PI90LVT02TEX Application Field and Working Principle

The PI90LVT02TEX is a low-voltage (LV) transmitter from Philips Semiconductor that is used in a variety of product designs to replace the commonly used 5V transmission systems. This product is the first in its class that is able to achieve high-speed data transmission with a low-voltage I/O. The PI90LVT02TEX is suitable for a variety of applications and can be integrated into, or used as an interface between, a number of different systems.

Features

The PI90LVT02TEX is designed to provide high reliability, low-power consumption and compact size. It has a low-voltage I/O range from 2.5-3.3V and supports clock frequencies up to 120MHz. The device also offers a wide range of configurable options for data rate, data format, input voltage, and control outputs. The device is highly integrated and includes an FIFO memory, a clocking circuit, multiplexers and clock buffers, as well as an output VDDIO buffer. The PI90LVT02TEX also offers several features to improve the industrial and automotive user’s experience. These features include an adjustable output clock frequency, adjustable input data rate, an integrated clock buffer and multiplexers, and an adjustable voltage range. The device also supports hot-swapping and supports low-voltage switching, reducing the need for power cycling. The device also features an integrated fast clock circuit, which enables it to quickly switch between transmission protocols for compatibility with different systems. Other features include a power save mode, which allows the user to reduce power consumption by reducing the clock frequency. In addition, the device can automatically detect and respond to errors in communication, allowing for improved system reliability.

Applications

The PI90LVT02TEX is a low-voltage transmitter that is suitable for a range of applications due to its adjustable input data rate and adjustable voltage range. The device can be used in industrial and automotive applications, as well as multimedia applications and most communication systems. In industrial and automotive applications, the device can be used to connect sensors, devices, and systems in a standard low-voltage manner. The device is also suitable for multimedia applications, such as streaming video and audio, as well as communications systems, including wireless communications. The device can also be used to connect digital and analog signals, such as connecting analog sensors to a digital control system. The device can also be used in digital video systems, as it has the ability to transmit video data very quickly with its high-speed clock. In addition, the device can also be used in audio systems, to transmit digital audio data between devices. The device is also ideal for connecting embedded systems, such as microcontrollers, to other systems.

Working Principle

The PI90LVT02TEX is an LVT transmitter that works on the principle of differential signaling. It does so by sending two signals with different phases, which are then combined by the receiver. The transmitter uses LVT to achieve transmission speeds of up to 120MHz with a low voltage I/O range. The device is essentially composed of three major components - the transmitter, receiver, and control logic. The transmitter is in charge of generating signals with different phases, while the receiver is responsible for combining the signals. The control logic is responsible for controlling the clock speed, the data rate, and the output voltage. When a signal is received, it is transmitted to the receiver using an LVT system. The receiver then decodes the signal and passes it to the control logic, which then sends the data to the appropriate destination. The control logic also sets the clock speed and output voltage to ensure the data is transmitted correctly.

Conclusion

The PI90LVT02TEX is an LVT transmitter from Philips Semiconductor that is suitable for a variety of applications and can be integrated into, or used as an interface between, a number of different systems. The device offers a range of configurable options for data rate, data format, input voltage, and control outputs. In addition, the device also features an integrated fast clock circuit to quickly switch between transmission protocols, and offers power saving mode, error detection and hot-swapping capabilities. The device is suitable for industrial and automotive applications, as well as multimedia applications and communication systems.