CY28411OXC-1

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

CY28411OXC-1 is an octal, low-voltage differential signaling (LVDS) differential output buffer. It can accept a wide range of input frequencies and is ideal for applications where operating cost or system complexity must be minimized. This device has an operating voltage range of 1.65V to 3.6V, and is designed to handle frequencies up to 400 MHz.

In terms of applications, CY28411OXC-1 is particularly suitable as a synchronous interface for modern digital systems, including networking and digital visual interfaces (DVI). It is ideal for these applications due to its low power consumption, low output voltage skew and high frequency support. It is also suitable for memory interface and clock signal distribution applications.

The CY28411OXC-1 can be used to convert a single-ended signal into a differential signal, or to convert one differential signal into a second differential signal at a different frequency. In order to achieve this, a circuit which includes the CY28411OXC-1 must convert the input signal into a signal that can be accurately recognized by the device.For single-ended signal conversion, the input signal must first be level-shifted and inverted so that the differential signal level can be controlled by the device. For multi-bit signals, each of the individual bits must be level-shifted and inverted, and then the resulting differential signals must be combined into a single, multiplexed signal. The CY28411OXC-1 is equipped with a differential output which eliminates skew between the signals.

The CY28411OXC-1 works by using a differential architecture to convert single-ended into differential signals. This architecture uses two complementary signals to represent a single digital signal. A positive signal is used to represent a "1" bit, and a negative signal is used to represent a "0" bit. The two complementary signals are then transmitted as a differential signal, with the complementary signals transmitted on separate wires. The advantage of this architecture is that the data being sent is less prone to corruption from noise and other sources. The CY28411OXC-1 takes this architecture and applies it to the clock and timing applications.

The CY28411OXC-1 features a double output, which can be configured to transmit either a single-ended signal or a differential signal. In addition, the device is able to buffer the outputs and ensure that they remain accurately synchronized with the inputs. The CY28411OXC-1 also features switchable output levels, adjustable output delay, and an adjustable slew rate, allowing it to be optimized for specific applications.

Overall, the CY28411OXC-1 is a highly useful device for clock and timing applications. It can be used to convert single-ended into differential signals and can be easily adapted to various clock and timing interfacing needs. Its low power consumption, low output voltage skew, and high frequency support makes it particularly suitable for modern digital systems, including networking and DVI.

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