DS25CP104ATSQ/NOPB

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The DS25CP104ATSQ/NOPB is a logic signal switch, multiplexer and decoder all-in-one system. This device is commonly used in communications, audio, video, and distributed systems. It leverages a CMOS-compatible, load switchable output stage to facilitate the routing of fast, low-voltage digital signals. Its simple logic gates ensure fast switching speeds and very low power consumption.

The DS25CP104ATSQ/NOPB is designed for high-speed switching applications that require very low power consumption. Its output stage is designed to handle high-speed signals up to 300 MHz and to operate over a wide range of voltages from 1.2V to 3.3V. The device is fully compliant with the PCI 2.3 interface protocol and its high-performance, low-power CMOS circuitry significantly reduces power consumption.

The DS25CP104ATSQ/NOPB is a two-pole, two-throw switch. Each pole can be independently configured with a logic gate, with one pole connected to the output line and the other connected to ground. The switch is activated by a logic input that causes the logic gate connected to the output line to determine whether the line is in the high or low state. When the logic input is low, the outputhigh line is in the low state, while when the logic input is high, the outputhigh line is in the high state. The integrated power switch mode ensures very low power dissipation, even when the outputhigh line is in the high state.

The device also features an on-chip voltage reference that allows it to accurately regulate the output voltage of the gate, which ensures that the output voltage is independent of the input logic level. This makes it ideal for applications that have highly varying input voltages, such as communications, audio and video.

The DS25CP104ATSQ/NOPB is used in a wide variety of applications, including communications, audio, video and distributed systems. It is ideal for applications that require low power consumption, fast switching speeds and the routing of low voltage digital signals. Its on-chip voltage reference ensures accuracy and makes it suitable for applications that have highly varying input voltages.

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