MAX9485EUP+

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The MAX9485EUP+ integrated circuit (IC) is a versatile and highly integrated device used to produce any frequency within the range of 10kHz up to 3.6GHz, with a voltage-controlled oscillator (VCO) that can both output and buffer the frequency. The MAX9485EUP+ is designed for applications such as clock and data recovery and wireless local area network DSSS applications. It is a complete integrated solution for any of these types of applications, and can provide accurate frequency control and low-voltage operation for a wide range of applications. With its wide tuning range, low-noise operation, and low supply current, the MAX9485EUP+ is an ideal solution for many high-frequency applications.

The MAX9485EUP+ includes a 1.5V to 3.6V input supply range, 1.2GHz oscillator, adjustable direct digital synthesizer (DDS), and integrated voltage-controlled oscillator (VCO). It also includes dual LVCMOS or LVDS outputs, a 5-bit binary output (PROM), three separate power-down modes, programmable attenuator, and a wide frequency tuning range. The MAX9485EUP+ further includes an adjustable output stage, allowing it to operate in either a low-noise mode, in which the output amplitude is adjustable from -140dBc/Hz up to 0dBc/Hz, or a wideband mode, in which the output amplitude is adjustable from -50dBc/Hz up to 0dBc/Hz.

The MAX9485EUP+ is designed to provide both high-frequency accuracy and low-voltage operation for a wide range of applications. With its wide frequency tuning range, low-noise operation, and low supply current, the MAX9485EUP+ is an ideal solution for many high-frequency applications. The 1.2GHz oscillator is designed to provide a stable frequency output, even when supply and temperature fluctuate, while the adjustable oscillator ensures that the oscillator can be tuned to exactly the desired frequency. The PLL can also be used to adjust the frequency in the event of any noise or other interferences that may occur in the system.

The MAX9485EUP+ is further equipped with dual LVCMOS or LVDS outputs, a 5-bit binary output (PROM), three separate power-down modes, programmable attenuator, and a wide frequency tuning range. This makes the MAX9485EUP+ an ideal solution for a variety of different clock and data recovery applications, including wireless local area networks, industrial communication systems, and high-speed serial data systems. The adjustable DDS feature allows for precise frequency control over the full range of frequencies, and the wide tuning range of the VCO ensures that the device can be easily configured to meet a variety of different applications.

The MAX9485EUP+ also includes a programmable attenuator, which can be used to reduce the power consumption of the device by controlling the amount of current sent to the output. This feature allows the MAX9485EUP+ to be used in applications where high power consumption is not desirable. Additionally, the MAX9485EUP+ includes three separate power-down modes, allowing the device to be quickly deactivated and powered down when not in use.

In summary, the MAX9485EUP+ is a highly integrated and versatile device designed to produce any frequency from 10kHz up to 3.6GHz, with a wide frequency tuning range, low-noise operation, and low supply current. The device is designed for applications such as clock and data recovery, wireless local area network DSSS applications, and industrial communication systems. It further includes dual LVCMOS or LVDS outputs, a 5-bit binary output (PROM), three separate power-down modes, programmable attenuator, and adjustable direct digital synthesizer.

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