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QuickChip Design Example 1 - A Silicon Bipolar Broadband PLL Building Block Integrated Circuit

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Abstract: A broadband phase-lock loop (PLL) building block integrated circuit (IC) that can accommodate signal frequencies from 0.5GHz to 9GHz is presented. The design integrates a prescaler with selectable divide ratio, a phase detector, a voltage-controlled oscillator for production testing, and associated circuitry. The chip is designed on Maxim's GST-2 bipolar linear array technology and is packaged in a 16-pin plastic dual in-line package. The result is a low-cost, broadband solution for a variety of PLL systems.
Maxim > App Notes > ASICs SIGNAL GENERATION CIRCUITS WIRELESS, RF, AND CABLE

Keywords: silicon bipolar, PLL, integrated circuit, IC, Maxim, GST-2, QuickChip, ASIC, broadband pll Mar 27, 2001

APPLICATION NOTE 635
QuickChip Design Example 1 - A Silicon Bipolar Broadband PLL
Building Block Integrated Circuit

Abstract: A broadband phase-lock loop (PLL) building block integrated circuit (IC) that can accommodate signal
frequencies from 0.5GHz to 9GHz is presented. The design integrates a prescaler with selectable divide ratio, a
phase detector, a voltage-controlled oscillator for production testing, and associated circuitry. The chip is
designed on Maxim's GST-2 bipolar linear array technology and is packaged in a 16-pin plastic dual in-line
package. The result is a low-cost, b……
标签:MaximsiliconbipolarPLLintegratedcircuitICMaximGST-2QuickChipASICbroadbandpll
QuickChip Design Example 1 - A Silicon Bipolar Broadband PLL Building Block Integrated Circuit
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