SY89464UMY-TR

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The SY89464UMY-TR is a CMOS differential bus driver used primarily in clock and timing applications. It is a 4-bit driver ideal for use in systems that require extended electrical and timing isolation. This device provides high-bandwidth data transfer with low-frequency jitter and has a wide common-mode input range from 0 to 5 volts.

The SY89464UMY-TR is designed with a differential clock output structure consisting of four data outputs, one for each differential output pair. This device operates with low-frequency clock signals and is capable of providing a full-scale voltage swing output at low duty cycles. In addition, the SY89464UMY-TR is able to drive up to a 4-bit bus with a single driver, allowing for a higher level of compatibility. In addition to its low-frequency operation, the SY89464UMY-TR also operates with high frequencies and is capable of operating at frequencies up to 200 MHz.

The SY89464UMY-TR has a wide operating temperature range and utilizes a CMOS logic family of components, which allows for reliable operation across a wide range of temperatures. This device has a high output driving capability with a maximum output voltage swing of 8.0 volts and a maximum current sourcing capability of 300mA. The outputs are capable of sinking currents up to 5 mA without sacrificing performance.

The SY89464UMY-TR employs multiple advanced features such as output slew rate control and built-in skew control. The output slew rate control ensures that the outputs transition from logic HIGH to logic LOW or vice versa in a controlled manner, ensuring accurate timing of outputs. The built-in skew control allows for more flexibility and optimization of the circuit, by allowing the user to control the skew between different clock outputs. This device includes an internal load to aid in load balancing and provides high drive current capability, allowing the user to drive large capacitors at low speeds.

The SY89464UMY-TR is designed for use in a wide range of clock and timing applications, such as general-purpose data acquisition systems, clock-recovery and timing circuits, digital signal processing systems, FPGA timing paths, and wireless communications systems. This device is also well-suited for applications requiring tight control of data input and output timing and can be used to help meet stringent bandwidth requirements. The SY89464UMY-TR enables clock and timing administrators to achieve higher levels of performance than traditional clock buffers and drivers.

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