Overview of NB7VPQ904MMUTWG by onsemi
The NB7VPQ904MMUTWG by onsemi is a 1.8V USB Type-C™ DisplayPort™ ALT Mode 10Gbps Linear Redriver, housed in an X2QFN-32 package on a 3000-reel. Designed primarily for enhancing signal integrity by reducing jitter and compensating for losses in high-speed differential signals, this part serves as a crucial component in digital communication interfaces. The IC operates over a narrow supply voltage range from 1.71V to 1.89V, with a nominal supply voltage of 1.8V. It features no lead in its terminals, which aligns with contemporary environmental standards.
The package of this device, X2QFN-32, is notable for its very thin profile and compact form — dimensions being just 4.5 mm in length and 2.85 mm in width, with a maximum seated height of 0.4 mm. This makes the NB7VPQ904MMUTWG ideal for space-constrained applications. The part’s moisture sensitivity level is classified at 1, indicating its robustness in humid environments. Permitted for operation within the stringent conditions experienced during soldering, its peak reflow temperature can reach up to 260 degrees Celsius.
This linear redriver is currently marked as “Active” in its lifecycle, which means it is in continuous production and presumably readily available, subject to stock statuses. Factory lead time for ordering these components is generally about 2 days, as of the current writing, showing its quick availability for project continuations.
Industry Applications for NB7VPQ904MMUTWG
The versatile characteristics of the NB7VPQ904MMUTWG potentially make it suitable for inclusion in several demanding applications across different industries. Given the specifications and the primary functionality of this part, below are hypothetical applications within selected industries:
- Transportation and Logistics: In secure communication systems within transport infrastructure, this component could potentially be used to enhance data transfer in vehicle-to-infrastructure communication methods to support real-time traffic information and connectivity between vehicles and control stations.
- Renewable Energy: For control systems in solar or wind farms, the high-speed data capabilities of the NB7VPQ904MMUTWG might be utilized to ensure robust and reliable monitoring and management communications between distributed devices.
- Automotive: Within automotive applications, particularly in next-generation, high-speed network vehicles, the part could enhance the connectivity features of infotainment and autonomous driving systems by ensuring data integrity in DisplayPort interfacing for video streaming and high-resolution displays.
It is important to highlight that these potential industry applications are conceptual, and integrating this part into specific applications should be accompanied by thorough analysis and validation by technical teams to ensure compliance with industry norms and specialized requirement needs.
About onsemi
onsemi is a well-known leader in the semiconductor industry, extensively engaged in developing innovative solutions that help solve complex challenges in electronics. A significant focus for onsemi is Line Driver or Receivers, a categorization under Drivers And Interfaces where the NB7VPQ904MMUTWG stands out. The company’s commitment to providing environmentally friendly, highly reliable, and functionally robust components is epitomized through their broad portfolio which includes an array of similar parts to those of NB7VPQ904MMUTWG, ensuring a wide selection for specific needs in digital interface technology.
Where to Find NB7VPQ904MMUTWG by onsemi
While NB7VPQ904MMUTWG has been listed in several major distributors, including Mouser Electronics, DigiKey, and Future Electronics, inventory levels and availability might vary. To find and compare current stock and pricing from various reputable distributors, it’s advisable to search at findchips.com. Additionally, this site provides the functionality to explore comparable parts offered by onsemi or other manufacturers, aiding in selecting the ideal component as per your project requirements.