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QGSP-9300lss In ls“ to Ire its Iss-CSP-'Eil3£l£l is a light, compact, and high C,fF" ratio 3CHz spectrum analyzer. The ESP-9305 frequency range stretchesfrom El it-IHz to 3-CiHz and features many functions such as radio frequency and power measurement, ZFSH digitalcommunications analysis, EMC pretest mode, and active component P'TdE point measurement, etc. It can support thefast sweep speed up to 3El?usec. It is the ideal instrument for various application fields such as the basic operation ofHELD, research and school lecture, engineering maintenance, and test for mass production. This light and compactspectrum analyzer is also suitable for automatic test systems and vehicle mounted operation.

CW lnstelt understands that high quality is a very important consideration for users who are selecting economicalspectrum analyzers. Ci5P-?l3DU' sp-ectrum analyzer, with the built-in preamplifier and the highest sensitivity of -‘I5-Edfim[I Hz}. is capable of measuring very feeble signals. To obtain the accurate results, the low power measurementuncertainty of GE-F‘-a 3iIHIt is less than 1.5-ti E.

The built-in measurement functions of ESP-93-Eli] spectrum analyzer include IFSHI digital communications analysis,AMfFMy'ASl€fF5H signal demodulation Es analysis, ElvlC pretest mode, Harmonic Distortion, TCH, Channel Power,t.'.'rCB"iiv’, ACFR, 5Elv|, Phase jitter, H-dB Bandwidth, Noise lvlarlier, Frequency Counter, and Time Domain powermeasurement for burst signal, etc.

Traci-ting generator, an option for ESP-93013 spectrum analyzer, provides supplementary functions such as measuringthe insertion loss of RF cable and identifying the frequency response of antenna, filter or amplifier. The P'ldEmeasurement function supports power sweep and F'ldB compression point of active component's. It supports -5.2GHzpower sensor PW5-DE-. Users, via the power meter mode, can conduct related measurement applications without usingan independent power meter.

ESP-'E!3ElCI spectrum analyzer is very user-friendly. All freq uently used functions can be applied quickly through functionkeys and five languages |[English, Russian, Traditional Chinese, Simplified Chinese and Japanese} are available for userinterface-

Llsers can use the external software Spectrumfihot for Elvll test report management and assessment, remote controland waveform data recording for long periods of time. Spectrumfihot can be applied to spectrum monitoring fordetecting any abnormal radio signals. The software will send out e-m ail to inform users if any abnormal situation occurs

To summarize, CSP-9300 spectrum analyzer is a perfect, light. compact, and economical measurement instrument.With height ofilfimm and width of?-5lJmm, ESP-E1361} is suitable for automatic test systems. It can he mounted on thel'El inches EU raclc The light and compact design ofC5P-'EI3l]Ci is ideal for vehicle mounted operation to carry out fieldstrength measurement such as monitoring satellite communications signals.

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MEA5UREMENTFUNCTfUN HEY FEATURES

ESP-El HIIIEI supports the fast sweep mode with sweep speed up to EEIT-'usec.Users can use the fast sweep mode to capture transient signals such asTire-pressure monitoring system [TF'lv1S], Eiluetooth frequency hoppingsignals, tuned oscillator, and other interfering signals in IS-lvl frequencyband, etc-

EFSFI modulation, for its features of low design co st and low electricityconsumption, is widely used by HF communications applications with lowpower and low data transmission speed characteristics- Nowadays. EFEHImodulation technology has been applied in various products and systemssuch as consumer electronics, automotive electronics, Fifi D, auto readingelectricity meter, and industrial control devices, etc. IFSH signal analysismeasures parameters including carrier power, F5lt frequency deviation,carrier frequency, and carrier Freq uency offset. Users can set the criterionin frequency deviation and carrier offset for fast test result determination.

lIISF'-EIJEICI supports -EidEl Elvll filter with EElIE|yfEllr:yf'l.1lfll:,i'llv1 Hz bandwidthand l:ri,iilt-in low noise amplifier. l,.|sers can apply ntasirnum pealr: detectorand Eivtl filter to conduct pre-compliance testing for electronics productsUsers can activate built-in amplifier to measure feeble electromagneticinterfering signals to -l5'E|'dElm_|ft-tz in lCiHz frequency band-El'v'lC pretestmode collocates with near field probe or anlen na to carry out conductionand radiation electromagnetic interference [Eh-1t] test. additionally. nearfield probe and C5-F‘-"£l3Cl'lIl tracl-ting generator can br: used to output CldfilrnHF signals to test electromagnetic susceptibility {E MS} for electronicsproducts.

ilr.lv1y'Flv'l Sign al Analysis measures parameters including .i!i.lv'l depth,frequency deviation. modulation rate. carrier power. carrier frequency offsetand E-lltl-M3. Users can set the criterion in iltlvt depth, freq uency deviation-carrier power and carrier offset for fast test result determination- The ESP-'-Il]-IIt|Il has a convenient .i!tl'v1|i'Fl'v1 demodulation function to tune into Ali.-'l orFl‘-vt broadcast signals and listen to the demodulated base ba nd signalsusing the ear phone out soc ltet.

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HFID and optical com rnunications systems often use .rltr'ri plitude ShiftI-teyrng ij.li.5tt]- ilip plrcations such as wireless telephone, paging systems.and RFIU-, etc. utilize Frequency Shift lteying {F5liZf|.AS lt,r'FEit demodulation and analysis measures parameters including rlilvldepth, frequency deviation, modulation rate. carrier power. carrier frequencyoffset, SIN.-1-.Ei. symbol. and waveform. Users can set N-rl depth. frequencydeviation, carrier power and carrier offset for F‘assyfFail testing result.

Spectrogram can simultaneously display power, freq uency, and time.Frequency and pizirwer variation according to time changes can also betrac lied. Especially, the intermittently appeared signals can br: identified.Users, by using Spectrogra m, can analyze the stability of signal versus timeor identity the intermittently appeared interference signals in thecommunications system. Users can use two markers to find out the relationof power to frequency and time.

C-ciocl Will Instrument Co . L1-d- G

Topographic uses color shade to show the probability distribution ofsignal appearance. This functron allows users to directly understand theprocess of signal variation according to time changes that is beneficialto observe intermittent feeble signals or electromagnetic interferencesignals. Users can use two malrers to find out the relation of power tofrequency and percentage.

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"mitt rdRadar or TlZ'll'-.-la. communications systems, via intermittently turning onyloffoutput power, control transmission signals- In order to monitor the powerspectrum during the transmission process, the Ciated Sweep function caninitiate measurement only when signals appear. This function is ideal formeasuring burst signals such as C-5-lvl or ‘-.l.i'Lillil'-l {as shown in the e:campfe]-

Occupied Ba ndwidth Adjacent Channel Power Ratio

The crcaw measurement can simultaneously display DCBW, channelpower and PSEI-. Cl-C lEli'iil.if's unit is shown by percentage. A measurementarea containing bandwidth will be shown when DCBW is in use.

Telecommunications and broadcasting service carriers must reduceinterference to the minimum- This interference is caused by power lea lrageto adjacent transmission channels. The ACPR measurement can examinethe lealtage status that is conducive to identifying interference source-

Third Card-er Intercept

Users can measure the linearity ofnon-linear systems and componentssuch as receiver, low-noise amplifier and mister by TUI which automaticallytests effective carrier and measures inter-modulation sidehands.

Co-od ‘I-li'ill Instrument Co.. Ltd.

Spectrum Emission lvlas lt

SEM measures out-of-channel emission which is deli nod by correspondingin-channel power. Users can set main channel's paran'ieter's, out-of-chani-ietrange, and limit line, etc. Slflt-'l supports the F'ass,i'Fai| test function and listsfrequency range for surpassing each out-of-channel limit. Fin alarm signalwill be triggered ifany measurement ref-tilts that are not match ed with SEM-GSP-SISDCI has the built-in SEM settings of SC PP, wean 3»iEl2.'| l b,i'g,i'n,‘ill.-‘imam: ECII-1.1 I5 and self-defined communications system.

Harmonic can easily measure the amplitude of fundamental frequ ency andas high as ten order of harmonic frequency. This function can also measureamplitude tdtlct which is the ratio of harmonic and correspondingfundamental carrier. Total harmonic distortion i',TH D] can also be calculatedby this function.

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Users can go to zero span setting and open marl-ier to observe burstsignals when measuring burst signal in time domain is required.

The built-in Cl'ilR,'CSCt,i'tITEl functions ofISSF'-93-tilt}! are ideal formeasuring performance ofC-ll-T‘-i‘ amplifier and system.

The Fha se jitter function can rapidly measure phase noise produced byRF signal source's and oscillators carrier deviation. This function candirectly convert signal |itter to phase {T-i]Cl:| and time tns].

The frequency counter function is used to malre accurate frequencymeasurements up to l Hz resolution.The ma rlrer noise function calculates the average noise level over alaiandwielth of'l Hz, referenced from the rnarlrer position.

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ESP‘-Elflfifl] utilizes the paterited design of high efficient heat dissipation andfeed bacli temperature control. ilifter the instrument is turned on, theinternal instrument can rapidly maintain a stable temperature so as toprovide accurate amplitude measurement and deliver the frequencymeasurement with IIi.El25ppm frequency stability.Users can set up automatic walre-up time for each day of the weelr. Ely sodoing, the purpose of ESP‘-EIIIIICI pre walce-up can be achieved. Flre wa lce-upis ideal for the lower temperature environment to conduct tests in thepreset time.

The sequence function allows users to edit a sequence formulated by aseries of steps directly from the instrument. Pause and delay can beinserted in the sequence to observe the test results. Th ere are five sets ofsequence for selection. Each sequence allows editing of EU steps Differentsequence can be interactive and support each other. This function providesautomatic editing without using the PC that is very convenient for assemlsilylines in which etiecute routine test procedures.

C-ood '-lfill Instrument Co . Ltd.

The limit line fu nction, based upon the preset criteria of passing the test-can be used to directly determine whether the DUT passes the test- Testresult not only can be sh own on the LCD screen, but also an alarm signaloutput indication which is done by connecting a spealrer or light devicewith the Bf-lC terminal on the rear panel to facilitate the ma.-iiimum yieldrate of the production line.

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C-S P-Slstltb provides instrument control interface including Lililtl, RS-232.US El. and CiF*lB [optional]_lvl driver is also provided to support La bvl E'-'v,i'Cv|,i'Lab'-.'ti'indov.-s to meet the requirements of editing the automatic testsoftware.

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The built-in traclring generator can swiftly and easily measure frequencyresponse of cable loss, filter l;ia ndwidth, amplifier gain, mister conversionloss, etc. The l'-.l-dB Bandwidth function measures 3dB bandwidth ofBandpass filter. Sli.l.i'R bridge should be connected with traclcing generatortci measure the return loss ofantenna or filter.

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CSP-'El'Stl-El connecting with Ft‘vv'S-ttEi USB power sensor can be applied toeicecute high precision average power measurement for USB F"n P. iavvs-asUSB power sensor has the built-in zero function; therefore, calibration byan eiiternal signal source is unnecessary. ISSF‘-'ii‘3iIIirIII not only collects.displays, and stores the measurement results of power meter, but alsoprovides the Pass{Fail function.

C-oiad Will Instrument Co . Ltd-

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.i!i.ll active components have linear dynamic range for power output. Dnceoutput power reaches the mairimum level, active component will enter theno n-linear saturated area of F"l dH point and cease am pltfying signalintensity as well as produce harmonic distortion. It is very useful for F"ldBpoint measurement in active components such as low noise am plifrer,mixer and active filter. The ESP-HHIIFEI traclririg generator supports 5lItdBpower sweep range; output power from Cldflm to -SCIdH m; frequency rangefrom lElCIltHz to El-CiHz.

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Compact and light-weighted i[4I-rgji CiSFl'-EIHIIHII can be powered by batterymaliing it suitable for outdoor operations. Dptional CSF’-'iI3l2'lZI battery pacltto pt.l]E[| has a battery life of two hours- Clptional soft carrying casetCiSC-I.'l€I'?I'}i provides convenience and protection to the instrument.CiS P-'B3ClD is equipped with 3.4 inches IE-II|CIirt-EiDEI piiriels LCD display whichyields clearer display results for outdoor operations.

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USER FRTENDLT’ DESTISN

Status Icons show the interface status, power status, alarm status and The built-in Definition Help function allows users to immediatelyetc of ESP-‘HUD Users can easily understand the setting status and test understand the parameters of Channel Power. DCaw. A-CPR. S-Eivt, Phaseresults of the instrument. titter, l'il-dEl Bandwidth B. Pl dB items so as to save time on reading user

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Users can use the er-item al software Spectru mShot for Elvll test re port detecting any abnormal radio signals. The software will send out e-mail tomanagement and assessment, remote control and waveform data inform users ifany abnormal situation occurs. Under the Remote Controlrecording for long periods oftime.Under the Elvll F're-test Ivlode, users can mode. users can monitor wireless interference signals or observe signalsselect the required CISPR Elvll regulation for conduction and radiation for long periods of time.measurement. Under Get Trace mode, users can record the waveform data l'v'l Driver Supports I-a blv'iew_,fl-a blr.li.i'indows_|fCli.I'l Programming.for long periods of time. It can be applied to spectrum monitoring for It is available on l‘-ll website.

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