MC100ES6056EGR2

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

MC100ES6056EGR2 is a high-performance, low-power Multipoint-to-Multipoint (1: N) Buffer/Driver. It is designed to fan out one differential signal with minimum signal degradation. It is designed on the most advanced submicron CMOS process. It has extremely low power dissipation and the level of signal processed is still at the unity level (1:1) . This device is mainly used in many communication applications such as Ethernet, Fibre Channel, and system clocking.

MC100ES6056EGR2 is a balanced clock buffer, it can input one differential signal and fan out multiple signals in a low-power fashion. This can be a lifesaver for applications that require a high degree of noise immunity. It is ideal for large-scale board designs and applications where power consumption and electromagnetic interference (EMI) are critical issues.

The MC100ES6056EGR2 can be used in a variety of applications; clocks, low-skew multiplexers and level shifters. Clocks are common in many electronic systems, and the MC100ES6056EGR2 is designed to provide low jitter and low power solutions for such systems. It can be used to provide multiple synchronized clocks, or to drive multiple point-to-point clock connections.

Low skew multiplexers are used in many designs, wherein a single input can be driven to multiple outputs. The MC100ES6056EGR2 can be used to provide low skew outputs from one input. This can be used to fan out signals in high-speed, low power, low-skew manner. Level shifters are also common in many systems, and the MC100ES6056EGR2 can help provide a low-cost level shifting solution with low power consumption.

The MC100ES6056EGR2 provides a wide range of features, including extremely low power consumption and high-impedance logic inputs. It can also provide high-output current levels up to 310mA per output and has extremely low on-chip EMI levels. The device has very low propagation delay variation over temperature and process corners, which makes it very stable over time. It also supports multiple powering strategies, such as single-rail, dual-rail, and multi-rail supplies.

The MC100ES6056EGR2 also provides an additional feature called “Self-Timed Output.” This feature allows the device to be connected to multiple outputs, each output having its own timing path. This feature enables the MC100ES6056EGR2 to drive multiple clock outputs in a low-skew manner without requiring external components. This feature adds additional flexibility to the device, making it suitable for applications where the timing of the output signals is critical.

The MC100ES6056EGR2 is designed to operate in a wide range of operating temperatures and voltage levels. It supports a wide range of industries, including networking, telecommunications, military/aerospace, and industrial. It also has been designed to meet high-reliability/high-temperature requirements, such as those encountered in automotive and high-performance computing applications.

The MC100ES6056EGR2 is an important building block in many high-performance buffer/driver applications. It offers a unique combination of high performance and low power consumption, making it a logical choice for many engineered-in designs. Its wide range of features enable the device to fan out different types of signals in a low power fashion.

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