PI90LV179WE

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The PI90LV179WE is an integrated circuit transceiver that provides low voltage differential signaling (LVDS) to transmit and receive multiple data streams over long distances. It has a wide range of applications in high-speed data links, such as in audio and video equipment, computer peripherals, automotive applications and medical devices. This article will discuss the application field and working principle of the PI90LV179WE.

Applications
The PI90LV179WE is well-suited for applications that require low voltage differential signaling (LVDS) technology. This includes transmitting or receiving high speed data streams over long distances. The PI90LV179WE is designed for applications with data rates up to 1.25 Gb/s, and can be used in a variety of applications such as industrial, automotive, and medical devices. It is ideal for Canon’s EOS digital cameras, and is used extensively in audio and video equipment.

The PI90LV179WE is also well-suited for a variety of automotive applications. It is used for communication between navigation systems, for audio systems, and for parking assistance. Additionally, it can be used for diagnostics, airbag systems, active suspension, anti-lock brake systems, and tire pressure monitoring systems. In medical applications, the PI90LV179WE is used for communication between patient monitors and medical imaging systems.

Working Principle
The PI90LV179WE is an Integrated Circuit (IC) transceiver. It supports low voltage differential signaling (LVDS) technology, which allows for higher data rates over long distances. The PI90LV179WE has a low power consumption and a differential output of 0.8V. It provides data rates up to 1.25 Gb/s, which allows for high-speed transmission of data over long distances.

The working principle of the PI90LV179WE is based on the transmission of data in two different forms—data transmitted over single-ended drivers and receivers, and data transmitted over differential drivers and receivers. In single-ended transmission, the signal passes through one conductor, while in differential transmission the signal is sent over two conductors at the same time. The PI90LV179WE supports both types of transmission.

When operating in single-ended mode, the PI90LV179WE utilizes a single-ended driver that transmits data in a voltage range of 0 to 1.8V. The receiver uses a positive differentially-terminated output to detect the incoming signal from the driver. In differential mode, the PI90LV179WE utilizes a differential driver that transmits a voltage in two different directions. The receiver utilizes a differential receiver to detect the signal from the driver.

The PI90LV179WE is designed for high-speed, low-voltage signal transmission, making it ideal for a variety of applications in industrial, automotive, and medical technology. Its differential output supports high data rates up to 1.25Gbps, and its low power consumption allows for long-distance transmission over long distances.

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