SN65LVCP1414RLJR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SN65LVCP1414RLJR is an interface IC capable of signal buffering, repeater, and splitting. It is a key component in many high-efficiency, low power systems, and is used to isolate or buffer complex digital or analog signals. The SN65LVCP1414RLJR is a MAXIM part number for an 8-channel signal buffer and repeater designed for the transmission of low and mid speed signals in serial and parallel format. The low power of the chip makes it ideal for battery powered or low power systems and its many features, such as ESD protection, and improved signal integrity, serve to protect data lines and reduce interference. It also provides push-pull output drives and input buffers which enable it to connect to coaxial cables, terminals and other potential noise sources.

The SN65LVCP1414RLJR provides an efficient solution for signal buffering, repeater and splitting applications. It is capable of simultaneously buffering and repeating up to 8 signals, aiding in the transmission of low and mid speed data across multiple channels. Additionally, it is also capable of simultaneously splitting a signal into two or four separate signals, allowing for greater flexibility in layout design when it comes to signal routing.

The SN65LVCP1414RLJR buffers and repeats signals using a combination of differential amplifiers and signal separation techniques. At the heart of the device is a set of four differential pairs, each containing a positive and negative input, and a signal out line. These signals are then further buffered and separated into four further signal outputs. By controlling the input signal and the differential amplifier, it is possible to isolate a signal from interference and transmit it with greater clarity.

The signal repeater portion of the SN65LVCP1414RLJR is built around a two-stage voltage translator circuit. This circuit amplifies and cleans up the signal, reducing jitter and noise. The input signal is passed through a pre-amplifier before being passed to the voltage translator. The voltage translator then amplifies the signal and reduces any jitter or noise that may have been present in the original input signal. This process provides a clean output signal that is then ready to be sent to a display device.

The SN65LVCP1414RLJR is an incredibly versatile part, and its unique features make it an ideal choice for signal buffering and isolating applications in a variety of devices. Its low power consumption and high levels of ESD protection make it a reliable choice for many applications, including medical, automotive and industrial. Its ability to buffer and repeat signals across multiple channels, as well as split signals into two or four separate signals, allow for a greater degree of flexibility in system design.

The specific data is subject to PDF, and the above content is for reference