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| keysight technologies M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz data sheet
02 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet table of contents configuration ............................................................................................................................ 3 calibration kits and ecal modules .......................................................................................... 3 definitions ................................................................................................................................. 3 boundary conditions ................................................................................................................ 3 M9485A pxie multiport vector network analyzer characteristics (typical) .......................... 4 option 1xx (m9376a standard test set) ........................................................................... 4 corrected system performance .................................................................................. 4 uncorrected system performance ............................................................................... 7 test port output (source) ............................................................................................. 8 test port input ............................................................................................................ 9 option 2xx (combination of m9377a and m9378a configuration) .............................. 10 corrected system performance ................................................................................. 10 uncorrected system performance ............................................................................. 14 test port output (source) ........................................................................................... 15 test port input .......................................................................................................... 16 general information ........................................................................................................ 20 measurement throughput summary for option 1xx ................................................. 20 measurement throughput summary for option 2xx ................................................. 21 data transfer time ...................................................................................................... 23 module characteristics (specification and typical) .............................................................. 24 m9300a pxie frequency reference ................................................................................. 24 m9309a pxie vector network analyzer synthesizer ...................................................... 24 m9389a pxie vector network analyzer source .............................................................. 24 m9376a pxie vector network analyzer receiver ............................................................ 24 m9377a pxie vector network analyzer direct access receiver .................................... 28 m9378a pxie vector network analyzer directional coupler .......................................... 32 m9340a pxie vector network analyzer rf distributor module .................................... 35 03 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet configuration this document provides technical specifications for the M9485A pxie multiport vector network analyzer. the configuration is shown below m9300a pxie frequency reference m9309a pxie vector network analyzer synthesizer m9389a pxie vector network analyzer source (includes m9309a, m9310a) m9340a pxie vector network analyzer rf distributor m9376a pxie vector network analyzer receiver m9377a pxie vector network analyzer direct access receiver m9378a pxie vector network analyzer directional coupler calibration kits and ecal modules this M9485A data sheet also provides technical specifications for the following calibra - tion kits and ecal modules. for models not listed in this data sheet, please download the free uncertainty calculator from http://www.keysight.com/find/na_calculator to generate the curves for your calibration kit and enable vna setup. 85033e calibration kit 85093c electronic calibration (ecal) module definitions specification (spec.): warranted performance. all specifications apply at 25 oc ( 5 oc), unless otherwise stated, and 45 minutes after the instrument has been turned on. specifications include guard bands to account for the expected statistical performance distribution, measure - ment uncertainties, and changes in performance due to environmental conditions. typical (typ.): expected performance of an average unit which does not include guardbands. it is not covered by the product warranty. general characteristics: a general, descriptive term that does not imply a level of performance. boundary conditions if the same boundary conditions fall under more than one category in a table, apply the best value. for example, system dynamic range in page 3 is 139 db with the following boundary conditions. frequency: 20 mhz if bandwidth: 10 hz 04 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet option 1xx (m9376a standard test set) corrected system performance the system performance in this section apply to measurements made with the M9485A under the following conditions: C no averaging applied to data C environmental temperature of 23 c (3 c) with less than 1 c deviation from the calibration temperature C response and isolation calibration performed description typical system dynamic range at test port 1 (if bandwidth = 10 hz) 1 m to 20 mhz 129 db 20 m to 100 mhz 139 db 100 m to 1 ghz 142 db 1 g to 4 ghz 140 db 4 g to 7 ghz 139 db 7 g to 9 ghz 138 db 1. the test port dynamic range is calculated as the difference between the test port rms noise ?oor and the source maximum output power. crosstalk does not limit the dynamic range. the effective dynamic range must take measurement uncertainty and interfering signals into account. test fequency [hz] system dynamic range [db] typ. 0 1e+09 2e+09 3e+09 4e+09 5e+09 6e+09 7e+09 8e+09 9e+09 actual measurement example (smoothing on) 100 120 130 140 150 160 figure 1. system dynamic range (typical and actual measurement data example, if bandwidth 10 hz) M9485A pxie multiport vector network analyzer characteristics (typical) 05 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet corrected system performance with calibration kit corrected system performance with 3.5 mm device connector type, 85033e calibration kit network analyzer: M9485A -1xx (receiver: m9376a) calibration kit: 85033e (3.5 mm, 50 ?) calibration: full 2-port if bandwidth = 10 hz, no averaging applied to data, environmental temperature = 23 c ( 3 c) with < 1 c deviation from calibration temperature, isolation calibration performed typical (db) description 1m to 10 mhz 10 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz directivity 46 44 38 38 source match 43 40 37 36 load match 46 44 38 38 reflection tracking 0.006 0.007 0.009 0.010 transmission tracking 0.023 0.020 0.058 0.079 transmission uncertainty (typical) reflection uncertainty (typical) 06 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet corrected system performance with 3.5 mm device connector type, 85093c electronic calibration (ecal) module network analyzer: M9485A -1xx (receiver: m9376a) calibration kit: 85093c (3.5 mm, 50 ?) electronic calibration (ecal) module calibration: full 2-port if bandwidth = 10 hz, no averaging applied to data, environmental temperature = 23 c ( 3 c) with < 1 c deviation from calibration temperature , isolation calibration is not performed typical (db) description 1m to 10 mhz 10 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz directivity 45 52 50 47 source match 36 44 39 34 load match 37 47 44 40 reflection tracking 0.1 0.04 0.05 0.07 transmission tracking 0.089 0.045 0.094 0.152 transmission uncertainty (typical) reflection uncertainty (typical) 07 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet uncorrected system performance user correction: off, system error correction: on typical (d) escription directivity see m9376a source match see m9376a load match see m9376a typical (db) description 1 m to 6ghz 6g to 9 ghz transmission tracking 0.1 0.2 reflection tracking see m9376a see m9376a typical (db) description 1 m to 20 mhz 20 m to 100 mhz 100 m to 1 ghz 1 g to 4 ghz 4 g to 7 ghz 7g to 9 ghz crosstalk 1 129 139 142 140 139 138 1. ifbw: 10 hz 08 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port output (source) test port output frequency description typical frequency range 1 mhz to 9 ghz resolution 1 hz accuracy see m9300a test port output power description typical nominal power (preset power) 0 dbm power range/power sweep range 1 m to 6 ghz 6 g to 9 ghz C90 dbm to max leveled power C35 dbm to max leveled power max leveled power see m9376a resolution 0.01 db level accuracy 1 normal measurement leveling mode: internal 1 m to 9 ghz, 0 dbm leveling mode: open loop 1 m to 9 ghz, 0 dbm multi dut measurement leveling mode: internal/open loop 3 1 m to 9 ghz, 0 dbm 0.5 db 1.0 db 1.0 db level linearity 1, 2 leveling mode: internal C20 dbm to max leveled power, 1 m to 6 ghz C20 dbm to max leveled power, 6 g to 9 ghz C85 dbm to C20 dbm, 1 m to 3 ghz C85 dbm to C20 dbm, 3 g to 6 ghz C30 dbm to C20 dbm, 6 g to 9 ghz leveling mode: open loop C20 dbm to max leveled power, 1 m to 6 ghz C20 dbm to max leveled power, 6 g to 9 ghz C85 dbm to C20 dbm, 1 m to 3 ghz C85 dbm to C20 dbm, 3 g to 6 ghz C30 dbm to C20 dbm, 6 g to 9 ghz 0.5 db 1.0 db 1.4 db 1.5 db 2.3 db 0.5 db 1.0 db 2.7 db 2.8 db 3.6 db test port output signal purity description typical harmonics (2nd or 3rd) 1 m to 9 ghz, 0 dbm < C20 dbc non-harmonic spurious 1 m to 9 ghz, 0 dbm < C30 dbc 1. system power calibration is required. 2. level linearity given is relative to 0 dbm. 3. multi dut measurement is available only for the m9376a. when your configuration includes any of m9377a, the multi dut measurement is not available. 09 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port input description typical test port noise floor see m9376a compression level see m9376a trace noise see m9376a stability see m9376a dynamic accuracy see m9376a test port damage level see m9376a group delay 1 description typical supplemental information aperture (selectable) (frequency span)/(number of points - 1) maximum aperture 25% of frequency span minimum delay limited to measuring no more than 180 of phase change within the minimum aperture. accuracy see graph below (typical) 1. group delay is computed by measuring the phase change within a specified step (determined by the frequency span and the number of points per sweep). the following graph shows group delay accuracy with 3.5 mm connectors, full 2-port calibration and a 10 hz if bandwidth. C calibration kit (85033e). C insertion loss is assumed to be < 2 db in general, the following formula can be used to determine the accuracy, in seconds, of a specific group delay measurement: phase accuracy (degrees)/[360 x aperture (hz)] 10 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet M9485A pxie multiport vector network analyzer characteristics (typical) option 2xx (combination of m9377a and m9378a configuration) corrected system performance description typical system dynamic range at test port 3 (source: standard configuration, receiver: standard configuration, test attenuator 0 db if bandwidth = 10 hz) 10 m to 50 mhz 65 db 50 m to 100 mhz 122 db 100 m to 200 mhz 128 db 200 m to 400 mhz 134 db 400 m to 800 mhz 140 db 800 m to 3 ghz 144 db 3 g to 5 ghz 141 db 5 g to 6 ghz 138 db 6 g to 7 ghz 135 db 7 g to 9 ghz 134 db (source: standard configuration, receiver: wide dynamic range configuration, test attenuator 0 db if bandwidth = 10 hz,) 10 m to 50 mhz 118 db 50 m to 3 ghz 160 db 3 g to 5 ghz 157 db 5 g to 6 ghz 154 db 6 g to 7 ghz 150 db 7 g to 9 ghz 149 db extended dynamic range at direct receiver access input 2, 3 (source: standard configuration, receiver: direct access configuration, tin, test attenuator 0 db, if bandwidth = 10 hz) 10 m to 50 mhz 119 db 50 m to 3 ghz 162 db 3 g to 5 ghz 159 db 5 g to 6 ghz 156 db 6 g to 7 ghz 153 db 7 g to 9 ghz 152 db 1. the test port system dynamic range is calculated as the difference between the test port rms noise ?oor and the source maximum output power. crosstalk does not limit the dynamic range. 2. the extended dynamic range is calculated as the difference between the direct access receiver input rms noise ?oor and the source maximum output power. crosstalk does not limit the dynamic range. the extended dynamic range is only available in one-path transmission measurements. 3. the effective dynamic range must take measurement uncertainties and interfering signals into account. 11 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet system dynamic range (typical and actual measurement data example, standard configuration, if bandwidth 10 hz) system dynamic range (typical and actual measurement data example, wide dynamic range configuration, if bandwidth 10 hz) system dynamic range (typical and actual measurement data example, extended dynamic range configuration, if bandwidth 10 hz) 12 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet corrected system performance with calibration kit corrected system performance with 3.5 mm device connector type, 85033e calibration kit network analyzer: M9485A-2xx (combination of m9377a/m9378a) calibration kit: 85033e (3.5 mm, 50 ?) calibration: full 2-port if bandwidth = 10 hz, no averaging applied to data, environmental temperature = 23 c (3 c) with < 1 c deviation from calibration temperature, isolation calibration performed typical (db) description 50 m to 400 mhz 400 m to 800 mhz 800 m to 3 ghz 3 g to 9 ghz directivity 46 46 44 38 source match 43 43 40 36 load match 46 46 44 38 reflection tracking 0.006 0.006 0.007 0.010 transmission tracking 0.034 0.034 0.045 0.079 transmission uncertainty (typical) reflection uncertainty (typical) 13 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet corrected system performance with 3.5 mm device connector type, 85093c electronic calibration (ecal) module network analyzer: M9485A-2xx (combination of m9377a/m9378a) calibration kit: 85093c (3.5 mm, 50 ?) electronic calibration (ecal) module calibration: full 2-port if bandwidth = 10 hz, no averaging applied to data, environmental temperature = 23 c (3 c) with < 1 c deviation from calibration temperature , isolation calibration is not performed typical (db) description 50 m to 400 mhz 400 m to 800 mhz 800 m to 3 ghz 3 g to 9 ghz directivity 52 52 52 47 source match 44 44 44 34 load match 42 44 45 39 reflection tracking 0.03 0.03 0.04 0.07 transmission tracking 0.039 0.034 0.048 0.152 transmission uncertainty (typical) reflection uncertainty (typical) 14 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet uncorrected system performance user correction: off, after system power calibration, source: standard configuration, receiver: standard configuration typical (d) escription to to to to to directivity 30 35 30 25 source match 30 35 30 25 load match 5 10 10 10 10 typical (db) description 50 m to 3 ghz 3 g to 6 ghz 6g to 9 ghz transmission tracking 1 0.2 0.4 0.6 reflection tracking 1 0.2 0.4 0.6 crosstalk range typical (db) (ifbw 10 hz) 10 m to 50 mhz 65 db 50 m to 100 mhz 122 db 100 m to 200 mhz 128 db 200 m to 400 mhz 134 db 400 m to 800 mhz 140 db 800 m to 3 ghz 144 db 3 g to 5 ghz 141 db 5 g to 6 ghz 138 db 6 g to 7 ghz 135 db 7 g to 9 ghz 134 db 1. after system power calibration 15 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port output (source) test port output frequency description typical frequency range 50 mhz to 9 ghz resolution 1 hz accuracy see m9300a test port output power description typical nominal power (preset power) 0 dbm power range/power sweep range (source: standard configuration) 50 m to 6 ghz 6 g to 9 ghz C90 dbm to max leveled power C30 dbm to max leveled power max leveled power (source: standard configuration) 10 m to 50 mhz 50 m to 3 ghz 3 g to 5 ghz 5 g to 7 ghz 7 g to 9 ghz -6 dbm 17 dbm 16 dbm 13 dbm 12 dbm resolution 0.01 db level accuracy 1 (source: standard configuration) normal measurement leveling mode: internal 50 m to 6 ghz, 0 dbm 6 g to 9 ghz, 0 dbm leveling mode: open loop 50 m to 6 ghz, 0 dbmm 6 g to 9 ghz, 0 dbm 0.5 db 1.0 db 1.0 db 1.75 db level linearity 2 (source: standard configuration) leveling mode: internal C20 dbm to max leveled power, 50 m to 6 ghz C20 dbm to max leveled power, 6 g to 9 ghz C85 dbm to C20 dbm, 50 m to 3 ghz C85 dbm to C20 dbm, 3 g to 6 ghz C30 dbm to C20 dbm, 6 g to 9 ghz leveling mode: open loop C20 dbm to max leveled power, 50 m to 6 ghz C20 dbm to max leveled power, 6 g to 9 ghz C85 dbm to C20 dbm, 50 m to 3 ghz C85 dbm to C20 dbm, 3 g to 6 ghz C30 dbm to C20 dbm, 6 g to 9 ghz 0.5 db 1.0 db 1.4 db 1.5 db 2.3 db 0.5 db 1.0 db 2.7 db 2.8 db 3.6 db 1. system power calibration is required. 2. level linearity given is relative to 0 dbm 16 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port output signal purity description typical harmonics (2nd or 3rd) (source: standard configuration) 10 m to 50 mhz, - 6 dbm 50 m to 9 ghz, +4 dbm < C20 dbc < C20 dbc non-harmonic spurious (source: standard configuration) 10 m to 50 mhz, -6 dbm 50 m to 9 ghz, +4 dbm < C30 dbc < C30 dbc test port input description typical test port noise floor 1 (receiver: wide dynamic range configuration, reference/test attenuator 0 db, ifbw: 1 hz) 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz -134 dbm -152 dbm -151 dbm -147 dbm (receiver: standard configuration, reference/test attenuator 0 db, ifbw: 1 hz) 10 m to 50 mhz 50 m to 100 mhz 100 m to 200 mhz 200 m to 400 mhz 400 m to 800 mhz 800 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz -81 dbm -114 dbm -120 dbm -126 dbm -132 dbm -136 dbm -135 dbm -132 dbm compression level (reference/test attenuator 35 db, +25 dbm in for standard configuration, +10 dbm in for wide dynamic range configuration) magnitude 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz phase 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 0.5 db 0.03 db 0.1 db 1.5 deg 0.2 deg 0.6 deg (reference/test attenuator 0 db, +5 dbm in for standard configuration, -10 dbm in for wide dynamic range configuration) magnitude 10 m to 50 mhz 50 m to 9 ghz phase 10 m to 50 mhz 50 m to 9 ghz 0.8 db 0.1 db 2.0 deg 0.6 deg 1. fom is off. 17 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port input description typical trace noise (source/receiver: standard configuration, source/receiver reference/test attenuator: 0 db) magnitude transmission 10 m to 20 mhz, if bw: 1 khz, power: -6 dbm 20 m to 50 mhz, if bw: 10 khz, power: -6 dbm 50 m to 400 mhz, if bw: 10 khz, power: 0 dbm 400 m to 6 ghz, if bw: 10 khz, power: 0 dbm 6 g to 9 ghz, if bw: 10 khz, power: 0 dbm phase transmission 10 m to 20 mhz, if bw: 1 khz, power: -6 dbm 20 m to 50 mhz, if bw: 10 khz, power: -6 dbm 50 m to 400 mhz, if bw: 10 khz, power: 0 dbm 400 m to 6 ghz, if bw: 10 khz, power: 0 dbm 6 g to 9 ghz, if bw: 10 khz, power: 0 dbm magnitude reflection 10 m to 20 mhz, if bw: 1 khz, power: -6 dbm 20 m to 50 mhz, if bw: 10 khz, power: -6 dbm 50 m to 400 mhz, if bw: 10 khz, power: 0 dbm 400 m to 6 ghz, if bw: 10 khz, power: 0 dbm 6 g to 9 ghz, if bw: 10 khz, power: 0 dbm phase reflection 10 m to 20 mhz, if bw: 1 khz, power: -6 dbm 20 m to 50 mhz, if bw: 10 khz, power: -6 dbm 50 m to 400 mhz, if bw: 10 khz, power: 0 dbm 400 m to 6 ghz, if bw: 10 khz, power: 0 dbm 6 g to 9 ghz, if bw: 10 khz, power: 0 dbm 0.2 dbrms 0.03 dbrms 0.005 dbrms 0.001 dbrms 0.0017 dbrms 1.4 degrms 0.2 degrms 0.035 degrms 0.007 degrms 0.012 degrms 0.2 dbrms 0.03 dbrms 0.005 dbrms 0.001 dbrms 0.0017 dbrms 1.4 degrms 0.2 degrms 0.035 degrms 0.007 degrms 0.012 degrms stability (source/receiver: standard configuration) magnitude 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz phase 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz 0.010 db/c 0.005 db/c 0.010 db/c 0.040 db/c 0.2 deg/c 0.1 deg/c 0.2 deg/c 0.8 deg/c 18 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port input description typical dynamic accuracy (standard configuration, reference/test attenuator 0 db, reference: -15 dbm) magnitude 5 dbm -5 dbm -15 dbm (reference) -25 dbm -35 dbm -45 dbm -55 dbm -65 dbm phase 5 dbm -5 dbm -15 dbm (reference) -25 dbm -35 dbm -45 dbm -55 dbm -65 dbm 50 mhz to 400 mhz 0.048 db 0.038 db 0.033 db 0.055 db 0.082 db 0.127 db 0.225 db 0.485 db 0.32 deg 0.25 deg 0.22 deg 0.36 deg 0.55 deg 0.85 deg 1.5 deg 3.3 deg 400 mhz to 800 mhz 0.071 db 0.036 db 0.025 db 0.035 db 0.052 db 0.076 db 0.107 db 0.162 db 0.68 deg 0.23 deg 0.17 deg 0.23 deg 0.34 deg 0.5 deg 0.71 deg 1.08 deg 800 mhz to 9 ghz 0.2 db 0.042 db 0.024 db 0.035 db 0.045 db 0.067 db 0.093 db 0.13 db 5 deg 0.30 deg 0.16 deg 0.23 deg 0.30 deg 0.44 deg 0.62 deg 0.86 deg test port damage level rf high power configuration wide dynamic range configuration standard configuration dc 41 dbm 30 dbm 30 dbm 35 vdc 19 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port input group delay 1 description typical supplemental information aperture (selectable) (frequency span)/(number of points - 1) maximum aperture 25% of frequency span minimum delay limited to measuring no more than 180 of phase change within the minimum aperture. accuracy see graph below (typical) the following graph shows group delay accuracy with 3.5 mm connectors, full 2-port calibration and a 10 hz if bandwidth. C calibration kit (85033e). C insertion loss is assumed to be < 2 db. C source/receiver: standard configuration, source/receiver reference/test attenuator: 0 db in general, the following formula can be used to determine the accuracy, in seconds, of a specific group delay measurement: phase accuracy (degrees) / [360 x aperture (hz)] 1. group delay is computed by measuring the phase change within a specified step (determined by the frequency span and the number of points per sweep). 20 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet general information description general characteristic supported number of port 1 2 to 24 (m9376a), 2 to 12 (m9377a/m9378a) if bandwidth range 1 hz to 10 mhz, nominal settings are: 1, 1.5, 2, 3, 4, 5, 7 step, except 1.5 hz 1. 3 port configuration is not supported. when the configuration is a combination of m9376a/77a/78a, the supported number of port is varied between 2 and 22 depending on the configuration. measurement throughput summary for option 1xx measurement throughput data is supplemental performance data. common condition for the measurement throughput data: C analyzer display turned off with: display:enable off, display:visible off C number of traces = 1 (s11 only) C leveling mode: open loop C option 1xx (m9376a) C chassis: m9018a, controller: m9037a (windows 7, 64 bit) C firmware version: a.11.70 cycle time for measurement completion number of points description 51 201 401 1601 start 1.2 ghz, stop 1.4 ghz, 1 mhz if bandwidth uncorrected, 2 port configuration 1.7 2.8 3.9 9.2 2-port cal, 2 port configuration 3.0 4.9 7.1 18 4-port cal, 4 port configuration 7. 0 13 18 50 12-port cal, 12 port configuration 40 82 130 368 start 1.2 ghz, stop 1.4 ghz, 100 khz if bandwidth uncorrected, 2 port configuration 2.0 4.3 7. 0 23 2-port cal, 2 port configuration 3.7 8.0 14 46 4-port cal, 4 port configuration 8.4 19 30 96 12-port cal, 12 port configuration 45 93 150 445 start 1.2 ghz, stop 1.4 ghz, 1 khz if bandwidth uncorrected, 2 port configuration 51 196 389 1545 2-port cal, 2 port configuration 101 391 776 3089 4-port cal, 4 port configuration 202 781 1553 6180 12-port cal, 12 port configuration 616 2357 4676 18581 start 1 mhz, stop 9 ghz, 1 mhz if bandwidth uncorrected, 2 port configuration 3.5 6.1 9.3 18 2-port cal, 2 port configuration 6.2 12 19 35 4-port cal, 4 port configuration 14 25 39 78 12-port cal, 12 port configuration 60 115 175 445 start 1 mhz, stop 9 ghz, 100 khz if bandwidth uncorrected, 2 port configuration 3.7 7. 9 13 32 2-port cal, 2 port configuration 7. 3 16 26 63 4-port cal, 4 port configuration 15 33 53 129 12-port cal, 12 port configuration 64 129 203 524 unit: ms 21 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet cycle time for measurement completion (continued) number of points description 51 201 01 101 start 1 mhz, stop 9 ghz, 1 khz if bandwidth uncorrected, 2 port configuration 53 199 394 1554 2-port cal, 2 port configuration 104 398 788 3106 4-port cal, 4 port configuration 208 796 1576 6214 12-port cal, 12 port configuration 635 2400 4744 18684 unit: ms cycle time vs. if bandwidth condition: frequency = 4 ghz, span = 0 hz, nop = 201, 2 port configuration if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) 10 19298 100 1932 1000 195 10000 22 100000 3.9 1000000 2.2 15 12867 150 1289 1500 131 15000 15 150000 3.2 1500000 2.1 20 9650 200 967 2000 99 20000 12 200000 2.9 2000000 2.1 30 6434 300 646 3000 67 30000 8.3 300000 2.6 3000000 2.1 40 4826 400 485 4000 51 40000 6.7 400000 2.5 4000000 2.0 50 3862 500 388 5000 41 50000 5.8 500000 2.4 5000000 2.0 70 2736 700 276 7000 30 70000 4.7 700000 2.3 7000000 2.0 measurement throughput summary for option 2xx measurement throughput data is supplemental performance data. common condition for the measurement throughput data: C analyzer display turned off with: display:enable off, display:visible off C number of traces = 1 (s11 only) C leveling mode: open loop C option 2xx (combination of m9377a and m9378a) C chassis: m9018a, controller: m9037a (windows 7, 64 bit) C firmware version: a.11.6x cycle time for measurement completion number of points description 51 201 01 101 start 1.2 ghz, stop 1.4 ghz, 1 mhz if bandwidth uncorrected, 2 port configuration 1.7 2.6 3.6 9.1 2-port cal, 2 port configuration 2.8 4.7 6.7 18 4-port cal, 4 port configuration 6.8 12 17 45 6-port cal, 6 port configuration 13 22 33 91 start 1.2 ghz, stop 1.4 ghz, 100 khz if bandwidth uncorrected, 2 port configuration 2.0 4.2 7. 0 23 2-port cal, 2 port configuration 3.7 7. 9 14 46 4-port cal, 4 port configuration 8.2 18 29 95 6-port cal, 6 port configuration 15 30 47 147 unit: ms 22 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet cycle time for measurement completion (continued) number of points description 51 201 01 101 start 1.2 ghz, stop 1.4 ghz, 1 khz if bandwidth uncorrected, 2 port configuration 51 196 389 1545 2-port cal, 2 port configuration 102 391 777 3089 4-port cal, 4 port configuration 202 781 1553 6180 6-port cal, 6 port configuration 304 1173 2331 9274 start 50 mhz, stop 9 ghz, 1 mhz if bandwidth uncorrected, 2 port configuration 3.6 6.4 9.6 18 2-port cal, 2 port configuration 6.7 13 19 35 4-port cal, 4 port configuration 14 26 40 74 6-port cal, 6 port configuration 23 42 64 123 start 50 mhz, stop 9 ghz, 100 khz if bandwidth uncorrected, 2 port configuration 4.0 8.1 14 32 2-port cal, 2 port configuration 7. 5 16 26 62 4-port cal, 4 port configuration 16 33 54 128 6-port cal, 6 port configuration 26 52 84 202 start 50 mhz, stop 9 ghz, 1 khz if bandwidth uncorrected, 2 port configuration 53 200 395 1553 2-port cal, 2 port configuration 105 398 789 3106 4-port cal, 4 port configuration 209 797 1577 6214 6-port cal, 6 port configuration 315 119 6 2368 9325 unit: ms cycle time vs. if bandwidth condition: frequency=4 ghz, nop=201, 2 port configuration if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) if bw (hz) cycle time (ms) 10 19299 100 1932 1000 196 10000 22 100000 3.9 1000000 2.3 15 12867 150 1288 1500 131 15000 15 150000 3.3 1500000 2.2 20 9651 200 968 2000 99 20000 12 200000 3.0 2000000 2.2 30 6434 300 646 3000 67 30000 8.4 300000 2.7 3000000 2.2 40 4827 400 485 4000 51 40000 6.8 400000 2.5 4000000 2.2 50 3862 500 389 5000 41 50000 5.9 500000 2.5 5000000 2.1 70 2736 700 276 7000 30 70000 4.7 700000 2.4 7000000 2.1 23 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet data transfer time (ms) 1 number of points description 51 201 401 1601 scpi over 1 gbps (hislip) 2 64-bit floating point 1 1 1 1 32-bit floating point 1 1 1 1 ascii 1 2 3 10 pxie shared memory data transfer 0.004 0.004 0.004 0.004 1. supplemental performance data. data transfer time varies depending on the type of pc and control software. 2. transferred logmag s11 data, using :calc{ch}:meas{tr}:data:fdat?. port configuration block diagram of option 2xx s t an d ar d c o n figur a tio n h igh p o w e r c o n figur a tio n w i d e d y n am i c r an g e con fi g u r a ti on h igh gain c o n figur a tio n r m 9 3 7 7 a m 9 3 7 8a 2 0 d b a t t n t 3 5 d b a t t n 3 5 d b a t t n r m 9 3 7 7 a m 9 3 7 8a 2 0 d b a t t n t 3 5 d b a t t n 3 5 d b a t t n r m 9 3 7 7 a m 9 3 7 8a 2 0 d b a t t n t 3 5 d b a t t n 3 5 d b a t t n r m 9 3 7 7 a m 9 3 7 8a 2 0 d b a t t n t 3 5 d b a t t n 3 5 d b a t t n 2 3 2 3 3 3 2 2 2 3 4 5 7 6 2 3 4 5 7 6 2 3 4 5 7 6 2 3 4 5 7 6 1 1 1 1 1 1 1 1 24 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port input uncorrected system performance specification (db) description 1 m to 10 mhz 10 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz directivity 25 25 20 15 source match 25 25 20 15 load match 13 17 12 10 typical (db) description 1 m to 10 mhz 10 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz directivity 40 40 35 35 source match 40 40 35 35 load match 20 25 20 15 reflection tracking 0.1 0.1 0.1 0.2 module characteristics (specification and typical) m9300a pxie frequency reference see the m9300a datasheet http://literature.cdn.keysight.com/litweb/pdf/5991-0898en.pdf m9309a pxie vector network analyzer synthesizer see the m9309a datasheet http://literature.cdn.keysight.com/litweb/pdf/5992-0881en.pdf m9389a pxie vector network analyzer source see the m9389a datasheet http://literature.cdn.keysight.com/litweb/pdf/5992-0882en.pdf m9376a pxie vector network analyzer receiver source output description speci?cation typical frequency range 1 mhz to 9 ghz max leveled power 1 m to 100 mhz (@input level -4.2 dbm) 12 dbm 14 dbm 100 m to 1 ghz (@input level -4.2 dbm) 15 dbm 17 dbm 1 g to 3 ghz (@input level -4.2 dbm) 13 dbm 15 dbm 3 g to 4 ghz (@input level -6.0 dbm) 13 dbm 15 dbm 4 g to 6 ghz (@input level -6.2 dbm) 12 dbm 14 dbm 6 g to 7 ghz (@input level -8.6 dbm) 12 dbm 14 dbm 7 g to 8 ghz (@input level -8.8 dbm) 11 dbm 13 dbm 8 g to 9 ghz (@input level -8.9 dbm) 9 dbm 13 dbm 25 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet test port noise floor 1 range specification typical (ifbw=1 hz) 1 m to 20 mhz C110 dbm C125 dbm 20 m to 9 ghz C125 dbm C135 dbm compression level range specification typical magnitude 1 m to 9 ghz, +10 dbm input 1 m to 6 ghz, +10 dbm input 6 g to 9 ghz, +10 dbm input 0.21 db 0.04 db 0.08 db phase 1 m to 9 ghz, +10 dbm input 1 m to 6 ghz, +10 dbm input 6 g to 9 ghz, +10 dbm input 5.0 deg 0.3 deg 0.6 deg 0.1 db compression input level 1 m to 100 mhz 100 m to 1 ghz 1 g to 4 ghz 4 g to 7 ghz 7 g to 8 ghz 8 g to 9 ghz 12 dbm 15 dbm 13 dbm 12 dbm 11 dbm 9 dbm trace noise (reflection) range (test port input level = maximum power in specification) specification typical magnitude 1 m to 20 mhz, 1 khz ifbw 20 m to 9 ghz, 10 khz ifbw 0.003 db rms 0.003 db rms 0.001 db rms 0.001 db rms phase 1 m to 20 mhz, 1 khz ifbw 20 m to 6 ghz, 10 khz ifbw 6 g to 9 ghz, 10 khz ifbw 0.02 deg rms 0.02 deg rms 0.02 deg rms 0.005 deg rms 0.005 deg rms 0.007 deg rms absolute measurement accuracy range specification typical 1 m to 6 ghz, 0 dbm 6 g to 9 ghz, 0 dbm 0.1 db 0.2 db stability range typical magnitude typical phase 1 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz 0.005 db/c 0.01 db/c 0.04 db/c 0.1 deg/c 0.2 deg/c 0.8 deg/c 1. fom is off. 26 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet dynamic accuracy 1, 2 test port power specification magnitude phase 10 dbm 0.21 db 5.0 deg 0 dbm 0.042 db 0.30 deg C10 dbm (ref.) 0.024 db 0.16 deg C20 dbm 0.035 db 0.23 deg C30 dbm 0.045 db 0.30 deg C40 dbm 0.067 db 0.44 deg C50 dbm 0.091 db 0.60 deg C60 dbm 0.12 db 0.83 deg C70 dbm 0.19 db 1.26 deg C80 dbm 0.35 db 2.3 deg C90 dbm 0.78 db 5.4 deg C100 dbm 2.0 db 15.0 deg 1. accuracy of the test port input power reading is relative to C10 dbm reference input power level. 2. dynamic accuracy is verified with the following measurements: ? compression over frequency ? if linearity at two frequencies (1 mhz and 1.195 ghz) using a reference level of C10 dbm for an input power range of 0 to C100 dbm. for value below C60 dbm, refer to vna receiver dynamic accuracy specifications and uncertainties n5247-90003 http://literature.cdn.keysight.com/litweb/pdf/n5247-90003.pdf 27 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet miscellaneous description general characteristics dimensions 210 mm x 22 mm x 130 mm weight (net) 560 g power drawn from chassis 24.7 w max. +3.3v: 1.3 a +5 v: 0 a +12 v: 1.7 a 12 v: 0 a warm up time 45 minutes dimensions front view side view if out tr ig sy nc i/o 1 i/o 2 test port lo in 100 mhz in source in m937 6a vna receiv er status 19.9 90.5 77 59.3 49.3 39.3 29.3 34.3 54.3 70.3 83.3 97.3 14.4 9.9 4.3 14.5 34.5 23.3 130 10 16 front panel connector description connector type typical test por t damage level sma female 1 26 dbm or 35 vdc trig trigger type impedance level range rising edge falling edge smb male edge 1.8 k?, dc coupled 3.3 v ttl 1.7 v 1 v pulse period (option 025) 1 to 10 s (resolution 100 ns) i/o1, i/o2 pulse period (option 025) smb male 3.3 v ttl 1 to 10 s (resolution 100 ns) sync smb male 3.3 v ttl if out 3.5 mm female source in smp male lo in smp male 100 mhz in impedance smp male 100 mhz 5 ppm, 0 dbm 5 dbm 50 ? (nominal) 1. sma (m)-(f) adapter is furnished as test port saver. 28 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet m9377a pxie vector network analyzer direct access receiver source output description speci?cation typical frequency range 50 mhz to 9 ghz max leveled power 10 m to 50 mhz (@input level -4.5 dbm) 50 m to 2 ghz (@input level -4.5 dbm) 2 g to 3 ghz (@input level -4.5 dbm) 3 g to 4 ghz (@input level -7.0 dbm) 4 g to 5 ghz (@input level -7.5 dbm) 5 g to 6 ghz (@input level -7.5 dbm) 6 g to 7 ghz (@input level -10.0 dbm) 7 g to 9 ghz (@input level -10. 5 dbm) 19 dbm 18 dbm 17 dbm 17 dbm 16 dbm 16 dbm 15 dbm -5 dbm 21 dbm 21 dbm 19.5 dbm 19.5 dbm 18.5 dbm 18.5 dbm 17.5 dbm harmonics (2nd or 3rd) 10 m to 50 mhz, -5 dbm out 50 m to 9 ghz, 10 dbm out -20 dbc -20 dbc non-harmonics spurious 10 m to 50 mhz, -5 dbm out 50 m to 9 ghz, 10 dbm out -30 dbc -30 dbc source output port return loss 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz 13 db 10 db 8 db 5 db 15 db 13 db 10 db receiver, test input (t in) and reference input (r in) return loss range speci?cation typical 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz 13 db 10 db 8 db 5 db 15 db 13 db 10 db noise floor 1 range speci?cation typical (reference/test attenuator 0 db, ifbw 1 hz) 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz -145 dbm -145 dbm -140 dbm -135 dbm -154 dbm -153 dbm -150 dbm cross talk range speci?cation typical (reference/test attenuator 0 db, source out to r in or t in) 10 m to 50 mhz 50 m to 7 ghz 7 g to 9 ghz between t in and r in 10 m to 9 ghz (reference/test attenuator 0 db) 10 m to 9 ghz (reference/test attenuator 35 db) -60 db -70 db -50 db -70 db -45 db 1. fom is off. 29 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet compression level range speci?cation typical magnitude (+10dbm input, reference/test attenuator 35 db) 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz (-10dbm input, reference/test attenuator 0 db) 10 m to 50 mhz 50 m to 9 ghz phase (+10dbm input, reference/test attenuator 35 db) 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz (-10dbm input, reference/test attenuator 0 db) 10 m to 50 mhz 50 m to 9 ghz 0.145 db 0.25 db 0.2 db 1.25 deg. 1.95 deg. 5 deg 0.5 db 0.03 db 0.1 db 0.8 db 0.1 db 1.5 deg. 0.2 deg. 0.6 deg. 2 deg. 0.6 deg. 0.1 db compression input level (reference/test attenuator 35 db) 50 m to 6 ghz 6 g to 9 ghz (reference/test attenuator 0 db) 50 m to 9 ghz 25 dbm 10 dbm, 25 dbm@0.3 db compression -10 dbm absolute measurement accuracy 1 range typical 10 m to 9 ghz, -20 dbm in 0.7 db 1. after receiver cal. within <1c deviation from calibration, mismatch error is not included. 30 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet dynamic accuracy range speci?cation (reference/test attenuator 0 db, reference=-30 dbm) -10 dbm -20 dbm -30 dbm (ref.) -40 dbm -50 dbm -60 dbm -70 dbm -80 dbm (reference/test attenuator 35 db, reference=-10 dbm) +10 dbm (50 m to 6 ghz) +10 dbm (6 g to 9 ghz) 0 dbm (50 m to 6 ghz) 0 dbm (6 g to 9 ghz) -10 dbm (ref.) -20 dbm -30 dbm -40 dbm -50 dbm -60 dbm magnitude 0.2 db 0.042 db 0.024 db 0.035 db 0.045 db 0.067 db 0.093 db 0.13 db 0.145 db 0.25 db 0.039 db 0. 044 db 0. 025 db 0. 042 db 0. 065 db 0. 096 db 0. 15 db 0. 26 db phase 5.0 deg. 0.30 deg. 0.16 deg. 0.23 deg. 0.30 deg. 0.44 deg. 0.62 deg. 0.86 deg. 1.25 deg. 1.95 deg. 0.27 deg. 0.3 deg. 0.17 deg. 0.28 deg. 0.43 deg. 0.63 deg. 0.97 deg. 1.8 deg. front panel connector description connector type typical receiver port tin/rin damage level maximum input level 3.5 mm female 30 dbm or 35 vdc +25 dbm (reference/test attenuator 35 db) -10 dbm (reference/test n attenuator 0 db) source output damage level 3.5 mm female 30 dbm or 35 vdc 31 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet front panel connector description connector type typical trig trigger type impedance level range rising edge falling edge smb male edge 1.8 k, dc coupled 3.3 v ttl 1.7 v 1 v i/o1, i/o2/sync smb male 3.3 v ttl pulse period (option 025) 1 to 10 s (resolution 100 ns) if out smb male source in smp male lo in smp male 100 mhz in impedance smp male 100 mhz 5 ppm, 0 dbm 5 dbm 50 (nominal) miscellaneous description general characteristics dimensions 210 mm x 22 mm x 130 mm weight (net) 570 g power drawn from chassis 24.7 w max. +3.3v: 1.3a +5 v: 0 a +12 v: 1.7 a -12 v: 0 a warm up time 45 minutes dimensions front view side view 100 mhz in lo in source in 3 src out 2 r in 1 t in if out sync | i/o 2 t r ig i/o 1 status vna receiver m9377a 19.9 59.3 49.3 39.3 29.3 29.3 42.6 56 14.4 4.4 34.5 130 10 32 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet m9378a pxie vector vetwork analyzer coupler description speci?cation frequency range 50 mhz to 9 ghz test coupler description speci?cation typical test port match / thru port match 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 12 db 9 db 25 db 13 db 11 db arm port match 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 12 db 9 db 9 db 13 db 11 db insertion loss 10 m to 50 mhz 50 m to 2 ghz 2 g to 4 ghz 4 g to 6 ghz 6 g to 9 ghz 9 g to 12 ghz 12 g to 14 ghz 1.5 db 2.2 db 2.7 db 3.5 db 0.5 db 1.0 db 1.5 db 1.9 db 3.0 db 4.0 db 4.5 db coupling factor 10 m to 800 mhz 50 m to 100 mhz 100 m to 200 mhz 200 m to 400 mhz 400 m to 800 mhz 800 m to 9 ghz 9 g to 14 ghz -26 to -43 db -20 to -37 db -15 to -31 db -13.5 to -25 db -13.5 to -19.5 db (20 x log 10 ( f )-12-3.3 f 2 1) db, f in ghz -14 to -17 db -14 to -18 db directivity 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 10 db minimum 5 db minimum 10 db minimum 12 db minimum 7 db minimum 33 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet reference coupler description speci?cation typical source in port match / thru port match 10 m to 50 mhz 25 db 50 m to 6 ghz 12 db 13 db 6 g to 9 ghz 9 db 11 db arm port match 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 12 db 9 db 9 db 13 db 11 db insertion loss 10 m to 50 mhz 50 m to 2 ghz 2 g to 4 ghz 4 g to 6 ghz 6 g to 9 ghz 9 g to 12 ghz 12 g to 14 ghz 1.5 db 2.0 db 2.5 db 3.0 db 0.5 db 1.0 db 1.2 db 1.6 db 2.5 db 3.5 db 4.5 db coupling factor 10 m to 800 mhz 50 m to 100 mhz 100 m to 200 mhz 200 m to 400 mhz 400 m to 800 mhz 800 m to 9 ghz 9 g to 14 ghz -26 to -43 db -20 to -37 db -15 to -31 db -13 to -25 db -13 to -19 db (20 x log 10 ( f )-12-3.3 f 2 1) db, f in ghz -14 to -17 db -14 to -18 db directivity 10 m to 50 mhz 50 m to 6 ghz 6 g to 9 ghz 10 db minimum 5 db minimum 10 db minimum 12 db minimum 7 db minimum coupling factor, from 10 mhz to 800 mhz (typical) 34 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet attenuator description speci?cation typical attenuation 10 m to 50 mhz 50 m to 3 ghz 3 g to 6 ghz 6 g to 9 ghz 14 to 27 db 18 to 32 db 18 to 32 db 18 to 24 db 18 to 24 db 20 to 26 db 21 to 28 db input port match 10 m to 50 mhz 50 m to 9 ghz 14 db 8 db 16 db output port match 10 m to 50 mhz 50 m to 5 ghz 5 g to 9 ghz 15 db 12 db 8 db 18 db 14 db front panel connector description connector type typical test por t 1 damage level 3.5 mm female +43 dbm arm t/arm r damage level 3.5 mm female +30 dbm source in damage level 3.5 mm female +43 dbm thru r/thru t damage level 3.5 mm female +43 dbm at t out damage level 3.5 mm female +26 dbm att in damage level 3.5 mm female +41 dbm 1. sma (m)-(f) adapter is furnished as test port saver. miscellaneous description general characteristics dimensions 210 mm x 22 mm x 130 mm weight (net) 650 g dimensions front view side view 7 att in 6 att out 5 thru t 4 thru r 3 src in 2 arm r 1 arm t test port coupler m9378a 19.9 89.3 76 29.3 42.6 56 69.3 82.6 96 14.4 5.6 34.5 23.3 10 130 35 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet m9340a pxie vector network analyzer rf distributor module description speci?cation frequency range input output 1 mhz to 6 ghz 1 mhz to 9 ghz frequency response gain, 1 mhz to 6 ghz 0 2 db output power description speci?cation source distribution maximum output power 6 g to 9 ghz, +10 dbm input 8 dbm to 12 dbm minimum output power 6 g to 7 ghz, C45 dbm input 7 g to 8 ghz, C45 dbm input 8 g to 9 ghz, C45 dbm input < C40 dbm < C39 dbm < C38 dbm lo distribution maximum output power 1m to 187.5 mhz, +10 dbm input 6 g to 7 ghz, +10 dbm input 7 g to 8 ghz, +10 dbm input 8 g to 9 ghz, +10 dbm input 5 dbm to 9 dbm 3.42 dbm to 10.58 dbm 2.92 dbm to 11.08 dbm 1.88 dbm to 12.12 dbm front panel connector description type a in/b in 3.5 mm female a out 1/2/3, b out 1/2/3 3.5 mm female sync smb male miscellaneous description general characteristics dimensions 210 mm x 22 mm x 130 mm weight (net) 610 g power drawn from chassis 14.2 w max. +3.3v: 0.71 a +5 v: 0 a +12 v: 1.1 a C12 v: 0 a warm up time 45 minutes 36 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet dimensions front view side view 34.5 16.3 10.3 130 distr ibut or m9340a status out 2 out 3 out 1 out 2 out 3 out 1 sync in in b a 19.9 96 82.6 69.3 56 42.6 29.3 34.3 49.3 89.3 14.4 4.3 5.6 37 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet general characteristics for m9376a, m9377a, m9378a and m9340a emc, environment and compliance description speci?cation emc european council directive 2004/108/ec iec 61326-1:2012 en 61326-1:2013 cispr 11:20 0 9 +a1:2010 en 55011: 2009 +a1:2010 group 1, class a iec 61000-4-2:2008 en 61000-4-2:2009 4 kv cd/8 kv ad iec 61000-4-3:2006 +a1:2007 +a2:2010 en 61000-4-3:2006 +a1:2008 +a2:2010 3 v/m, 80-1000 mhz, 1.4 - 2.0 ghz/1v/m, 2.0 - 2.7 ghz, 80% am iec 61000-4-4:2004 +a1:2010 en 61000-4-4:2004 +a1:2010 2 kv power lines/0.5 kv signal lines iec 61000-4-5:2005 en 61000-4-5:2006 1 kv line-line/2 kv line-ground iec 61000-4-6:2008 en 61000-4-6:2009 3 v, 0.15-80 mhz, 80% am iec 61000-4-8:2009 en 61000-4-8:2010 30a/m, 50/60hz iec 61000-4-11:2004 en 61000-4-11:2004 0.5-300 cycle, 0%/70% ices-001:2006 group 1, class a a s/nzs cispr11:20 0 4 group 1, class a kn11, kn61000-6-1 and kn61000-6-2 group 1, class a environment this product complies with the weee directive (2002/96/ec) marking requirements. the affixed label indicates that you must not discard this electrical/electronic product in domestic household waste. product category: with reference to the equipment types in the weee directive annex i, this product is classed as a monitoring and control instrumentation product. do not dispose in domestic household waste. to return unwanted products, contact your local keysight office, or see http://www.keysight.com/environment/product/ for more information. 38 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet analyzer environmental specifications description speci?cation operating environment temperature 0 to 55 c ambient 0 to 55 c module temperature error-corrected temperature range 23 c ( 3 c) with < 1 c deviation from calibration temperature humidity 20% to 80% at wet bulb temperature < +29 c (non-condensation) altitude 0 to 2,000 m (0 to 6561 feet) vibration 0.21 g maximum, 5 hz to 500 hz non-operating environment temperature C40 c to +70 c humidity 20% to 90% at wet bulb temperature < +40 c (non-condensation) altitude 0 to 4,572 m (0 to 15,000 feet) vibration 0.5 g maximum, 5 hz to 500 hz 39 | keysight | M9485A pxie multiport vector network analyzer 1 mhz/50 mhz to 9 ghz - data sheet this information is subject to change without notice. ? keysight technologies, 2015, 2016 published in usa, august 29, 2016 5992-0756en www.keysight.com mykeysight www.keysight.com/find/mykeysight a personalized view into the information most relevant to you. keysight infoline www.keysight.com/find/infoline keysights insight to best in class information management. free access to your keysight equipment company reports and e-library. keysight services keysight services www.keysight.com/find/service our deep offering in design, test, and measurement services deploys an industry-leading array of people, processes, and tools. the result? we help you implement new technologies and engineer improved processes that lower costs. three-year warranty www.keysight.com/find/threeyearwarranty keysights committed to superior product quality and lower total cost of ownership. keysight is the only test and measurement company with three-year warranty standard on all instruments, worldwide. and, we provide a one-year warranty on many accessories, calibration devices, systems and custom products. keysight assurance plans www.keysight.com/find/assuranceplans up to ten years of protection and no budgetary surprises to ensure your instruments are operating to specification, so you can rely on accurate measurements. keysight channel partners www.keysight.com/find/channelpartners get the best of both worlds: keysights measurement expertise and product breadth, combined with channel partner convenience. www.keysight.com/find/M9485A for more information on keysight technologies products, applications or services, please contact your local keysight office. the complete list is available at: www.keysight.com/find/contactus americas canada (877) 894 4414 brazil 55 11 3351 7010 mexico 001 800 254 2440 united states (800) 829 4444 asia pacifc australia 1 800 629 485 china 800 810 0189 hong kong 800 938 693 india 1 800 11 2626 japan 0120 (421) 345 korea 080 769 0800 malaysia 1 800 888 848 singapore 1 800 375 8100 taiwan 0800 047 866 other ap countries (65) 6375 8100 europe & middle east austria 0800 001122 belgium 0800 58580 finland 0800 523252 france 0805 980333 germany 0800 6270999 ireland 1800 832700 israel 1 809 343051 italy 800 599100 luxembourg +32 800 58580 netherlands 0800 0233200 russia 8800 5009286 spain 800 000154 sweden 0200 882255 switzerland 0800 805353 opt. 1 (de) opt. 2 (fr) opt. 3 (it) united kingdom 0800 0260637 for other unlisted countries: www.keysight.com/find/contactus (bp-06-08-16) dekra certified iso9001 quality management system www.keysight.com/go/quality keysight technologies, inc. dekra certified iso 9001:2015 quality management system evolving our unique combination of hardware, software, support, and people can help you reach your next breakthrough. we are unlocking the future of technology. from hewlett-packard to agilent to keysight |
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