8SLVP1104ANLGI8

The 8SLVP1104ANLGI8 is a part of the broad category of clock and timing devices known as clock buffers, drivers and repeaters. It is used to distribute and condition a clock signal, by producing fanout, skew reduction and noise immunity. Used commonly in many types of systems including telecommunications and computing, clock buffers, drivers and repeaters are essential components in many circuitry designs.

The 8SLVP1104ANLGI8 is a single-ended clock buffer or driver with four outputs that functions as a one-to-four fanout buffer. It operates with low-voltage differential signaling (LVDS) input levels and can drive devices with a supply voltage range from 1.8V to 3.3V. The device reduces output skew and lessens jitter, making it ideal for use in clock and trigger circuits.

Most commonly, this type of clock buffer/driver is used to evenly distribute and precisely drive any clock signal over a wide range of frequencies. They usually provide improved signal integrity and noise immunity, as well as minimal delay and jitter. The 8SLVP1104ANLGI8 is designed to meet JESD8-14 and JESD8-12 requirements. Its package is an 8-pin VFD in a space-saving, RoHS-compliant,-5 ball VQFN package.

The 8SLVP1104ANLGI8 part is used in a variety of applications, including device and clock synchronization, frequency dividing, clock/reset/set distribution and phase-locked-loop frequency synthesis, as well as industrial and consumer systems. Furthermore, it can be used in telecommunications, automotive, military, aerospace, consumer electronics, avionics and imaging systems.

The working principle of the 8SLVP1104ANLGI8 is based on the concept of fanout, where a single input is used to drive multiple outputs. This type of device acts as a buffer, which amplifies and adjusts the current level for proper propagation along a line. It also ensures that the signal does not get degraded during the process.

The 8SLVP1104ANLGI8 consists of a single-ended input stage and four differential outputs (A–B, C–D) that can drive loads up to +50MW. Furthermore, LVDS levels at the differential outputs (A–B, C–D) remain reasonably low from 1.8V to 3.3V logic levels. Thus, enabling it to drive multiple outputs, reduce jitter, decrease output skew and reduce power consumption. That is why the 8SLVP1104ANLGI8 is a very suitable component for driving transistor–transistor logic (TTL) and low-voltage complementary metal–oxide–semiconductor (CMOS) clock signals at higher speeds, with minimal distortion.

In conclusion, the 8SLVP1104ANLGI8 is a clock buffer/driver designed for driving transistor–transistor logic (TTL) and low-voltage complementary metal–oxide–semiconductor (CMOS) clock signals on a wide variety of applications. It is used to distribute, reduce skew and condition a clock signal, and can operate at varying supply voltage levels ranging from 1.8V to 3.3V. By providing precision levels, improved signal integrity and added noise immunity, the device is a suitable solution where high-performance and reliability matters.