The TMUX4051DYYR is a high-performance, 12-V, 8:1 multiplexer/demultiplexer from Texas Instruments, designed for demanding applications requiring exceptional signal integrity and low power consumption. This single-channel multiplexer is housed in a surface-mount package, making it suitable for compact and high-density designs. The device operates with a dual supply voltage of ±12V and can also function with a single supply voltage ranging from 5V to 24V, providing flexibility in power supply options.
TMUX4051DYYR Features
High Bandwidth: The TMUX4051DYYR boasts a -3dB bandwidth of 430MHz, ensuring high-frequency signal transmission with minimal distortion.
Low Leakage Current: With a maximum leakage current of 100nA, the device minimizes power loss and maintains signal integrity, even in low-power applications.
Low On-State Resistance: The maximum on-state resistance (Ron) is 240Ohm, efficient ensuring signal transmission and low power dissipation.
Channel-to-Channel Matching: The ΔRon of 2Ohm ensures consistent performance across channels, making it ideal for applications requiring precise signal routing.
Low Channel Capacitance: The channel capacitance values of 3pF (CS(off)) and 9pF (CD(off)) contribute to the device's high-frequency performance by reducing signal delays and reflections.
Fast Switching Time: The TMUX4051DYYR offers a maximum switch-on time (Ton) of 110ns and a typical switch-off time (Toff) of 85ns, enabling rapid signal switching and high-speed data transmission.
Low Charge Injection: The charge injection of 2pC ensures minimal signal disruption during switching, maintaining signal fidelity.
Surface-Mount Packaging: The surface-mount package type facilitates easy integration into modern, high-density PCB designs.
Tape & Reel Packaging: The TMUX4051DYYR is available in tape & reel (TR) packaging, which is ideal for automated assembly processes and bulk handling.
TMUX4051DYYR Applications
The TMUX4051DYYR is well-suited for a variety of applications where high-frequency signal routing and low power consumption are critical. Some specific use cases include:
High-Speed Data Acquisition Systems: The high bandwidth and low on-state resistance make it ideal for routing signals in high-speed ADCs and DACs.
Communication Systems: The device's ability to handle high-frequency signals and low leakage current ensures reliable signal transmission in communication infrastructure.
Medical Equipment: The precise channel matching and low charge injection are beneficial for medical imaging and diagnostic equipment where signal integrity is paramount.
Automotive Electronics: The wide supply voltage range and robust performance make it suitable for automotive applications, including infotainment systems and advanced driver-assistance systems (ADAS).
Industrial Control Systems: The TMUX4051DYYR can be used in industrial automation for signal routing in sensors, actuators, and control systems.
Conclusion of TMUX4051DYYR
The TMUX4051DYYR from Texas Instruments is a versatile and high-performance multiplexer/demultiplexer that stands out in its category due to its exceptional technical specifications and performance benefits. Its high bandwidth, low leakage current, and fast switching times make it an excellent choice for applications requiring high-frequency signal routing and low power consumption. The device's surface-mount packaging and tape & reel availability ensure ease of integration into modern designs. Whether used in data acquisition systems, communication infrastructure, medical equipment, automotive electronics, or industrial control systems, the TMUX4051DYYR delivers reliable performance and signal integrity, making it a preferred choice for engineers and designers in the electronics industry.
Tech Specifications
Number of Channels per Chip
Power Supply Type
Protocols
Configuration
Crosstalk
Dual Supply Voltage
Product
Input/output continuous current (max) (mA)
PPAP
Voltage - Supply, Dual (V±)
Automotive
RoHS
Maximum High Level Output Current (mA)
Channel Capacitance (CS(off), CD(off))
On-State Resistance (Max)
Multiplexer/Demultiplexer Circuit
Switch Time (Ton, Toff) (Max)
Operating temperature range (°C)
Standard Package Name
Maximum On Resistance Range (Ohm)
Mounting
Typical Supply Current (mA)
Input Signal Type
Minimum Single Supply Voltage (V)
Supply current (typ) (µA)
Package
Current - Leakage (IS(off)) (Max)
Minimum Dual Supply Voltage
Channel-to-Channel Matching (ΔRon)
Package Height
Charge Injection
Maximum Operating Temperature
Bandwidth (MHz)
Number of channels
Number of Inputs per Chip
-3db Bandwidth
Maximum Low Level Output Current (mA)
Minimum Operating Temperature
Voltage - Supply, Single (V+)
Type
Ron (typ) (Ω)
Operating Supply Voltage
Switch Circuit
Part Status
Supply Type
Lead finish / Ball material
Number of Circuits
Package Width
Off Isolation - Typ
CON (typ) (pF)
Output Signal Type
Maximum Turn-On Time (ns)
Product Status
Supplier Package
Package / Case
Number of Channels
EU RoHS
Carrier
Maximum Dual Supply Voltage (V)
Maximum Turn-Off Time (ns)
Operating Temperature
ECCN
MSL rating / Peak reflow
Mounting Type
Pin Count
Drain supply voltage (max) (V)
Typical Dual Supply Voltage (V)
SVHC
Pins
USHTS
ON-state leakage current (max) (µA)
Maximum Dual Supply Voltage
PCB changed
HTS
Rating
ECCN (US)
Power supply voltage - single (V)
Supplier Device Package
Supply Voltage - Min
Minimum Operating Temperature (°C)
Maximum Operating Temperature (°C)
Bandwidth
Mfr
Supply voltage (max) (V)
Features
Supply Voltage - Max
Maximum On Resistance (Ohm)
Mounting Style
Typical Single Supply Voltage (V)
Power supply voltage - dual (V)
Maximum Propagation Delay Bus to Bus (ns)
Chip Enable Signals
Package Length
Minimum Dual Supply Voltage (V)
Maximum Supply Current (mA)
REACH
Series
Maximum Single Supply Voltage (V)
Multiplexer Architecture
TMUX4051DYYR Documents
Download datasheets and manufacturer documentation for TMUX4051DYYR
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Shipping Rate
Shipments are made once a day around 5pm, excluding Sundays. Once shipped, the estimated delivery time is usually 5-7 business days, depending on the courier you choose.
Delivery Methods
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