SN75LP196N

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The SN75LP196N is a dual differential line receiver, which belongs to the interface category of drivers, receivers and transceivers. It is mainly used in the system for signal reception, signal processing and output. The SN75LP196N is designed for applications requiring high speed, long distance differential communication over a limited number of signal ranges. This receiver has a low power consumption, low noise level and high immunity to electromagnetic interference.

Integrated into the SN75LP196N IC is a differential line receiver that consists of two input channels, differential inputs and outputs, and a differential amplifier. Each channel has a dedicated high-speed, low-noise amplifier that maximizes signal fidelity and ensures that there is low signal-to-noise ratio. The differential amplifier present within the IC can be used to amplify the signal amplitude that is received by one of the inputs so that the output is more accurately expressed. The differential output signal can be further processed by the user.

The SN75LP196N is constructed with a small die size made up of a mixed signal CMOS process. This enables a low power consumption, low noise levels and high immunity to electromagnetic interference. The SN75LP196N operates over a wide range of supply voltages (4.75 to 5.25V) and its signal swings are compatible with the SSTL_2, SSTL_3, SSTL_15 and the HSTL class of standards. It can be employed in the transfer of data across a limited number of signal ranges including LVDS, PECL, LVPECL, LVTTL and SSTL.

The SN75LP196N is used in applications that require high speed, long distance differential communication across multiple signal lines as well as reliability, noise and power integrity. Examples of such applications include industrial HD video, communication systems, switches, routers and transceivers. When employed in these systems, the SN75LP196N is used in order to receive signals coming from the transmission lines, process and amplify them and then transmit the signals back onto the transmission lines.

The design of the SN75LP196N is such that it allows for improved signal integrity when transferring data over long distances compared to traditional single-ended signals. For example, if two devices are connected using the SN75LP196N, the electrical noise generated by one device does not affect the signal being sent from the other device. As well, the SN75LP196N is designed to reduce concerns of crosstalk or interference. It does this by using differential pairs of wires to transmit the signal. Crosstalk occurs when two signals intersect, causing interference; however, using a differential signal pair reduces the chances that this will happen.

The SN75LP196N can also be used in applications that require low power consumption. This makes the SN75LP196N an ideal choice for applications running on batteries, such as mobile devices or medical devices. Additionally, the SN75LP196N is able to communicate over long distances at high speeds, which is an advantage when dealing with large data files. This makes the SN75LP196N an ideal solution for applications requiring high speed data transfer that needs to span a long range, such as satellite communications.

In conclusion, the SN75LP196N is a dual differential line receiver that is designed for applications that require high speed, long distance, reliable communication and low power consumption. It is a highly versatile solution for a variety of applications and its signal integrity over long distances makes it an ideal choice for many communication systems.

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