DG407 (10)
The DG407 series is available from Renesas Electronics America Inc at Xecor. Designed for high-performance analog multiplexing, the DG407 offers low power consumption (less than 1.2mW), fast transition times (up to 300ns), and TTL/CMOS compatibility. Available in 28-pin SOIC packages, it is ideal for applications in industrial automation, telecommunications, and test and measurement systems. Whether used in signal routing, data acquisition, or precision instrumentation, this series ensures reliable performance, scalability, and efficiency for demanding applications. Xecor is an authorized distributor for Renesas Electronics America Inc. Please view our extensive selection of the DG407 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| DG407DYZ | 1 28-Pin SOIC W | SOIC-28 | 8,207 | |
| DG407DY | 0.334027778 rated Multiplexer Switch ICs | 28-SOIC | 6,309 | |
| DG407DJ+ | :1 in 28-Pin PDIP | 28-DIP | 5,730 | |
| DG407DN+ | Dual 8-Channel Analog Multiplexers | 28-LCC(J-Lead) | 8,869 | |
| DG406DW-E3 | Multiplexer featuring 16 channels and an input voltage range of 5 to 20 V, with a typical impedance of 50 Ohms and a typical leakage current of 0 | 28-SOIC | 5,631 | |
| DG407EWI+ | Accurate and reliable multiplexing solutio | SOIC-28 | 9,923 | |
| DG407CJ+ | Upgrade your analog multiplexer with DG407CJ+ for improved performance | PDIP-28 | 3,002 | |
| DG407CWI+ | Experience improved functionality with our advanced CMOS Analog Multiplexers | SOIC-28 | 2,939 | |
| DG407CWI+T | High-performance dual analog multiplexer in 28-pin SOIC package | SOIC-28 | 6,109 | |
| DG407DN+T | Multiplexer Switch ICs Improved, 16-Channel/Dual 8-Channel, CMOS Analog Multiplexers | PLCC-28 | 7,683 |
Key Featrues
Low On-Resistance (Max: 100Ω) - The low on-resistance ensures minimal signal attenuation and power loss, making it ideal for precision analog signal routing in applications like data acquisition systems and audio equipment.
Fast Transition Time (Max: 300ns) - The rapid switching capability enhances performance in high-speed applications, reducing signal delay and improving overall system responsiveness in time-critical environments.
Low Power Consumption (PD < 1.2mW) - This feature significantly reduces energy usage, making the component suitable for battery-powered devices and energy-efficient systems, extending operational life and reducing heat generation.
Wide Supply Voltage Range (7.5V to 44V) - The broad voltage range allows for versatile use in both low and high voltage systems, providing flexibility in various industrial, automotive, and consumer electronics applications.
TTL and CMOS Compatibility - This compatibility ensures seamless integration with both TTL and CMOS logic families, simplifying design and enhancing interoperability in mixed-signal circuits.
Fast Transition Time (Max: 300ns) - The rapid switching capability enhances performance in high-speed applications, reducing signal delay and improving overall system responsiveness in time-critical environments.
Low Power Consumption (PD < 1.2mW) - This feature significantly reduces energy usage, making the component suitable for battery-powered devices and energy-efficient systems, extending operational life and reducing heat generation.
Wide Supply Voltage Range (7.5V to 44V) - The broad voltage range allows for versatile use in both low and high voltage systems, providing flexibility in various industrial, automotive, and consumer electronics applications.
TTL and CMOS Compatibility - This compatibility ensures seamless integration with both TTL and CMOS logic families, simplifying design and enhancing interoperability in mixed-signal circuits.
Applications
High-Impedance Signal Multiplexing: The Vishay DG406DW-E3 is perfect for multiplexing high-impedance signals from sensors like thermocouples, RTDs, or pH probes. Its low ON-resistance (100Ω max) and fast transition time (300ns max) ensure minimal signal distortion, making it ideal for precision measurement systems in industrial and laboratory settings.
Automated Test Equipment (ATE): The DG406DW-E3 can be used in ATE systems to switch between multiple test points or signal sources. Its 16:1 multiplexing capability and compatibility with TTL/CMOS logic allow for efficient signal routing and testing of complex circuits, ensuring high throughput and accuracy in manufacturing environments.
Data Acquisition Systems: This multiplexer is well-suited for data acquisition systems that require switching between multiple analog inputs, such as temperature, pressure, or voltage sensors. Its low power consumption (<1.2mW) and dual/single supply operation make it a reliable choice for portable or battery-powered applications.
Medical Instrumentation: The DG406DW-E3 can be integrated into medical devices for signal routing in applications like patient monitoring or diagnostic equipment. Its low charge injection and high-performance CMOS design ensure accurate signal handling, critical for maintaining the integrity of sensitive biomedical measurements.
Automated Test Equipment (ATE): The DG406DW-E3 can be used in ATE systems to switch between multiple test points or signal sources. Its 16:1 multiplexing capability and compatibility with TTL/CMOS logic allow for efficient signal routing and testing of complex circuits, ensuring high throughput and accuracy in manufacturing environments.
Data Acquisition Systems: This multiplexer is well-suited for data acquisition systems that require switching between multiple analog inputs, such as temperature, pressure, or voltage sensors. Its low power consumption (<1.2mW) and dual/single supply operation make it a reliable choice for portable or battery-powered applications.
Medical Instrumentation: The DG406DW-E3 can be integrated into medical devices for signal routing in applications like patient monitoring or diagnostic equipment. Its low charge injection and high-performance CMOS design ensure accurate signal handling, critical for maintaining the integrity of sensitive biomedical measurements.
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