Analog & precision switches & muxes

Benefits of our ultra-low leakage multiplexers

Leakage current refers to the small amount of current that flows through a device when in either an on or off state. Excessive leakage current increases both the power consumption and noise of a system. Our ultra-low leakage multiplexers minimize the amount of leakage current reducing the noise and power of the system.

• High precision features: low C_on, low R_on, low charge injection
• Optimized for low-power, high-accuracy operations
• Wide supply ranges: up to ±50V
• Low supply current

Save PCB space and reduce cost with small package technology

Utilize next-generation packaging technology to shrink PCB space. These small sized packages are offered in both lead and leadless (QFN) options and allow for higher density designs. Select from industry standard pinouts with space saving footprints:

• DYY 
• DCK
• DBV

View our product selection based on packages:

Our precision switches offer a size competitive solution to traditional mechanical relays and photorelays, while still maintaining a low and flat on resistance. Additionally, these analog switches offer increased long-term reliability. Leverage our precision solutions to save 70% or more  of board space in comparison to mechanical switches and photorelays.

Reliable and cost-effective muxing using Q100-qualified portfolio devices

Sensor count and features are rapidly rising in new vehicles. With this increase, more GPIOs and ADCs are needed to monitor all signals. To save on MCU channels, select a multiplexer from our broad AEC-Q100 rated portfolio.

High voltage precision switches, such as TMUX9832 and TMUX9616, enable smaller sensing solutions for ultrasound carts and probes. These switches allow for toggling of multiple piezo elements to produce clear ultrasound images.