Agilent/HP 3589A Spectrum / Network Analyzer w/OPTIONS 1C1 1D5 1D6 (10Hz-150MHz), US $6400 – Picture 0

Agilent/HP 3589A Spectrum / Network Analyzer w/OPTIONS 1C1 1D5 1D6 (10Hz-150MHz), US $6400 – Picture 1

Agilent/hp 3589a Spectrum / Network Analyzer W/options 1c1 1d5 1d6 (10hz-150mhz)

US $6400

Boulder, Colorado, United States
Jan 29th

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The following description was found from internet sources believed to be reliable, however, seller makes no guaranty to its accuracy. All products are sold as-is. Agilent Technologies 3589A Data Sheet Product Specifications Note: All specifications apply from 10 Hz to 150 MHz and include 30 minute warmup from ambient conditions unless otherwise noted. Supplemental characteristics (identified as characteristic only) are non-warranted functional and feature information. The general specifications apply independent of the measurement type selected. Refer to the spectrum measurements and network measurements for specifications that are measurement-type dependent. Frequency Specifications FREQUENCY RANGE Tuning range: 0 Hz to 150 MHz Specifications for 50 and 75 Ohms apply over the frequency range of 10 Hz to 150 MHz. The 1 MegOhm input operates over the full span and is specified from 10 Hz to 40 Mhz. FREQUENCY ACCURACY Frequency accuracy is specified using the frequency counter marker function and is the sum of initial accuracy, aging, and frequency counter resolution. Initial accuracy: Without With opt. 1D5 opt. 1D5** 20deg. to 30deg. C +/-0.5 ppm +/-0.01 ppm 0deg. to 55deg. C +/-3.0 ppm +/-0.07 ppm Aging* +/-0.25 ppm/mo. +/-0.125 ppm/mo. *Referenced to the most recent reference calibration at 23deg. C. **Add +/-0.1ppm if the instrument has been continually powered <48 hours. Frequency counter resolution: 0.1 Hz STABILITY Noise sidebands: less than -105 dBc when measured at a 1 kHz offset from CW signal and normalized to a 1 Hz noise-power bandwidth. DRIFT/RESIDUAL FM The Agilent 3589A uses a fully synthesized local oscillator and is phase-locked to the frequency reference throughout the sweep. Refer to the frequency accuracy specifications stated earlier for the resulting accuracy. Amplitude Specifications AMPLITUDE MEASUREMENT RANGE: Maximum Safe Input Level 50 Ohms 75 Ohms 1 MOhm Avg. Continuous Power: 26 dBm 28 dBm 13 dBV (10 Hz to 150MHz) dc Voltage: +/-4 V +/-4 V +/-25 V Combined ac/dc: +/-4 Vpk +/-4 Vpk +/-25 Vpk MAXIMUM WITHOUT DEGRADING PERFORMANCE 50 Ohms 75 Ohms 1 MOhm Input dc: +/-3 Vdc +/-3 Vdc +/-25 Vdc Measured input: 20 dBm 22 dBm* +/-7 dBV 26 dBm** *With included BNC adapter **With minimum loss pad (optional) INPUT RANGE SETTINGS (characteristics only) 50 Ohm input (in 10 dB steps): +20 dBm to -20 dBm 75 Ohm input (in 10 dB steps): +21.76 dBm to -18.24 dBm, with included BNC adapter and automatic corrections. +25.72 dBm to -14.28 dBm, with minimum loss pad (option) and automatic corrections 1 MegOhm input (in 10 dB steps): +7 dBV to -33 dBV AMPLITUDE DISPLAY RANGE Reference level: -1000 to +1000 dBm, dB Display resolution: 0.001 to 100 dB/div Marker resolution: 0.01 dB Display units: dBm, dBV, Vrms NORMALIZATION Normalization routines allow the single receiver channel to accurately measure scalar network parameters when swept spectrum measurement type is selected, or vector network parameters when swept network measurement type is selected. Measurement normalizations require the reference measurement to be taken first, using either quick normalization, which uses an internal source to receiver path, or transmission normalization, which can correct for additional cable, adapter, and fixture effects. Measurements are then referenced to that measurement as a ratio. INPUT PORT Input channels: 1 Return loss: >20 dB Impedance: 50 Ohms, 1 MegOhm (<60 pF shunt capacitance) (75 Ohms with included BNC adapter or optional minimum loss pad) Connector: Type-N Source Specifications FREQUENCY SPECIFICATIONS (characteristic only) Frequency range: 10 Hz to 150 MHz AMPLITUDE SPECIFICATIONS Amplitude range 50 Ohm output: +15 dBm to -54.9 dBm and off Amplitude range 75 Ohm output: +13.2 dBm to -56.7 dBm and off, with included BNC adaptor. +9.3 dBm to -60.6 dBm and off, with minimum loss pad (option). Amplitude resolution: 0.1 dB Accuracy: Output amplitude accuracy is determined by the sum of absolute accuracy, dynamic accuracy, and frequency response. Absolute amplitude accuracy: +/-1 dB (at 300 kHz, +15 dBm output level) Dynamic accuracy: Add 0.02 dB/dB below 15 dBm (add to absolute accuracy) Frequency response: +/-1 dB (Variation relative to level at 300 kHz) Spurious products: Harmonic products: <-30 dBc Non-harmonic products: <-40 dBc Noise: <-80 dBc/Hz (for offsets greater than 500 Hz from the carrier) Source port: Return loss: >20 dB Impedance: 50 Ohms (75 Ohms with included BNC adapter or optional minimum loss pad) Connector: Type-N Spectrum Measurements Note: All specifications apply from 10 Hz to 150 MHz and include 30 minute warmup from ambient conditions unless otherwise noted. Typical performance is applicable over +/-5deg. C from the temperature during the most recent autocalibration and is not warranted. Supplemental characteristics (identified as characteristic only) are non-warranted functional and feature information. All spectrum measurement specifications apply when swept spectrum or narrowband zoom measurement type is selected and with the source turned off and low- distortion mode off unless otherwise noted. Frequency Specifications FREQUENCY SPAN (characteristiconly) Swept spans: Range: 10 Hz to 150 MHz, and zero span Resolution: 0.1 Hz Accuracy: Greater of 0.1 Hz or 0.125% of span Start/stop frequency: 0 Hz to 150 MHz Narrowband zoom spans: Range: 1.23 Hz to 40 kHz in x2 steps Accuracy: +/-0.001% of span RESOLUTION BANDWIDTH Swept spectrum: 1.1 Hz to 17 kHz +/-10% Narrowband zoom: High-accuracy mode: 0.90% of span (11 mHz-360 Hz) High-resolution mode: 0.37% of span (4.5 mHz-148 Hz) BANDWIDTH SELECTIVITY (shape factor or ratio of -60 dB to -3 dB bandwidths) Swept spectrum mode: Manual sweep: <4.0:1 Auto-coupled sweep: 4.3:1 (typical) Auto-coupled oversweep: 5.1:1 (typical) Narrowband zoom: High-accuracy mode: 2.6:1 High-resolution mode: 9.1:1 EQUIVALENT NOISE BANDWIDTH The equivalent noise bandwidth and 1 Hz normalization factor are available for the current RBW filter in the state setup table. Narrowband zoom: High-accuracy mode: 0.955% of span High-resolution mode: 0.375% of span VIDEO BANDWIDTH Entered in frequency values which are coupled to the current RBW and are from (1.54 * RBW) to (0.012 * RBW) in seven steps, and off. Amplitude Specifications SPURIOUS RESPONSES GENERAL SPURIOUS Unless specifically mentioned in other spurious specifications, spurious responses are <-70 dBc (<-80 dBc typical) for signal levels equal to input range. HARMONIC DISTORTION Harmonic distortion products are for a spectrally pure input signal with total input power level equal to the range and low distortion mode on. 50 Ohm and 75 Ohm inputs: <-80 dBc (<-90 dBc typical) 1 MegOhm input: <-75 dBc (<-80 dBc typical) INTERMODULATON DISTORTION* Intermodulation distortion products are with respect to two tones 6 dB below range and low-distortion mode on. 50 and 75 Ohm inputs: <-80 dBc (<-90dBc typical) 1 MegOhm input: <-75 dBc (<-80 dBc typical) *Degrade distortion specifications by 10 dB (5 dB for 1 MegOhm input) when input frequency is less than 30 kHz Degrade specification by 10 dB when low-distortion mode is off. RESIDUAL RESPONSES Residual responses are less than -110 dBm on the -20 dBm range. Degrade specification by 10 dB when low-distortion mode is on. Degrade 10 dB for 40 kHz spans in narrowband zoom mode. Image, multiple, and out-of-band responses: <-70 dBc (<-80 dBc typical) where applied signal level = range. LOCAL OSCILLATOR FEEDTHROUGH Local oscillator feedthrough (appears as signal at dc) is >20 dB below range. Degrade specification by 10 dB when low-distortion mode is on. AMPLITUDE ACCURACY Measurement accuracy is determined by the sum of full-scale absolute accuracy and scale fidelity (linearity). For measurements made at full-scale (signal level = range), only full-scale accuracy need be considered. Recalibration dueto change in center or manual frequency is not required for the accuracy shown. Example: To compute the typical cumulative accuracy for a signal of –45 dBm at 100 MHz with 50 Ohms full-scale range of -20 dBm and manual sweep, sum the typical full-scale absolute accuracy and scale fidelity, i.e.(0.2 dB + 0.02 dB) = 0.22 dB. SCALE FIDELITY (linearity) maximum cumulative error of log scale: Level* Incremental** Typical 0 to -30 dB <0.05 dB 0.02 dB -30 to -40 dB <0.1 dB 0.03 dB -40 to -50 dB <0.3 dB 0.05 dB -50 to -60 dB <0.5 dB 0.10 dB -60 to -70 dB <0.7 dB 0.10 dB -70 to -80 dB ------ 0.25 dB -80 to -90 dB ------ 0.25 dB -90 to -100 dB ------ 0.40 dB -100 to -110 dB ------ 0.70 dB -110 to -120 dB ------ 4.00 dB Specified for frequencies >200 kHz. *relative to the specified range. **Incremental deviation must be added to other reference level accuracy specifications to obtain the total cumulative error. AUTOMATIC CALIBRATION Calibrations, which may be turned off, are periodically performed to compensate for time and temperature drift effects. No recalibration is necessary for changes in frequency parameters. Sweep Characteristics TRIGGER (characteristic only) HP-IB, internal free run, or external triggering is available for linear sweep and narrowband zoom. Trigger arming is manual or automatic. Trigger latency (uncertainty between the trigger input and internal trigger identification) Linear sweep: 160 usec (for 17 kHz RBW, increasing by factor of 2 for each lower RBW) Zero span: 4 usec (for 17 kHz RBW, increasing by factor of 2 for each lower RBW) Narrowband zoom: 8 * 2E(40000/span) usec Trigger delay (HP-IB or external trigger only): 0 msec to the maximum gate length indicated for gated sweep. (See the gate length and trigger delay table in the gated sweep characteristics.) LINEAR SWEEP Measurement speed: (characteristic only) Sweep rate, oversweep off: (RBW*RBW/2) Hz/s Sweep rate, oversweep on: 4 * (RBW*RBW/2) Hz/s Note: Analog Gaussian RBW filters are usually swept at RBW*RBW/2Hz/s (or slower) to limit amplitude errors due to sweeping to <0.1 dB. The oversweep mode of the Agilent 3589A provides four times faster sweep time without increased error. To calculate sweep time, compute span/sweep rate. NARROWBAND ZOOM Measurement Speed: >7 measurements/s (for spans ?10 kHz) Time record length: 400/span (Hz) sec GATED SWEEP (with option 1D6) (characteristic only) Gated sweep is not available in narrowband zoom mode. Gate length and trigger delay: RBW Gate length Gate length Edge trigger [Hz] minimum maximum default delay* [msec] [msec] [msec] 17000 0.02 131 0.13 9100 0.04 131 0.2 4600 0.08 131 0.38 2300 0.16 131 0.76 1200 0.32 131 1.5 580 0.64 131 3.1 290 1.28 665 6.25 150 2.56 1,311 12.5 *Filter settling time required to achieve accurate noise and amplitude measurements. Delay range is from 0 msec to the maximum gate length indicated (10 usec steps for 17 kHZ RBW). Level trigger default delay is equal to the sum of edge trigger default delay and the minimum gate length. Edge trigger latency (uncertainty between the gate trigger input and internal trigger identification) is equal to the greater of 10 usec and 1/64 of the minimum gate length indicated. Level trigger latency is equal to the minimum gate length indicated. Network Measurements Note: All specifications apply from10 Hz to 150 MHzand include 30 minute warmup from ambient conditions unless otherwise noted. Typical performance is applicable over +/-5deg. C from the temperature during the most recent reference measurement and is not warranted. Supplemental characteristics (identified as characteristic only) are non-warranted functional and feature information. All network measurement specifications apply when swept network measurement type is selected. Specifications apply to 50 Ohms to 75 Ohms only, unless otherwise noted. Frequency Specifications FREQUENCY SPAN (characteristic only) Linear sweep: Range: 10 Hz to 150 MHz, and zero span Resolution: 0.1 Hz Accuracy: Greater of 0.1 Hz or 0.125% of span Start/stop frequency: 0 Hz to 150 MHz Log sweep: Range: 10 Hz to 149.99999 MHz Resolution: 0.1 Hz Accuracy: 3% Start/stop frequency: 10 Hz to 150 MHz RESOLUTION BANDWIDTH Range: 1.1 Hz to 17 kHz +/-10% BANDWIDTH SELECTIVITY (shape factor or ratio of -60 dB to -3 dB bandwidths) Manual sweep: <4.0:1 Amplitude Specifications DYNAMIC RANGE A/D overload level: >2 dB (relative to selected range) SENSITIVITY Sensitivity is the dynamic range limitation due to noise level (measured in a 1 Hz bandwidth) and internal crosstalk between the source and receiver:(75 Ohm with included BNC adaptor or optional minimum loss pad) IMPEDANCE 10 Hz-30 kHz 40 MHz-30 kHz 40 MHz-150 MHz 50/75 Ohms 80 dB 100 dB 100 dB 50/75 Ohms typical 85 dB 110 dB 110 dB 1 MegOhm 75 dB 100 dB -- GENERAL SPURIOUS Unless specifically mentioned in other spurious specifications, spurious responses are <-80 dBc for signal levels equal to range. RESIDUAL RESPONSES Residual responses are less than -110 dBm on the -20 dBm range. LOCAL OSCILLATOR FEEDTHROUGH Local oscillator feedthrough (appears as signal at dc) is >20 dB below range. Ratio Amplitude and Phase Specifications DISPLAY RANGE Amplitude reference level: -1000 to +1000 dB Amplitude display resolution: 0.001 to 100 dB/div Amplitude marker resolution: 0.01 dB Amplitude display units: dB Phase reference level: -72000deg. to +72000deg. Phase display resolution: 0.001deg. to 7200deg./div Phase marker resolution: 0.01 deg Phase display units: deg ACCURACY Dynamic accuracy: Level * Accuracy** Typical*** [dB] [dB] [deg] [dB] [deg] 0 to -5 <0.05 <1.0 0.05 0.2 -5 to -30 <0.10 <1.5 0.10 0.5 -30 to -40 <0.15 <2.0 0.10 1.0 -40 to -50 <0.35 <3.0 0.10 1.0 -50 to -60 <0.55 <4.0 0.15 1.5 -60 to -70 <0.75 <6.0 0.15 2.5 -70 to -80 ---- ---- 0.30 ---- -80 to -90 ---- ---- 0.30 ---- -90 to -100 ---- ---- 0.45 ---- -100 to -110 ---- ---- 0.75 ---- -110 to -120 ---- ---- 4.00 ---- Specified for frequencies >200 kHz. *relative to the specified range. **At stable temperature following a 2 hour warmup, and within 5 minutes of normalization. ***Typical within one minute of normalization. Note: Drift due to changes in ambient temperature is less than +/-0.2 dB/deg.C and +/-2deg./deg.C. Time and temperature errors are periodically compensated for, with calibration intervals between 5 and 20 minutes. Calibration will not interrupt the current measurement. Group Delay Specifications (Group delay is not available with log sweep) Group delay reference level: 0 sec to +/-10 sec Group delay display resolution: 1 psec/div to 1 sec/div Group delay marker resolution: 0.01 nsec Group delay display units: sec Aperture frequency: 0.5% to 16% of span in 2x steps Group delay accuracy: Group delay accuracy = dynamic phase accuracy/(360*aperture frequency) +/- 1 nsec Sweep Characteristics TRIGGER (characteristic only) HP-IB, internal free run, or external triggering is available for linear sweep. Trigger arming is manual or automatic. Trigger latency (uncertainty between the trigger input and internal trigger identification): 160 usec (for 17 kHz RBW, increasing by factor of 2 for each lower RBW). Trigger delay (HP-IB or external trigger only): 0 msec to the maximum gate length indicated for gated sweep. (See the gate length and trigger delay table in the gated sweep characteristics.) LINEAR SWEEP Sweep time is uncoupled from the span and resolution bandwidth. LOG SWEEP Log sweep uses a linear approximationto perform a log frequency sweep. Resolution bandwidths are selected automatically or manually. GATED SWEEP (with option 1D6) (characteristic only) Gating is available only with linear frequency sweep or manual frequency selected. Gate length and trigger delay: RBW Gate length Gate length Edge trigger [Hz] minimum maximum default delay* [msec] [msec] [msec] 17000 0.16 131 0.13 9100 0.32 131 0.2 4600 0.64 131 0.38 2300 1.28 131 0.76 1200 2.56 131 1.5 580 5.12 131 3.1 290 10.24 665 6.25 150 20.48 1,311 12.5 73 40.96 2,621 25 36 81.92 5,243 50 18 163.84 10,486 100 9.1 327.68 20,972 200 4.5 655.36 41,861 400 2.3 1310.72 83,886 800 1.1 2621.44167,772 1600 *Filter settling time required to achieveaccurate noise and amplitude measurements. Delay range is from 0 msec to the maximum gate length indicated. Level trigger default delay is equal to the sum of edge trigger default delay and one-eighth of the minimum gate length. Edge and level trigger latency (uncertainty between the gate trigger input and internal trigger identification) is equal to the minimum gate length indicated. General Characteristics Note: All specifications apply from 10 Hz to 150 MHz and include 30 minute warmup from ambient conditions unless otherwise noted. Supplemental characteristics (identified as characteristic only) are non-warranted functional and feature information. SAFETY AND ENVIRONMENTAL Safety standards: CSA Certified for Electronic Test and Measurement Equipment per CSA 22.2, no. 231 This product is designed for compliance to: UL1244, 2nd Edition and IEC348, 2nd Edition, 1978 EMI/RFI standards: FTZ 527 - Germany Acoustics: LpA <70 dB Temperature: Operating: 5deg. to 50deg. C Storage (no disk in drive): -20deg. to 60deg. C Humidity, non-condensing: Operating: 8% to 80% at 30deg. C Storage (no disk in drive): 5% to 95% Altitude: Operating: 2150 m (7000 ft) Storage: 4570 m (15,000 ft) Calibration interval: 1 year Warmup time: 30 minutes Power requirements: 115 VAC operation: 90-132 Vrms, 47-440 Hz 230 VAC operation: 198-264 Vrms, 47-66 Hz Max power dissipation: 450 VA Weight: Net: 28 kg (62 lbs) Shipping: 38 kg (81 lbs) Dimensions: Height: 222 mm (8.75 in) Width: 425.5 mm (16.75 in) Depth: 630 mm (24.8 in) TRIGGER/GATE (characteristic only) Trigger/gateinput: Triggers on positive or negative TTLtransition or contact closure or release from ground. For gated sweep (option 1D6) polarity is selectable for TTL edge or level. Trigger/gate output: Produces a negative TTL transition at the internal trigger identification. For gated sweep (option 1D6) produces a high TTL level during the active gate window. Fanout is 3 TTL LS loads. REFERENCE (characteristic only) Reference output: 10 MHz at +3dBm (nominal) 50 Ohms External reference input: 1 MHz, 2 MHz, 5 MHz, or 10 MHz between -5 dBm and +10 dBm into 50 Ohms (nominal) High stability reference oven output (option 1D5): 10MHz at +10dBm into 50 Ohms DISPLAY (characteristic only) Number of horizontal axis points: 401 Formats: single, upper/lower, front/back, setup state Display blanking: annotation, full Frequency axis mirror and frequency and amplitude annotation correction for use with external down-converters and receivers. TRACE MATH (characteristic only) Operators: +,-,*, /, SQRT, CONJ Operands: input, network function, data registers, constants, other functions, SQRT(NBW), jw Trace math can be used to correct the data on each measurement. Uses include user units correction and normalizations. Noise data is automatically referred to a 1 Hz bandwidth by displaying a function defined as SPECT/SQRT(NBW) or to any desired bandwidth by displaying a function defined as SPECT/SQRT(NBW))*SQRT(K1), where K1 is set to the desired bandwidth. SQRT(NBW) is a trace math argument that automatically uses the equivalent noise bandwidth of the current resolution bandwidth filter. Corrected data for use with divider probes can be displayed by displaying a function defined as SPECT * K1, where K1 is set to the probe division ratio. EXTERNAL KEYBOARD (characteristic only): Compatible with PC-style 101 key keyboard model number Agilent C1405A and Agilent Keyboard cablepart number 5081-2249 (DIN connector). INTERFACES Active probe power: +15 Vdc, -12.6 Vdc; 150 mA maximum, suitable for Agilent active probes HP-IB: Implementation of IEEE Std 488.1 and 488.2 SH1, AH1, T6, TE0, L4, LE0, SR1, RL1, PP0, DC1, DT1, C1, C2, C3, C12, E2 Benchmarks (characteristics only): Binary trace output: 120 ms/trace typical PERIPHERALS HP-IB graphics printers (raster output only) HP-IB plotters using HP-GL MEMORY AND DATA STORAGE (characteristic only) Standard internal memory: Non-volatile RAM: 64 Kbyte Volatile RAM: 1 Mbyte (partitionable between HP Instrument BASIC program space and RAM disk) Optional Memory: Volatile RAM Option 1C1: additional 2 Mbyte RAM Disk drive: (Only internal disk drive supported). The Agilent 3589A's internal disk drive can format only double-sided, double- density disks (720 Kbyte). It can also read and write single-sided disks that were formatted in a double-sided drive. It does not read, write or format high density (1.44 Mbyte) disks. Benchmarks (characteristic only): Trace memory size: 2850 bytes State memory size: 3100 bytes STANDARD DATA FORMAT UTILITIES (characteristic only) Included on two 3 1/2-inch high-density (1.44 Mbyte) and two 5 1/4-inch high- density (1.2 Mbyte) floppy disks. The utilities run in MS-DOS 2.1 or greater on an IBM PC (AT or higher) or compatible. The utilities include LIF to DOS format conversions, conversion to standard data format (SDF), displaying data and instrument state information, and utilities for conversion to PC-MATLAB, MATRIXx, data set 58, and ASCII format.

Condition:	Used: An item that has been used previously. The item may have some signs of cosmetic wear, but is fully operational and functions as intended. This item may be a floor model or store return that has been used. See the seller’s listing for full details and description of any imperfections. ...	Brand	HP
Model	3589A