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Fractional-N PLL features advanced frequency modulation.
2014-06-10 14:38:43| Industrial Newsroom - All News for Today
Offered in industrial and automotive grades, PLLatinum® LMX2492 supports 200 MHz phase frequency detector, 5 V charge pump supply, and operating frequency of 500 MHz to 14 GHz. Low PLL phase noise of -227 dBc/Hz provides RF front ends with low-noise local oscillator for optimized receiver sensitivity. Flexible frequency and phase modulation, including FSK, PSK, and configurable piecewise linear FM modulation, maximizes radar detection range, accuracy, and immunity to interference. This story is related to the following:Communication Systems and EquipmentSearch for suppliers of: Electronic Oscillators | Phase Locked Oscillators
Tags: advanced
features
frequency
modulation
Announcing World's Fastest PLL That Will Provide Quantum Leap In Data Transfer Rates For Wireless Communications
2013-07-30 03:33:24| rfglobalnet Home Page
Gain ICs, a revolutionary RF integrated circuit design company, has announced a superior PLL (phase locked loop) circuit that will dramatically increase wireless data transmission speeds.
Tags: data
provide
rates
communications
Announcing World's Fastest PLL That Will Provide Quantum Leap In Data Transfer Rates For Wireless Communications
2013-07-30 03:33:24| wirelessdesignonline News Articles
Gain ICs, a revolutionary RF integrated circuit design company, has announced a superior PLL (phase locked loop) circuit that will dramatically increase wireless data transmission speeds.
Tags: data
provide
rates
communications
04.11.13 -- Why Wideband PLL Frequency Synthesizers Lose Lock
2013-04-10 09:48:30| wirelessdesignonline News Articles
04/11/13Wireless Design Online Newsletter
Failure To Lock: Why Wideband PLL Frequency Synthesizers Lose Lock
2013-03-13 10:59:45| rfglobalnet Downloads
Wideband frequency synthesizers have become widespread recently, enabling software-defined radios that address the diverse frequency bands in LTE, MC-GSM, WCDMA, CDMA, TD-SCDMA, and WiMAX infrastructure systems with shared hardware. Although several manufacturers offer built-in algorithms that automatically select from integrated multiple voltage-controlled oscillator (VCO) and capacitor array structures, many system builders find themselves wondering why their phase-locked loop (PLL) will not lock properly and consistently. With an eye on practical identification and correction methods, this article discusses common user implementation errors and fixes. By Pete Hanish, Applications Engineer, Texas Instruments
Tags: failure
frequency
lose
lock