NX3L2467PW,118

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The NX3L2467PW is a series of Interface Analog Switches, Multiplexers, and Demultiplexers from Panasonic Corporation. This series has a number of applications, as well as a range of different working principles. In this article, we explore these features in detail, as well as looking at application examples.

Product Overview

The NX3L2467PW is a range of analog switches, multiplexers, and demultiplexers, designed and manufactured by Panasonic Corporation. In total, the range consists of 99 devices and is uniquely suited to a broad range of applications that depend on analog signals, switching and multiplexing. Every device in the NX3L2467PW series is designed around an advanced, 32-bit architecture and features low-voltage and low-power consumption. Additionally, the series provides high-performance, fast-speed switching, as well as reliable operation in wide temperatures ranges.

Features and Benefits

The NX3L2467PW series benefits from advanced 32-bit architecture and a range of fast-speed switches. This design provides a number of advantages, such as increased reliability, high performance and lower power consumption. Additionally, the series has continuity under operation and is equipped with positive, negative and floating switching capabilities. This range also provides low device-to-device skew, as well as adjustable latency and jitter. Furthermore, this series features an integrated temperature compensation system and an on-state resistance of only 1 ohm.

Application Fields and Working Principles

The NX3L2467PW series is suitable for a wide range of applications, including automotive, industrial, medical, power management and transport. These devices can switch, multiplex and demultiplex analog signals, while providing reliable operation over wide temperature ranges. Furthermore, this series has excellent compatibility with a variety of different devices, such as programmable logic controllers, digital signal processors and analog-to-digital conversors. This series also works with multiple functions, such as the switching of the output of an analog-to-digital converter, amplification and multiplexing. The NX3L2467PW series is equipped with a variety of control methods, including edge-triggered, non-latched, clocked and grouped control. This series also provides an integrated temperature compensation system and a wide range of device-to-device skew.

Conclusion

The NX3L2467PW series of analog switches, multiplexers and demultiplexers is a highly versatile range of devices which are suitable for a variety of applications. This series benefits from advanced 32-bit architecture, low-voltage, low-power consumption and fast-speed switching. Additionally, it features adjustable latency and jitter, as well as a wide range of device-to-device skew. The NX3L2467PW is compatible with a variety of systems and can be used for multiple functions. With this range, Panasonic Corporation offers a reliable, high-performance series of switch devices for a variety of applications.

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