SIGNAL ANALYZERS Spectrum Analyzers, Low-cost Portable HP 25908, 05928 = Low price = Easy touse «* Sturdy and lightweight ‘+ Measurement personalities HP 85908 HP 8590B and 85928 Spectrum Analyzers ‘These models offer basic RF and microwave measurement per= formance ata low cost. The HP 85908 has a frequency range Of 9 Kflz (01.8 GHz, 2 50- or optional 75-ohm input, anda weight of only 136 kg (30 pounds). Amplitude range is 4 side 115 to 130 dBm ‘The HP 85928 hasa frequency range of9 KH to 22 GH (or 25 GH. with option #125), an internal preselecior, and a weight of (35 pounds) 15.9 kg. Amplitude range extends from —114 to +30 dBm (Bor special applications or general export, the HP 83928 option TBH doesnot tune above 18 GHz nor span greater than 23 GH) It ac power isnot available, both spectrum analyzers can be operated using the HP 859014 portable ae power source One Spectrum Analyzer fr Many Applications ‘orca change thet caper ttn spasm arly to ft specie mansroment ness An optional mehory ear ender ‘hie yout load pectic measurement personae fo ale tlt sin, cietromagnctic sompatibty, of sgt radio aplatons Complex mesntrmenroutnesand it imisare avelae as hey. fire. An optional bolln tracking pnerter proves the HP S508 RF analaer with + sgachrobusy seep Sigal source for stmulusrespose measurement. Operating there angles reautes only minimal ain. Easy-to-Use Features Numerous features make it easier to control your measurements and to analyze the results Both portable spectrum analyzers have builtin, automatic calibration to ensure measurement consistency Frequency panning les you quickly reposition signals without repes ced sweeps. The internal memory allows 50 traces tobe stored, and 24 more can be stored on 2 RAM card with addition of the optional ‘memory-card reader. Time-and-date stamping come standard. Direct ‘output fo printer or plotter are available with either the HP-IB or RS!232 Interface option HP 85028, ing: 0” 10 55° C Storage: 40° to +75°.C EMI compatibility: CISPR Pub, 11 and FRZ.526/$27/79 ‘Audible noise: <37.5 dBA. pressure and 5.0 Bels power qasopP7779)| Power requirements: 360127 or 198 10250 Vrms, 471066 He. 103, 10126 Vems, 400 Hz 10% Frequency a Range: 9 kits to 1.8 GHz, 1 MHz to 1.8 GHz option 001 Readout accuracy: =(S MHz + 1% of frequency spen) Span Range: 0 Hz (2er0 span), $0 kHz to 8 GH Accuracy: 23% of indicted span Sweep time Range: 20 ms to 100s ‘Accuracy: 3% of indicated sweep time ‘Sweep trigger: ce run, singe, line, video, external Stability Drift: <75kH42/5 minutes after 2-hour warmup and S minutes after setting centr frequency Noise sideband: <~95 dBc/Hy at >30 KHz offet from CW sig al System related sidebands: CW signal (65 dBe at >30 ki ofiet fromHP 85908 Specifications (continued) Amplitude “Amplitude range: —115 10 +30 dBm (50 ohm); ~63 0 +75 dBmV (75 ohm, option 001) Maximum ale input levet: 59 ohm 75 ohm (option 001) Me ope at) Sean erat) fae por Ballet) team Oe) o Bis inlie Gain compression > 10 MHz: <0.5.B (total power at input mixer Displayed average noise level: <—115 dBim to <-113 dBm Spurious respon ‘Second harmonic distortion > § MH: <—70 dic for —45 dBm fone at input mixer ‘Third-order intermodulation Distortion >5 MHz: <-70 éBe for two ~30 dBim tones at input mixer and >50 kz separation (Other inputsrelated: «65 dBc for 230 kHe offset from CW sig al [Residual responses (input terminated and 0 dB attenuation) '50.0hm 775 ohm (option 001) oie Wie coian im alee ok She mY Display range {Log seate: to -70 dB from reference lve is calibrated 1 (020 dB division in 1 dB steps; 8 divisions displayed Linear seale:§ divisions ‘Scale units: Bm, dBmV, dBmicroV, volts, watts ut resolution: 0.05 dB or log scale; 0.08% of rfer- ence level for linear Reterence level Range: —115 to +30 dBm (50 ohm); ~63 19 +75 dBm (75 chm) Resolution: 0.01 dB fr log scale; 0.12% of ref level far linear Accuracy (referred to 20 dm reference level) (O to $8.9 dBi: (0.5 dB+ input atenustor accuracy at 50 MHz) $80 to 115 dBm: (1.25 dB + input attenuator accuracy at 50 MHz) Frequency response, 10 dB input attenuation ‘Absolute: 61.5 dB, referred to 300 MHz CAL OUT Relative flatness: 1.0 dB, referred to midpuint between highest and lowest frequency resporse deviations Calibrator output Frequency: 300 MHz 30 kHz Amplitude: —20 diim 20.4 dB (50 ohm); +28.75 dBmV 40.4 2B (75 ohm, option 001), Input atienustor Range: 010 60 dB, 10 dB steps ‘Accuracy: 40.5 di at 0 MHz, rf 10 dB attenuation, 0 to $0 €B; 120.15 dB at 50 MHz, ref 10 4B attenuation, 60 dB Resolution bandwidth I kHz to 3 MHz, 3 di nominal ‘Snitching uncertainty, referred to 3 kHz RBW: 0.4 JB for 3 kHz 103 MHz RBW: 0.5.68 for 1 kHz Video bandwidth range: 30 12 to | MHz {Log to linear switching: 0.25 at reference level Display seale fidelity {Log incremental accuracy: 0.2 JB/2 dB, 0 to ~70 JB from ref lev {Log maximum cumulative: +0.75 dB, 0 10 ~60 from ref level, 21-048, 010 ~70 dB from ref level Linear accuracy: 3% of reference level HP 85928 Specifications Frequency ange: 9 kitz to 22 GHz; 9 kHz 1925 GH (option H25) Readout accuracy: «[(5 xN) MIlz + 0.01% of center frequency + Po [requency span] ‘Span ‘Range: 0 Hr (zero span), (50 x N) kHz o 19.25 GHz ‘Accuracy: 2% of span, span >10 MHz; 15% of span, span <10 MHz Sweep time Range: 20 ms o 100 Accuracy: 43% of indicated sweep time ‘Sweep trigger: irce run, singe, ine, vdeo, external ‘stability Woise sidebands: <(—9S + 20 log N) dBo/Hez >30 kite offset from CW System-rolated sidebands: cifset from CW signal ‘Comb generator frequency accuracy: 100 MHz fundamental freq 000% 65 dBe + 20 log N st >30 kHz Amplitude Range: -114 to +30 dBm ‘Maximum safe input: +30 dBm (1 watt, 7.1 Vrms),0 Vie Gain compression: <0.5 dB (total power at input mixer ~ ~10dBm Displayed average noise level: "11410 < 92 dBm Spurious responses ‘Second harmonic distortion MO MHz 102.9 GHz: <—70 dic for —40 dBm tone at input mixer 22.78 GHz: <—100 dB: for ~10.dBm tone at input mixer (or below Aisplayed average noise level) ‘Third-order intermodulation Cistortion > 10 MHz: <—65 dBc for two ~30 4Bm at inp mixer and > SO KH separation ‘ther input related: <~70 dBe fo (Be for applied freq <22 GHz Display range og scale: 0 to —70 dB from reference level is calibrated | to 20 4B division in 1 dB steps: 8 divisions displayed Unear scale: § divisions Scale units: dBm, dBmV, dBuY, vols, watts Reterence level Fange: 114 t0 430dBm Resolution: 0.01 dB for lo poled freq <18 GHx; <—60 0.12% of ref lev for near im reference evel -=(0.5 dB + input atten ace @ $0 MH2) 60 to ~114 dBm: 1(125 dB + input atten ace @ SO MHz) Frequency response, referred to 300 MHz CAL OUT, Aatatve fanens 21 (0 +2048 Catoratr out Frequency: $00 Miz 30 kHz ‘Ampttuge 0s 0. Input attenator ange: 070 Bin 10d te ‘Accuracy 3te 60 B05 4B a SD Mile, ref to 10d atten robe ch aS0 Mita rio oda aten Resolution bandwith (-2 48 nominal hz to3 Mile Sntohing uncertainty 5003.) ii 03 Mile ROW 205 dB, The Vito bandwith ange: 30101 Mite Logto near stoning: 3025 dB a etrence evel Dipay seater 0.94/20 s0 Toa iam rfl nee mertal; +0.75 dB, 0 10 ~60 dB from ref lev +10 dB; 0 10 "70 dB fron ref ly, maximum cumulative Linear accuracy: 3% of reference level Ordering Information Price HP 85908 spectrum analyzer (9 kHz to 1.8 GH) $9,590, IP AS92B spectrum analyzer (9 KH to 22 GH) 319,640 (Opt 001 75.0 input impedance (HP 85903 only) so (Opt 003 card render s600 (096.010 tracking generator Soa $3,900 (HP 85908 only) (090011 tracking generator 750 $3,900 (HP 85903 only) (O5¢ 021 HP-1B interface 600 (05¢023 RS-232 interface $600 (Opt H2S frequency extension to $3,350 25 GHz (HP 85928 only) (Opt 1BH general export version 0