agilent E6833A cdma2000/1xev-do calibration application for the e6601a wireless communications test set data sheet e6601a/e6890a features and general speci? cations ? cw, am, fm, dsb-sc-sc source modulation ? rf analyzer ? spectrum monitor ? transmitter power measurement ? power versus time measurement ? frequency error measurement ? optional iq capture waveform sampling ? internal ocxo timebase ? built-in open windows xp pc ? run test programs with internal or external pc ? gpib, usb, and lan connectivity and control E6833A features source modulation ? cw, amplitude, frequency, is-95, cdma2000, and 1xev-do power measurements ? mean power ? root-raised cosine power power measurements ? channel power ? dynamic power ? fast device tune spectral measurements ? tx spurious emissions ? occupied bandwidth ? spectrum monitor modulation quality measurements ? is-95, cdma2000 rc1 rho the next generation of mobile phone manufacturing test. the agilent e6601a is the new, one-box test set that expedites mobile phone calibration. combining industry-leading measure- ment speed, selectable formats, ? exible licensing, and an integrated open windows ? xp pc, the e6601a helps you achieve the lowest cost of test in mobile phone manufacturing. the e6601a and its available technology-speci? c software applications deliver industry leading measurement speed and accuracy for your mobile phone test needs. the agilent E6833A cdma2000/1xev-do calibration application is a non-signaling application optimized for cdma2000 ? /1xev-do mobile phone calibration. the E6833A also provides a choice of perpetual, transportable, or term licenses for maximizing asset utilization and your cost per test. the test set and its applications use emerging advancements such as fast device tune features to deliver fast, high-quality calibration. because its agilent, you can be con? dentit operates using trusted, proven measurement methodology that ensures measure- ment integrity that is never compromised.
2 technical speci? cations these speci? cations apply to an e6601a mainframe and the E6833A cdma2000/1xevdo calibration application ? rmware revision a.03 or higher. only feature additions beyond the e6890a general purpose application are included in this docu- ment. speci? cations describe the test sets warranted perfor- mance and are valid for the units operation within 10 c of the last self alignment. all speci? cations are valid after a 30-minute warm-up period of continuous operation with valid self alignment. if the instrument has been off for longer than 48 hours, a 48-hour warm-up period followed by a self alignment is required. supplemental characteristics are intended to provide typical, but non-warranted, performance parameters that may be useful in applying the instrument. these characteristics are shown in italics and labeled as typical. all units shipped from the factory meet these typical numbers at +25 c ambient temperature without including measurement uncertainty. rf generator frequency w-cdma cellular bands us cellular band 1-799, 991-1023, 1024-1323 (860.04-893.97 mhz) us pcs band 0-1199 (1930-1990 mhz) korean pcs band 0-599 (1840-1870 mhz) japan cdma band 1-799, 801-1039, 1041-1199, 1201-1600 (832.0125-869.9875 mhz) imt-2000 band 0-1199 (2110-2169.950 mhz) nmt-450 band 1-400, 472-871, 1039-1473, 1792-2016 (approx 420-494 mhz) secondary 800 band 0-719, 720-919 (851-869, 935-940 mhz) us pcs 1900 band 0-1299 (1930-1995 mhz) aws band 0-899 (2110-2155 mhz) amplitude output port control user control of rf source routing to either the rf in/out port or the rf out only port output level range rf in/out port C115 dbm/1.23 mhz to C15 dbm/1.23 mhz rf out only port C115 dbm/1.23 mhz to C5 dbm/1.23 mhz composite absolute output level accuracy (< 10 c and < 24 hours from the last alignment, C108 to C15 dbm/1.23 mhz) rf in/out port < 1.0 db, typically 0.65 db rf out only port < 1.0 db, typically 0.65 db modulation waveforms spectrally correct is-95, cdma2000 rc3, 1xev-do waveforms modulation quality residual rho typically > 0.99 residual evm typically < 3%
3 rf analyzer frequency frequency range in ch annel numbers us cellular band 1-799, 991-1023, 1024-1323 (815.04-848.97 mhz) us pcs band 0-1199 (1850-1910 mhz) korean pcs band 0-599 (1750-1780 mhz) japan cdma band 1-799, 801-1039, 1041-1199, 1201-1600 (887.0125-924.9875 mhz) imt-2000 band 0-1199 (1920-1979.950 mhz) nmt-450 band 1-400, 472-871, 1039-1473, 1792-2016 (approx 410-484 mhz) secondary 800 band 0-719, 720-919 (806-824, 896-901 mhz) us pcs 1900 band 0-1299 (1850-1915 mhz) aws band 0-899 (1710-1755 mhz) amplitude input level range channel power C61 dbm/1.23 mhz to +28 dbm/1.23 mhz peak input power C61 dbm/1.23 mhz to +37 dbm/1.23 mhz self alignment validity < 10 c change and < 30 days from last self alignment reverse traf? c channel suite triggering this measurement suite results in the capture of one block of samples from which is derived the channel power, occupied bandwidth, and tx spurious emissions parameters. trigger setup sources external, immediate, rf generator arb channel power measurement measurement method measures the total power in a 1.23 mhz bandwidth centered on the reverse channel center frequency measurement interval 1.25 ms for cdma2000 or 1.67 ms for 1xev-do measurement range C61 dbm/1.23 mhz to +28 dbm/1.23 mhz measurement accuracy C61 to +28 dbm/1.23 mhz < 0.7 db, typically < 0.2 db measurement repeatability typically < 0.05 db modulation quality measurement input frequency ranges same as rf analyzer measurement chip rate 1.2288 mcps measurement method is-95 or cdma2000 rc1: single code rho input level range average power C25 to +37 dbm/ 1.23 mhz modulation quality measurement range (for signals with < 1 khz frequency error) is-95, rc1 0.40 to 1.00 rho measurement interval 1.042 ms (5 walsh symbols) modulation quality measurement accuracy is-95, rc1 rho < 0.003 + residual error for 0.8 < rho < 1.0 modulation quality measurement residuals rho > 0.999 frequency error 2 hz plus timebase error measurement results rho, frequency error, phase error, magnitude error, carrier feedthrough
4 occupied bandwidth measurement method measures the bandwidth that contains 99.0% of the total integrated power of the transmitted signal centered on the selected reverse channel input level range +5 to +28 dbm/1.23 mhz measurement accuracy 60 khz for 99.0% total integrated power tx spurious emissions measurement method measures the active carrier power in a 1.23 mhz bandwidth, then measures the power in a 30 khz bandwidth at two offsets above and below the active carrier and displays the ratio of the offset powers to the active carrier power in dbc input level range +0 to +30 dbm/1.23 mhz measurement offsets frequencies < 1000 mhz 885 khz, 1.98 mhz frequencies > 1000 mhz 1.25 mhz, 1.98 mhz measurement bandwidth carrier 1.23 mhz ? at channel ? lter offsets 30 khz synchronously tuned, ? ve-pole ? lter with approximately gaussian shape measurement accuracy 885 khz, 1.25 mhz < 0.35 db, typically < 0.15 db 1.98 mhz < 0.6 db, typically < 0.25 db residual noise ? oor 885 khz, 1.25 mhz < C73 dbc/30 khz bw 1.98 mhz offsets < C75 dbc/30 khz bw mobile pass/fail limits auto mode frequencies < 1000 mhz C42 dbc/30 khz for 885 khz offsets C54 dbc/30 khz for 1.98 mhz offsets frequencies > 1000 mhz C42 dbc/30 khz for 1.25 mhz offsets C50 dbc/30 khz for 1.98 mhz offsets manual mode settable from C10 to C65 dbc with 0.01 db resolution dynamic power measurement measurement method captures a user-de? ned trace consisting of 5, 10, or 20 ms duration power steps with user-de? ned step size produced by a test mode in the device under test. measures the total power in each step period in a 1.23 mhz bandwidth centered on the reverse channel center frequency input level range C61 to +28 dbm/1.23 mhz amplitude capture range with 4 db crest < 2 db of expected power measurement accuracy 1 (within +2 to C45 db of expected power) C61 to +28 dbm/1.23 mhz < 0.7 db, typically < 0.2 db measurement accuracy 1 (within 45 db of expected power with < 48 hours warm-up before self alignment initiation) C59 to +28 dbm/1.23 mhz < 0.7 db, typically < 0.3 db C65 to < C59 dbm/1.23 mhz < 0.8 db, typically < 05 db measurement repeatability typically < 0.05 db for returning to the same level and frequency with no temperature change and insigni? cant time change trigger setup sources external, fall, rise step duration user speci?ed maximum power step size trigger pulse 1. additional accuracy error when using rf out only port is < 0.1 db.
5 fast device tune measurement measurement method allows simultaneous calibration of a devices transmitter output power and receiver input level across level and frequency in a single sweep (per frequency band). the device must operate in a test mode, which forces it to transmit a prede? ned series of power steps at various reverse link frequencies, and simultaneously tune its receiver to perform measurements (such as rssi) of the test sets signal at various forward link frequencies and power levels measurement range C65 dbm/1.23 mhz to +28 dbm/1.23 mhz measurement interval 1.25 ms measurement ? lter 1.23 mhz brick wall step size range 5 to 20 ms trigger sources immediate and rf rise output level setting (to be within 0.1 db of the ? nal power level) amplitude switch < 1 ms, typically < 250 s frequency switch < 1 ms, typically < 500 s within band measurement accuracy 1 (within 45 db of expected power with < 48 hours warm-up before self alignment initiation) C54 to +28 dbm/1.23 mhz < 0.75 db, typically < 0.3 db C61 to < C55 dbm/1.23 mhz < 0.85 db, typically < 0.3 db rf source output level range rf in/out port C115 dbm/1.23 mhz to C15 dbm/1.23 mhz rf out only port C115 dbm/1.23 mhz to C5 dbm/1.23 mhz composite absolute output level accuracy (< 10 c and < 24 hours from the last alignment, C108 to C15 dbm/1.23 mhz) rf in/out port < 1.0 db, typically 0.65 db rf out only port < 1.0 db, typically 0.65 db rf output level settling < 1 ms to be within 0.1 db of the ? nal value 1. additional accuracy error when using rf out only port is < 0.1 db.
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