MAX9320BEUA+T Integrated Circuits (ICs)

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The MAX9320BEUA+T is a monolithic CMOS clock generator designed for a variety of applications such as clocking microprocessors, digital signal processors (DSPs), peripheral controllers, and other clock-generating integrated circuits. The clock generator is engineered to provide very low noise and stable clock rates. The operating frequency range of the MAX9320BEUA+T clock generator can be extended from 1.2 GHz to 8.8 GHz.

The MAX9320BEUA+T clock generator features an active pull-up path at the output, in addition to an active pull-down path for power savings. This clock generator can be used as a single-ended clock driver, double-ended clock driver, or as a differential clock generator. The power-down feature allows the device to be powered down when not in use to reduce power consumption.

The MAX9320BEUA+T is well-suited to wireless applications since it can be used to generate the frequency hopping (FH) signals used in IEEE 802.11 Wi-Fi networks. It can also be used in cordless telephones, digital cameras, and other consumer electronics applications. Additionally, the MAX9320BEUA+T clock generator is suitable for clock synthesis applications such as clocking digital-to-analog converters (DACs) or digital-to-RF converter (DRFs) used in communication systems.

The MAX9320BEUA+T clock generator operates from a single 3.3V voltage supply and is optimized to produce low jitter and excellent spread-spectrum performance. The device can produce stable clock signals with jitter of less than 0.4ps. The clock output is valid for a maximum frequency range of 8.8 GHz and a minimum of 1.2 GHz. The device uses a current steering logic to produce a CMOS output capable of driving intermediate loads of up to 50pF.

In addition to the clock output, the MAX9320BEUA+T has three control inputs that provide the user with added flexibility. These control inputs include a clock disable input, a clock selection input, and the spread spectrum control (SSC) signal. The clock disable input can be used to control the power consumption of the device by enabling or disabling the clock. The clock selection input allows the user to select the frequency of the clock at which the device will operate. The SSC signal allows the user to program the spread-spectrum clock signal.

The MAX9320BEUA+T is a high-performance clock buffer that can be used in a variety of applications. It features a variety of control inputs that allow the user to select and control the frequency, phase, and spread-spectrum characteristics of the clock signal. The device is able to produce clock signals from 1.2 GHz to 8.8 GHz. Its low jitter and spread-spectrum performance make it well-suited for applications such as clocks for microprocessors, DSPs, and peripheral controllers, as well as clock synthesis for DACs and DRFs used in communication systems.

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