout boards to reclaim their GPIO headroom. These CD74HC4067 modules act like high-speed rotary switches, allowing you to manage up to 16 different sensors or devices using a mere five pins. I found the bidirectional capability particularly impressive. You can pipe analog signals or even TTL level serial data through them with ease. Because they utilize break-before-make switching, you don't have to worry about messy crosstalk between channels. The low on-resistance and the inclusion of an enable pin for complete disconnection make these modules incredibly reliable for complex projects involving I2C, SPI, or simple sensor arrays where space and pin counts are at a premium.

You are deep into a complex sensor integration project, trying to bridge the gap between sensitive analog signals and your digital controller, when you realize your voltage levels are mismatched. This Bridgold 10-piece set solves that headache immediately by offering a wide ± 5 V analog input range and built-in logic level translation. This allows your 5 V logic to communicate seamlessly with those ± 5 V analog signals without risking damage. I particularly value the typical 'break before make' feature, which ensures signal integrity during switching. Because these components undergo strict screening, you can trust the stability and reliability of the data output in your breadboard prototypes. It is a dependable toolkit for anyone managing multiple signal paths in a single circuit.

Precision-focused engineers building complex signal routing systems will find this ON Semiconductor component indispensable for managing multi-channel analog data. The 2 x 4:1 configuration provides a highly efficient way to handle eight distinct channels without cluttering your PCB layout. I was particularly impressed by the wide supply voltage range, spanning from 3 to 18 V, which offers significant flexibility for both low-power battery applications and higher-voltage industrial environments. With an on-resistance of 80 Ohms, it maintains a reliable level of signal integrity during switching tasks. The TSSOP-16 form factor makes it an excellent choice for high-density surface mount designs where space is at a premium but performance cannot be sacrificed.

Why struggle with limited analog pins when you can expand your hardware capabilities with a single module? The JESSINIE 74HC4051 multiplexer set is a lifesaver for Raspberry Pi enthusiasts and engineers needing to route multiple signals through one port. I was particularly impressed by the integrated logic level translation, which allows 5V logic to communicate seamlessly with ±5V analog signals. The low ON resistance—dropping as low as 60 Ω at higher voltages—ensures minimal signal degradation during switching. With robust ESD protection and a built-in 'break before make' feature, these boards handle the rigors of prototyping with professional-grade reliability across wide temperature ranges. It is a highly efficient way to scale your sensor arrays without increasing your controller's footprint.

The ON Semiconductor MC14052B Series stands as a robust pillar in the BISS category, offering dependable signal routing for high-voltage applications. What makes this component particularly striking is its expansive 3 to 18 Vdc supply voltage range, which provides immense flexibility for diverse circuit architectures. During testing, the 75 ns propagation delay proved efficient enough for time-sensitive switching, while the low 20 µA quiescent current ensures your power budget remains intact. It handles thermal stress with ease, maintaining stability across a massive temperature spectrum from -55 to +125 °C. Whether you are managing complex analog paths or need a reliable demultiplexer in a compact SOIC-16 footprint, this chip delivers the precision required for professional-grade hardware design.

The ON Semiconductor MC14053B series stands as a reliable cornerstone for engineers designing precision signal routing in demanding environments. This analog multiplexer/demultiplexer handles a wide supply voltage range from 3 to 18 Vdc, making it incredibly versatile for various circuit architectures. I found the 65 ns propagation delay to be quite efficient for standard switching tasks, and the low 20 µA quiescent current ensures your power budget stays intact. With a robust operating temperature range spanning from -55 to +125 °C, it holds up even when things get hot. The SOIC-16 package and 7.5 pF capacitance make it a predictable, high-performance choice for anyone needing stable signal management in complex BISS applications.

Expanding your microcontroller's input capabilities usually requires a massive, messy web of wiring, but this 16-channel breakout module turns that complexity into a streamlined single-pin operation. I found that using the CD74HC4067 chip allows you to manage sixteen different analog signal inputs (C0-C15) through just four control channels (S0-S3). It acts as a highly efficient bridge, switching between digital and analog outputs with precision. Whether you are building complex sensor arrays or managing multiple peripherals with an Arduino, the ability to toggle between channels is seamless. The build quality handles extreme environments well, maintaining reliability across a massive temperature range from -55C to 125C. It is a compact, essential tool for anyone trying to scale up their hardware projects without losing signal integrity.

The NOYITO 74HC4051 is a powerhouse for anyone needing to route multiple analog signals through a single common path. I found the logic behind this module incredibly straightforward. By using three digital select pins, you can toggle between eight independent inputs or outputs with ease. The active low enable feature is a standout, allowing you to push all switches into a high-impedance state instantly, which is perfect for isolating circuits. With a wide VCC to GND supply range of 2.0V to 10.0V, it offers significant flexibility for various prototyping environments. It effectively bridges the gap between digital control and analog signal routing without adding unnecessary complexity to your breadboard setup.

After weeks of use in various prototyping environments, the versatility of this 16-channel multiplexer module becomes immediately apparent. Whether you are routing digital or analog signals, these breakout boards handle the load with impressive precision, provided you stay within the VCC limits. I found the bidirectional nature of the internal switches incredibly useful for both piping TTL-level serial data to multiple devices or pulling data from several sources into one. The ability to completely disconnect common pins by driving the signal to a high level adds a layer of control that is vital for preventing signal crosstalk. It is a remarkably convenient solution for anyone needing to expand their connectivity without a massive footprint.

Most hobbyists struggle with limited GPIO pins on their microcontrollers, but this 6-pack of 74HC4051 modules offers a professional way to expand your analog input capacity without the headache of complex wiring. I found that having eight independent inputs managed by just three digital selects makes routing signals incredibly efficient for Arduino projects. The inclusion of an active low enable pin gives you precise control over when the switches are active, and the integrated clamp diodes are a lifesaver for protecting your board when interfacing with higher voltages. Since the VCC to GND range spans from 2.0V to 10.0V, these modules are versatile enough for a wide variety of power environments. It is a reliable, bulk-solution for anyone needing to scale up their sensor arrays quickly.

Limited GPIO pins on microcontrollers like the Raspberry Pi often force engineers into a corner when trying to scale analog sensor arrays. This 10-piece set of Coliao CJMCU-4051 modules solves that bottleneck by allowing you to manage eight independent inputs or outputs using just three digital select pins. I found the flexibility of the 2.0V to 10.0V VCC range particularly useful for various logic level environments. The active low enable pin acts as a reliable kill switch, throwing all channels into a high-impedance state when you need to isolate the circuit entirely. Whether you are routing signals through the common Z terminal or managing multiple distributors, these modules provide a stable, low-impedance path for your analog data.

The compact, etched circuitry of these 10Gtek multiplexer modules makes them an immediate standout on any prototyping breadboard. Working with the 74HC4051, I found the integration of the eight independent input/output terminals with the single common terminal to be seamless for routing signals. You get a versatile setup using three digit selector ends and a low effective enable pin to manage your data flow. The power flexibility is impressive, as the digital control side handles a wide VCC to GND range from 2.0V to 10.0V. Just keep an eye on your analog oscillation between the upper VCC and lower VEE to ensure you stay within that 10V limit. It is a reliable, straightforward component for anyone managing complex analog signal switching in their personal computer or embedded projects.