SY58032UMG

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The SY58032UMG is a low-voltage differential signaling (LVDS) differential line driver for use in clock and data applications. It provides a high-speed, precision differential output for system timing, clocking, and data transmission applications requiring operating frequencies up to 3 Gbps. The SY58032UMG is designed to reduce EMI radiation and meet the most stringent industrial and telecom design requirements.

The SY58032UMG features two differential outputs with a wide choice of output driver sizes, including a low voltage swing selection, to minimize EMI. The fully differential LVDS output is capable of switching between two levels, usually 0.3 V and 1.7 V, but the specific levels depend on the device configuration. It can also operate over a wide range of supply voltages (1.8 V to 3.3 V) and temperatures (-40°C to +85°C). The SY58032UMG is particularly well-suited for applications that require very low voltage and/or low power consumption.

The SY58032UMG also provides several set up control and information interfaces, including multiple slew rate selections, a 2-bit output enable/disable control, an output enable/disable status flag output, a "pin-to-pin" logic compatible enable/disable status flag output, and diagnostics information through an additional output enable flag. It is also designed to meet a wide range of EMC, ESD and radio frequency interference (RFI) immunity standards, so it\'s well-suited for industrial and telecom applications.

In addition to its low-voltage differential signaling (LVDS) output, the SY58032UMG also includes a unique differential line driver allowing for easier design and improved system performance. The SY58032UMG is designed to reduce EMI radiation and meet the most stringent industrial and telecom design requirements, making it an ideal choice for clock and data transmission applications. It\'s particularly well-suited for applications that require very low voltage and/or low power consumption.

The SY58032UMG is designed primarily for use in clock applications and offers several features to optimize system performance. It features a digital frequency scaling output, allowing any frequency between 0.3 and 3.3 Ghz to be programmed via two external resistors. It also provides a phase lock loop (PLL) control output, which helps minimize frequency jitter. In addition, the SY58032UMG features a wide range of output driver sizes, allowing for greater flexibility when optimizing system performance.

The SY58032UMG is optimized for industrial, telecom and data transmission applications. It is well-suited for applications that require very low voltage, low power consumption and high speed. The rate of data transmission for these applications ranges from 1 bit/s to 3 Gbit/s. The SY58032UMG also comes with a host of features to further improve its performance, such as adjustable slew rate and EMC/ESD/RFI immunity.

In conclusion, the SY58032UMG is an ideal choice for low voltage and low power differential line drivers for clock and data applications. It provides a high-speed, precision differential output for system timing, clocking and data transmission applications at operating frequencies up to 3 Gbps. It features multiple slew rate selections, a 2-bit output enable/disable control, a "pin-to-pin" logic compatible enable/disable status flag output, and diagnostics information through an additional output enable flag. The SY58032UMG also comes with a digital frequency scaling output, a PLL control output, wide range of output driver sizes and EMC/ESD/RFI immunity.

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