ADG733BRQ

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The ADG733BRQ is an analog switch, multiplexer, demultiplexer designed to meet the stringent requirements of high-performance communication system applications, including Ethernet backplane switching, bit-error rate testers, analog-to-digital converters, USB ports, and much more.The ADG733BRQ is a 3:1 switching device featuring 24 channels and 10~GHz bandwidths. It has an operating temperature range of -40°C to +85°C and a stand-alone power supply of 1.8 V to 5 V, depending on the package.The ADG733BRQ offers monolithic integrated circuit construction with a low power consumption of just 3.5 mW at 1.8 V and 5 mW maximum at 3.3 V. Its input channels and switch ports are compatible with TTL/CMOS or 5 V and allow a wide range of DC and AC voltages. It also features a low charge injection of 2 pC and an off-state resistance of 5 kohms at 3.3 V.The ADG733BRQ ensures excellent electrical performance and reliable switch operations by incorporating a high speed switching optimization circuit, which features built-in on-chip timing controllers, synchronization, and data path protection. Its terminal capacitance is minimized to reduce power dissipation, and channel-to-channel isolation is optimized to guarantee superior signal integrity.The ADG733BRQ is composed of two independent multiplexers and two independent demultiplexers. Its MUX channels are back-terminated, while its DEMUX channels are CMOS-compatible. The device is compatible with an external clock rate of up to 40 MHz and can be synchronized with external devices.The ADG733BRQ is easy to use in applications such as Ethernet bridge/converter systems, microprocessor-to-DSP communication systems, optical switches, and more. To program, simply connect its pins to a computer by applying electrical signals from a switch register.In summary, the ADG733BRQ is an excellent choice for applications requiring low power over a wide range of voltage and temperature ranges. Its fast switching speed and high performance make it suitable for a variety of applications.

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