MC10EL11DTR2

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The MC10EL11DTR2 is an advanced CMOS Differential Buffer/Line Driver. It is used as an interface between clock signals and microprocessors, as well as for clock and data distribution among logic components. The MC10EL11DTR2 is classified as an electronic chip belonging to the Clock/Timing - Clock Buffers, Drivers category.

The MC10EL11DTR2 has a wide range of applications in many areas. It is suitable for Computer Motherboards, Network Routers and Switches, Digital Video Surveillance Systems, Wireless Networking, Automotive Applications, Servers and Storage, Audio Visual, Power Supplies, and other applications that require precise timing of digital and analog signals. In many cases, the MC10EL11DTR2 can replace several discrete components that otherwise would need to be used in order to route the correct clock signal.

The MC10EL11DTR2 belongs to the family of MC10/100 Clock Buffers, Drivers, and Repeaters. It is an 8-pin, surface mount device that provides improved static and dynamic performance over similar device types. The device operates from a single-ended input, and can generate two complementary outputs with adjustable duty cycles. The MC10EL11DTR2 features a low 200 ps (max) propagation delay, high drive outputs up to 25 mA and wide operating voltage range from 3V to 5.5V.

The MC10EL11DTR2 has two operating modes: differential buffer mode, and differential line mode. In differential buffer mode, the device will receive two input signals, VIN and VINB, and generate two output signals, VOUT and VOUTB, that are dependent on the state of the input signals. In differential line mode, the device will receive two input signals, VIN and VINB, and generate two outputs that are independent of the states of the input signals. The differential inputs and outputs provide improved noise immunity over single-ended inputs and outputs.

The MC10EL11DTR2 also has an enable/disable feature. This feature allows the user to place the device in high-impedance states when disabled, and the outputs will be in high-impedance mode. This feature can help reduce power dissipation, as the device will consume no power when disabled. Additionally, when enabled, the device is configured to automatically disable the outputs after a predetermined amount of time. This feature is useful in applications where the outputs must be continuously held in a known logic state.

The MC10EL11DTR2 is a versatile and reliable clock buffer/driver. It is capable of operating over a wide range of temperature, supply voltage, and process variations, making it suitable for a variety of applications. Furthermore, the device is designed to work with both differential and single-ended signaling and features an enable/disable option, making it a perfect choice for any clock buffer/driver application.

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