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SMD True SineWave XO offers low phase noise floor performance.

2013-12-16 14:30:46| Industrial Newsroom - All News for Today

Providing -170 dBc/Hz noise floor at 1 MHz offset, CCSS-945 True SineWave Clock Oscillator (XO) generates frequencies from 10–125 MHz with output level of +5 dBm min into 50 Ω and harmonics lower than -25 dBc. Close-in phase noise performance is -105 dBc/Hz typ at 10 Hz offset. Supplied in 9 x 14 mm SMD package, product is engineered to MIL-STD-883 and MIL-STD-202 specifications, consumes 30 mA max @ 5.0 V, and has no sub-harmonics. Extended operating range -40 to +85°C is available. This story is related to the following:Clock Oscillators

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0.7 to 20 GHz Low Noise Syntehsizer: Model 845-M

2013-12-13 16:11:28| rfglobalnet Downloads

This low noise synthesizer covers the .7 to 20 GHz frequency range. It’s ideal for use as a local oscillator for frequency converters, in ATE applications, and in telecom/SatCom applications.

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5 MHz to 26 GHz Phase Noise Tester with 50 MHz Offset: Model 7300

2013-12-13 12:28:05| rfglobalnet Downloads

This phase noise tester covers the 5 MHz to 26 GHz frequency range and features a 50 MHz offset. It’s ideal for general purpose phase noise tests, automated production testing, crystal oscillator and VCO testing, supply noise verification, and PLL synthesizer locking and characterization.

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5 MHz to 7 GHz Phase Noise Tester: Model 7070

2013-12-13 12:26:00| rfglobalnet Downloads

The model 7070 phase noise tester covers the 5 MHz to 7 GHz frequency range and is ideal for general purpose phase and amplitude noise tests, time domain and spectrum analysis, cross-correlator FFT analysis, and automated production testing. Additive or residual phase noise measurements are also supported.

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Phase Noise Test Systems

2013-12-13 12:22:59| rfglobalnet Products

These phase noise test systems are particularly well suited for conducting phase noise and jitter measurement in VCXOs, TCXOs, and OCXOs. Unlike some traditional systems, they have the ability to analyze both absolute and additive phase noise.

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