RSA6106B

By RSA6000 Series, you can get in a single instrument at the same time high-performance spectrum analyzer functions, wideband vector signal analyzer and a unique real-time spectrum analyzer trigger, capture, analysis. A typical 20 dBm TOI and -151 dBm / Hz DANL (2GHz) to provide the required dynamic range of spectrum analysis measurements difficult. Key performance indicators 20 dBm IIP3, 2GHz, display average noise level typical of -151 dBm / Hz, 2 GHz (-167 dBm / Hz, the pre-amplifier is turned on, typical) to achieve a low level signal search revolutionary DPX display transient events, the shortest event duration 3.7 μs edge in the frequency or power edge trigger transient events, the shortest event duration or frequency domain 3.7 μs 9.1 ns in the time domain on the 110 MHz bandwidth of up to 7.15 s acquisition may MATLAB compatible files stored directly to the main features of high-performance spectrum analysis always fully preselected and no image frequency, maximum dynamic range fastest high-resolution scanning speed on any acquisition bandwidth:? within 10 kHz RBW 1 GHz scan less than one second Internal pre-amplifier up to 20 GHz find DPX? spectrum processing by frequency of occurrence based on color-graded display provides a time-varying RF signals scanned DPX spectrum to achieve an intuitive understanding of the entire instrument signal span unprecedented discovery triggered DPX density? triggered directly from DPX display activation time limited and runt triggering easier to capture elusive transient event Frequency Mask Trigger can capture any change in the frequency domain capture seamless DPX spectrogram record up to 4444 days spectral information for analyzing and reproducing and ? TekConnect probe interfaces for RF probing analysis of time-correlated multi-domain display, faster understanding of the causes and impact of the standard power, spectrum and statistical measurements for troubleshooting help identify devices and systems: channel power, ACLR, power versus time , CCDF, OBW / EBW and stray search AM / FM / PM Modulation and Audio Measurements (Option 10) phase noise and jitter measurements (Option 11) settling time measurement, frequency and phase (Option 12) pulse measurement (Option 20) - more than 20 kinds of vector and scalar parameters, including rise time, pulse to pulse width, pulse phase, provide insight into the behavior of the burst of General Purpose Digital Modulation Analysis (Option 21) to more than 20 kinds of modulation type provides vector signal analyzer analysis applies WLAN in 802.11 a / b / g / j (Option 23), 802.11n (Option 24), 802.11ac (Option 25) Applications Spectrum Management - Find interference and unknown signals Radar / Electronic Warfare - complete identification of the pulse and frequency hopping systems radar and pulsed RF signal RF identification debugging - components, modules and systems for radio / satellite communication - Analysis of cognitive radio and software defined radio systems EMI behavior over time diagnostics - designed to enhance the confidence of compliance testing by revolutionary DPX ? spectrum display reveals transient signal process and help you find the instability, glitches and interference signals. Here it can be clearly observed occasional transient events. The frequency is displayed with color gradation, the infrequent transient event in blue noise background in red color. DPX Density? Trigger is activated, as shown in the box measuring center of the screen, and the Trigger On This? Also activated. Any greater than the selected level signal density will form a trigger event. Trigger and Capture: DPX Density Trigger monitor changes in the frequency domain, any unauthorized capture memory?. Spectrogram (left panel) shows the frequency and amplitude changes over time situation. By selecting the spectrogram time position in the spectrum violation triggered, DPX Density? Trigger frequency domain view (right panel) automatically updates, timely display detailed spectrum view at that precise moment in time. High-performance spectrum and vector signal analyzers, etc. RSA6000 series instead of the traditional high-performance signal analyzer, provides a complete daily tasks required to measure the confidence and capabilities. A typical 20 dBm TOI and -151 dBm / Hz DANL (2GHz) to provide the required dynamic range of spectrum analysis measurements difficult. All Xu been fully pre-selected, no image frequency. RSA6000 Series uses broadband preselection filters, always in the signal path. No longer need to "disconnect preselector" between dynamic range and analysis bandwidth to seek compromise. Standard complete power and signal statistics measurement tools, including channel power, ACLR, CCDF, OBW, AM / FM / PM and spurious measurements. Phase Noise and General Purpose Modulation Analysis measurements provide to meet user expectations for high-performance analysis tools. However, only become high-performance signal analyzer is not enough to meet the needs of today's hopping transient signal. RSA6000 Series will help you easily find other signal analyzers may miss design issues. Revolutionary DPX? Spectrum display capable of showing color vivid and intuitive real-time signals in the frequency domain, transient circumstances change over time, so you have the stability of your confidence in product design, or when an error occurs immediately be displayed. Once DPX? Found a problem, RSA6000 Series signal analyzers on the event will be able to trigger, capture some events change RF continuous recording, and time-correlated analysis in all domains. To obtain high-performance spectrum analyzer, wideband vector signal analyzer and real-time spectrum analyzer trigger at the same time unique in one device - capture - analysis. Discovery patented DPX? Spectrum processing engine real-time analysis of transient events to spectrum analyzers. Can be up to 292,968 times per second frequency conversion, it can display the frequency domain minimum 3.7 μs events. Technology is orders of magnitude faster than scanning analysis. In the event you can color coded according to the frequency of the bitmap display, transient signal behavior provides unparalleled insight into the information. DPX spectrum processor can scan the entire frequency range of the instrument, the ability to capture transient signals in the past in any wideband spectrum analyzer can not be obtained. In only require spectral information applications, RSA6000 Series spectrum light for up to 60,000 tracks provide seamless spectrum recording, playback and analysis. Spectrum record per line resolution from 110 μs to 6400 s variable, to support the number of days recording time. Trigger Tektronix provides innovative triggering capability has a long history, RSA Series spectrum analyzers lead the industry in terms of the trigger signal analysis. RSA6000 series of failures of modern digital RF system provides a unique trigger function removed, trigger type including time limited power, runt, density, and frequency mask. The time limit can be applied to any internal trigger source, able to capture the burst of the "short pulse" or "long pulse" or only if a frequency domain trigger event for a specified period of time. Runt triggers capture pulse for incidental turned on or off to the wrong level of troubleshooting, dramatically reduces troubleshooting time. DPX Density? Trigger density measurement of the frequency of occurrence or DPX display processing. Unique Trigger On This? Feature allows users to simply click the signal of interest on the DPX display automatically set the trigger level when the trigger slightly below the measured density. Just click a button to capture high-level signal in the presence of low-level signals. Frequency Mask Trigger (FMT) can be easily configured to monitor all changes in frequency acquisition bandwidth occupied. Power trigger can be set to monitor a user-defined threshold value in the time domain power. Resolution bandwidth can be used in conjunction with the power trigger for band limiting and noise reduction. Two external trigger for event synchronization with the test system. Captured by the first capture, it will be able to perform multiple measurements without recapturing. All signals within the bandwidth of the acquisition will be recorded in the RSA6000 series of deep memory. Record length depending on the selection of acquisition bandwidth varies, the longest record 7.15 seconds at 110 MHz bandwidth, the 1 MHz bandwidth of up to 343.5 seconds, or in the case of deep memory (Option 53) at 10 kHz up to 6.1 Bandwidth h. Provide up to 73 dB at 110 MHz (Option 110) Acquisition Bandwidth SFDR, can signal the presence of a large real-time capture of small signals. Acquisition of any length can be stored as MATLAB? Level 5 format for offline analysis. Most spectrum analyzers on the market are narrow-band tunable bandpass filter (usually adjust YIG filter (YTF)) as a pre-filter. The filter provides image rejection function, by limiting the number of signals the first mixing stage presence and improve spurious performance sweep applications. YTF itself is narrowband devices, the bandwidth is usually limited to below 50 MHz. When analyzing these analyzers perform a broadband input filter bypass operation at the request of broadband analysis mode (such as real-time signal analysis) prone to mirror the frequency response. And use YTF spectrum analyzers, Tektronix real-time signal analyzer uses broadband frequency mirrorless structure, ensure that the signal on a frequency band outside of the instrument adjustment will not produce spurious or mirror-frequency response. This non-image frequency response using specially designed to achieve a range of input filter to suppress all mirror the frequency response. Input filters are overlapping widest bandwidths have been provided to ensure full bandwidth acquisition. This series of pre-filter device as another spectrum analyzer, but its advantage is has been started, while still providing no lens at all instrument settings and all frequencies the bandwidth frequency response. Analysis RSA6000 Series Signal Analyzer provides numerous analysis functions, components or engaged in RF system design, integration and performance verification engineer or engineer engaged in the operation of the network or spectrum management can significantly improve efficiency. In addition to spectrum analysis, spectrogram can show changes over time in the frequency and amplitude simultaneously. In frequency, phase, amplitude, and modulation domains can be time-dependent measurements. This is particularly suitable includes frequency hopping, pulse characteristics, modulation switching, settling time, bandwidth changes, and intermittent signals are analyzed. You can rely on the performance you can trust Tektronix provides the performance you can rely on. In addition to industry-leading service and support, this product comes standard with one year warranty. RSA6000 series of measurements and measurement capabilities overview of the available options and packages are as follows: Measurements of the spectrum analyzer to measure the channel power, adjacent channel power, adjacent channel power multi-carrier / leakage ratio, spectrum emission mask, occupied bandwidth, xdB the bandwidth, dBm / Hz Marker, dBc / Hz mark RF IQ domain and statistical measurement of time, power and time, frequency and time, phase and time, CCDF, PAR spur search measure up to 20 frequency ranges, user selectable detector (peak, average, quasi-peak), filter (RBW, CISPR, MIL) and VBW. Linear or logarithmic frequency scale. Measurements and illegal, absolute or relative to a carrier. In tabular form display up 999 violations, it can be exported to CSV format analog modulation amplitude modulation measurement% (+ peak - peak, RMS, modulation depth) frequency modulation (± peak + peak to - peak, RMS, peak - / 2, the frequency error) phase modulation (± peak, RMS, + peak-to - peak) AM / FM / PM modulated audio measurements (Option 10) carrier power, frequency error, modulation frequency, modulation parameters (± peak, peak - peak / 2, RMS), SINAD, modulation distortion, S / N, THD, TNHD phase noise and jitter measurements (Option 11) the relationship between the phase noise and frequency offset offset range 10 hz to 1 GHz. Measure the carrier power, frequency error, RMS phase noise, jitter integrated parasitic FM stabilization time (frequency and phase) (Option 12) measuring frequency, time since the last stable frequency stability from stable time since the last stable phase starting, Since the settling time from the trigger. Automatic or manual reference frequency selection. User-adjustable measurement bandwidth, averaging, smoothing. Through through three user-settable area / no power averaging, peak power, average power, pulse width, rise time, fall time, repetition period (s), through repetition frequency pulse mask testing Advanced Analysis Suite (Opt. 20) ( Hz), duty cycle (%), duty cycle (%), Ripple (dB), Ripple (%), Overshoot (dB), Overshoot (%), ptosis (dB), ptosis (%) , the frequency difference between the clock, the phase difference between the pulse, RMS frequency error, the maximum frequency error, RMS phase error, the maximum phase error, frequency deviation, frequency increments, phase deviation, the impulse response (dB), the impulse response (time), time labeled universal digital modulation analysis (Option 21) the error vector magnitude (EVM) (RMS, Peak, EVM and time), modulation error ratio (MER), amplitude error (RMS, peak amplitude error and time), the phase error (RMS, Peak phase error versus time), origin offset, frequency error, gain imbalance, quadrature error, Rho, Constellation, Symbol Table DPX Density measurement measuring spectral% signal density at any location on the display, and the specified signal density Trigger RSAVu analysis software W-CDMA, HSUPA. HSDPA, GSM / EDGE, CDMA20001x, CDMA2000 1xEV-DO, RFID, phase noise, jitter, IEEE 802.11 a / b / g / n WLAN, IEEE 802.15.4 OQPSK (Zigbee) , flexible audio analysis OFDM analysis (Option 22) WLAN 802.11a / j / g and WiMax 802.16-2004 OFDM analysis of all RF transmitters WLAN 802.11a / b / g / j / p measurement application (Option 23) IEEE standards for measurements and various other measurements including carrier frequency error and symbol timing error, the average / peak burst power, IQ origin offset, RMS / Peak EVM and analysis, such as EVM and phase / amplitude error for time / frequency or Symbol / subcarriers, and header decoding information and symbol table. WLAN 802.11n measurement application (Option 24) WLAN 802.11ac measurement application (Option 25)