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... Fan measures 7300mm/24FT, making it an ideal choice for facilities with high ceilings. Powered by 3Φ/380V/50HZ, this Industrial Ceiling Fan delivers consistent and reliable performance. It also operates qui...
...noise floor and –155 dBm sensitivity to expose spurs and meet tight EVM/ACLR limits. Level accuracy of 0.4 dB up to 7 GHz supports repeatable production tests, while field-installable tracking-generator, pre...
...) digitizer bandwidth and –110 dBc/Hz phase-noise floor provide confidence in compliance and manufacturing measurements. With the built-in preamp engaged, a –163 dBm/Hz DANL reveals low-level emissions witho...
...106 dBc/Hz phase-noise floor and –166 dBm/Hz DANL expose low-level spurs without external LNAs, while real-time measurement apps and SCPI automation speed production test. At 18 kg, its 4-U chassis fits stan...
...101 dBc/Hz phase-noise floor keeps adjacent-channel measurements clean. With the internal 20 dB pre-amp engaged, a –167 dBm/Hz DANL reveals low-level emissions without an external LNA, while the standard 1...
...noise floor and –154 dBm/Hz DANL expose low-level spurs without external LNAs, while ±0.19 dB absolute amplitude accuracy keeps compliance results tight. A 14-bit digitizer, 16 one-button measurement persona...
...-noise floor let engineers resolve adjacent carriers and spurs, while a DANL down to –151 dBm exposes low-level emissions without an external LNA. Four option slots support tracking generators, narrow-band R...
... bursts. A –118 dBc/Hz phase-noise floor and –155 dBm/Hz DANL expose low-level spurs without external LNAs, while ±0.19 dB amplitude accuracy keeps compliance results tight. SCPI/LAN automation, 16 measureme...
...wide –110 dBm to +13 dBm output span and ±1 dB level accuracy provide reliable power sweeps for mixer loss, amplifier gain and antenna pattern measurements, while low phase-noise performance around –110 dBc/...
... steps—or 1 Hz with the fractional-N Option 008—let you substitute crystal-clean LOs or execute scalar-network sweeps with millihertz-level accuracy, while –80 dBc/Hz phase-noise performance keeps mixer meas...
...wide –110 dBm to +13 dBm output span and tight level accuracy provide reliable power sweeps for mixer loss, amplifier gain and antenna pattern measurements, while typical phase noise of –110 dBc/Hz at 20 kHz...
...autoranging power. Millivolt-level programming accuracy and 3 mV rms noise keep low-voltage digital and analog loads rock-steady, while built-in measurement circuitry logs real output without external DMMs. ...
... with 50 W autoranging power. Millivolt-level programming accuracy and 2 mV rms noise keep digital and low-voltage analogue loads rock-steady, while integrated measurement circuitry logs real output without ...
... 50 W of autoranging power. Millivolt-level programming accuracy and 5 mV rms noise keep low-voltage digital and analog loads rock-steady, while integrated measurement circuitry provides real-time voltage an...
... ℃C is not considered). Storage temperature and humidity:-10~ 60°C.(<70% RH, removing the battery). Temperature coefficient: 0.1 Accuracy / ℃C.(<18 ℃C or> 28 ℃C). Measuring between earth terminal and...
...noise ≤50 Test Method TEOAE,DPOAE TEOAE performance: Assessment Method Noise - weighted average ,effective signal peak calculation sound stimulation Click(Nonlinear) sampling rate 48KHz Stimulus frequency 0....
... ℃C is not considered). Storage temperature and humidity:-10~ 60°C.(<70% RH, removing the battery). Temperature coefficient: 0.1 Accuracy / ℃C.(<18 ℃C or> 28 ℃C). Measuring between earth terminal and...
...LEVEL 84±3dB SPL(Average at 800Hz,1000Hz,1200Hz,1500Hz) Measuring condition: 0.1W (Sine wave) 1m measured with baffler shown in Fig.1. (SPL (min) ≥ 85DBA – from 1 meter) 2 IMPEDANCE: 4±20%Ω(@2KHz 1V) without...
... (Sine wave) 1m measured with baffler shown in Fig.1. 2 IMPEDANCE: 4±15%Ω(@2KHz 1V) without baffler. 3 RATED POWER: 1.0W(White Noise for 48hours). MAX POWER: 2.0W. 4 RESONANCE FREQUENCY (F0): 450±20%Hz @ 1V....
... (Sine wave) 1m measured with baffler shown in Fig.1. 2 IMPEDANCE: 8±15%Ω(@1KHz 1V) without baffler. 3 RATED POWER: 0.5W(White Noise for 48hours). 4MAX POWER: 1.0W. 5RESONANCE FREQUENCY (F0): 280±20%Hz @ 1V....