RF Fractional Integer N Synthesizer VCO 32TQFN

MAX2870 Wideband PLL Frequency Synthesizer

Analog Devices / Maxim Integrated

The purpose of this presentation is to deliver a preliminary tutorial on PLL frequency synthesizers and introduce the MAX2870.  It is designed to help viewers understand where PLL frequency synthesizers are used in wireless communications systems, learn why the PLL synthesizer is important, review the MAX2870 features and benefits, explore some typical applications, and highlight the MAX2870 support tools for evaluation and design-in.

Related Parts

ImageManufacturer Part NumberDescriptionRF TypeSecondary AttributesAvailable QuantityPrice
RF FRACT INTR N SYNTH VCO 32TQFNMAX2870ETJ+RF FRACT INTR N SYNTH VCO 32TQFNGeneral Purpose-318 - Immediate$139.20View Details
RF FRACT INTEGER N SYNTH VCOMAX2870ETJ+TRF FRACT INTEGER N SYNTH VCOGeneral Purpose-2500 - Immediate$140.77View Details

Eval Kit

ImageManufacturer Part NumberDescriptionFrequencyContentsAntenna TypeAvailable QuantityPriceView Details
EVAL KIT MAX2870MAX2870EVKIT#EVAL KIT MAX287023.5MHz ~ 6GHzBoard(s)-10 - Immediate
18 - Factory Stock		$3,002.38View Details
PTM Published on: 2014-02-13

Related Product Highlight

MAX2870 Frequency Synthesizer Analog Devices' MAX2870 ultra-wideband PLL with integrated VCOs is controlled by a 3-wire serial interface and is compatible with 1.8 V control logic.

Related Articles and Blogs

Integrated Phase-Locked Loops Offer Higher-Frequency Performance, Enhanced User Benefits Phase-locked loops are used for clock retiming and recovery, frequency synthesizers, and tunable oscillators resulting in the PLL being found in many RF devices.