Full-Fledged Functions for a Total Solution
Contents
1. 3GHz Spectrum Analyzer e Low Noise Floor 117dBm oGHez 3k REW Autoset Function Sequence Programming Functions ACPR OCBW Channel Power N dB Measurements Pass Fail Test with Limit Line Editing to Markers with Marker Peak Functions Split Windows Allowed Separate Settings s AC DC Battery Multi Mode Power Operation a USB RS232 CPIB Optional Interface Direct VGA Output 6 4 TFT Color LCD Resolution 640 x 48o Compact Size 730 x 170 H x 240 D mm Light Weight of 5 8ke Without Options Optional Tracking Generator amp Preamplifier GY HSTEK Made to Measure Full Fledged Functions for a Total Solution GSP 830 with much elevation on the frequency domain technology is positioned as an accurate and powerful tool for RF measurements in the industrial fields The 3GHz Frequency Band and the low Noise Floor of 117dBm greatly expands the GSP 830 dynamic range to a level that meets most of the critical measurement requirements in various market sectors The high speed signal processing of GSP 830 not only gives a very fast sweep rate of the spectrum but also plays the role as the engine for powerful measurement capabilities The Auto Measurements of Channel Power Bandwidth and Phase Jitter related parameters of a RF system or device could be done with ease The Split Window enables the dual measurements with dual displays of a signal under two different setting environments The A B C Traces2. Stop Start 900 000MHz Center 1000 000MHz Stop 1100 000MHz 1 1GHz RBW 4MHz VBW 300kHz2 Span 200 000MHz Sweep 50 0ms Ref 30 0dBm 10 dB Start 700 000MHz Center 2200 000MHz Stop 2700 000MHz RBW 4MHz VBW 300kHz2 Span 1000 000MH2 Sweep 50 0ms az me Ne N 2o RS Ps In the split window mode you can measure two traces at the same time with different scale settings More importantly real time display update is maintained under the split window mode This feature is especially useful when measuring harmonics J STATUS INFORMATION PRESENTED BY ICONS SATEST Ref 30 0dem 10dB Frequen Mkr 2 2400 000MHz 40 2 dBm x A Mkr 0 050MHz 9 4 dB Center 2 4 GHz Start 2 3995 GHZ Stop 2 4005 GHz Step 200kH2 Peak gt Center i Start 2 3995GH2 Cent z Stop 2 4005GH2z RBW 30kHz VBW 100kHz Span 1MHz Sweep 50ms enter 2 4 GH uA VB Gee ICAT Feb 14 2004 P SHF TUE 12 34 24 GSP 830 can display three traces at once enhanced with various signal detection modes peak average sample etc The other useful trace functions include trace math operations using the stored traces SATEST Mer 2 00 c00MHz Refi 30 0dam 10487 AMkr 0050MHz RBW 3 Gr mear 4 Breaking out of the traditional methodology GSP 830 has adopted status icon to show the current instrument state in the display The well considered pictures help you grasp the current condition immediately No need to worry
3. 73 6 As 14 800 5 0 i eturn Feb 14 2004 Fees t Feb 14 2004 Feb 14 200 Center 1000 000MHz TUE te ty TUE Ear TUE 12 34 2 Using the 5 pairs of flexible and all round markers in GSP 830 GSP 830 provides up to five sets of amplitude correction you can easily find and observe the signal peaks track them functionality for compensating antenna effect Each correction or measure the delta The markers provide accurate status of set includes 30 amplitude adjustment points in independent any frequency in a table list letting you grasp all signal aspects frequencies allowing adjustment of antenna effect over in a glance measurements Limit Line Limit Line Ref 30 00Bm Limit Ref 30 0dBm HLimit Low High On off EditTable LLimit On Off On Off Start 99 75MHz Center 100MHz Stop 100 25MHz Delete Edit RBW JO0kHz VBW 1kHz Span 500kHz Sweep 50ms Upper Limit Line Editing Table Pass Fail Delete All Undo Return HEE Start 99 75MH Ce 100MHZz Stop 100 25MHz RBW 30kHz VBW 1kHz Span 500kHz Sweep 50ms Feb 14 2004 Feb 14 2004 TOR 1234 24 Es ss E TURIRA You can increase the production line efficiency by using the three types of GSP 830 Pass Fail test setting Hi Lo Curve with high low limit GSP 830 swiftly and accurately determines whether the waveform is within the specified range or not The display shows the low high limit line shape in real tim
4. 30 0eRen 10 dB QMerker 10 00M 9448 Marker 1000 10MHz 40 2 dBm Ref 30 0dBm 10 dB AMarker 10 00MHz 9 4 dB Center 1 0 GHz Center 1 0 GHz it i Marker 1000 10MHz 40 2 dBm Ref 30 0dBm 10 dB Center 1 0 GHz Start Start Start 200 0MHz 200 0MHz 900 OMHz Stop 1 1GHz Stop 1 1GHz Start 900 000MHz Center 1000 000MHz RBW 4MHz Stop 1100 000MHz Start 900 000MHz Genter 1900 000MHer Stop 1100 000MHz VBW 300kHz Span 200 000MHz Sweep 5i s d Start 950 000MHz Center 1000 000MHz RAW 4M VAW 300iHz Saan 200 000MHz Swoaop 50 0ns Start 900 000MHz Center 1000 000MHz ente 0 RBW 4MHz RBW 300kKH2 VBW 300kHz Span 100 000MHz ente VBW 300kHz Span 200 000MHz Stop 1100 000MHz Sweep 5 s Stop Stop 1050 000MHz 1 1GHz Sweep 50 0ms X dB BW Measurement Step Jitter Measurement Step Setup Bw 200kHz Setup Phase Time 200kHz X dB BW 3dB Start Offset GMHZ 26 7 mnz Posk gt Stop Offset 25MHZ o o46 7 32 Pesce Carrier Power fao2 dBm rad Eee Center Center ACPR Measurement Step Setup 200kHz Channel Bw S0MHz ETETEA e 26 7 27 0 TER fAdjcHewa 2omHz dB dB Center PEETA AdjcHew2 20MHz e 38 9 39 2 Adj CH Offset 2 somHz dB dB LACPR UACPR Cibi Efe center 1000 000 ERAR Center 1000 000Mnz ERAR N dB BW Measurement Jitter Measurement ACPR GSP 830 provides various power measurement functions display is split in half showing all param
5. Noise Floor 117dBm 600MHz 3k RBW e Autoset Function e Sequence Programming Functions e ACPR OCBW Channel Power N dB and Phase Noise Measurements e Pass Fail Test with Limit Line Editing e 5 Markers with A Marker e 10 Peak Markers Sorting Function e Split Windows Allow Separate Settings e AC DC Battery Multi Mode Power Operation e USB RS 232C GPIB Optional Interface e Direct VGA Output e 6 4 TFT Color LCD Resolution 640x480 e Compact Size 330 W x170 H x340 D mm e Light Weight of 6kg Without Options e Optional Tracking Generator A AUTO SET FUNCTIONS Autoset Ref 30 0dBm Autoset p Threshold uto Man Span Auto Man Start 2 395GHz Center 2 4GHZ Stop 2 405GH2 RBW 300kHz VBW 100kHz Span 10MHz Sweep 50ms amp Wed13 15 42 LL lekeli i Going through special training and or numerous panel manually adjust settings such as amplitude and frequency operations is a common requirement to capture RF signals in span Using spectrum analyzer will never be a complicated a precise manner Everything is changed now GSP 830 s matter again internal Autoset function automatically captures RF signal and configures the optimal display setting in just one operation step Of course for complex signals you can still B POWER MEASUREMENT FUNCTION Frequency Frequency Marker 1000 10MHz 40 2 dBm Ref 30 0dBm 10 dB AMarker 10 00MHz 9 4 dB or 1000 10MHz 40 2 dam Ret
6. about other functions or settings causing measurement errors K MULTI LANGUAGE OPERATION L VGA OUTPUT In order for you to operate the spectrum analyzer effectively GSP 830 offers multi language operation feature which gives you the familiar environment and lets you dive into the RF measurement even at the first try Avtoset E The VGA output terminal can be used for showing GSP 830 display content on an external device such as projector screen or VGA monitor It offers a huge benefit in a large amount of applications such as education and remote monitoring M USB INTERFACE INCLUDED IN THE STANDARD CONFIGURATION a Flash Driver GSP 830 gt Printer GSP 830 provides multiple PC connections In addition to the standard RS 232C and optional GPIB for ATE control GSP 830 now includes the widely adopted USB Host for data transfer and display printout You can directly connect Flash drives to USB Host port to transfer measurement data or an external printer to directly printout the display image This feature improves the work efficiency and makes file transfer far more convenient N OPERATION TIME OF 3HOURS WITH THE BATTERY PACK P A S 4 W x 4 5 A y te C aT Z i 4 4 e j a 7 eani Three types of power supplies are prepared for GSP 830 AC 100 240V DC 11 17V and battery Using the battery pack you can operate GSP 830 for
7. provide three live measurement results such as Clear amp Write Max Hold and Average traces of a signal in the same spectrum at the same time The Go NoGo function facilitates the fast measurements in the Manufacturing and Component Sourcing fields whereas the Auto Sequence provides a mean to automatically run through a sequence of tests based on the various system settings of the user s test routines The remarkable USB features support the Image Data amp Setting storage through flash drive and the direct printout of screen image through a color printer Being an USB Device GSP 830 can be remotely controlled by PC through the USB OTG port on the rear panel The 6 4 TFT LCD with 640 x 480 resolution enhances the effectiveness of GSP 830 powerful measurements due to its bright colorful amp high resolution display The Auto Set function 10Markers with 5 pairs measurement and Multi Language Menu all together provide a very thoughtful user interface The light weight amp compact design plus DC Battery power operation give field service engineers the best portability benefit The optional 9k 120kHz RBW filters plus Average and Quasi Peak Detections fulfill the demand for EMI Test compliances The function of Peak Table listing the first ten peaks based on the ranking of either amplitude or frequency provides EMI Engineers with a very convenient tool With optional preamplifier GAP 801 GSP 830 becomes a very good EMI pre tester to help elec
8. OPTIONAL ACCESSORY AM FM Demodulator amp 10kHz amp 100kHz RBW 9kHz 3GHz 50dBm O0dBm 1dB 100MHz O0dBm 1dB OdBm lt 30dBc typical 30dBm Frequency Range Amplitude Range Amplitude Accuracy Amplitude Flatness Harmonics Reverse Power Impedance Type N female 5002 nominal TG output VSWR 2 10 8V Li lon battery pack x 2 1ppm 0 50 C t1ppm yr RBW 300Hz 3dB bandwidth RBW accuracy 20 RBW selections 9kHz and 120kHz 6dB bandwidth RBW accuracy 15 RBW selections 10kHz and 100kHz 3dB bandwidth RBW accuracy 15 Demodulation AM FM Output internal speaker 3 5mm stereo jack wired for mono operation RBW selections 1OkHz and 100kHz 3dB bandwidth RBW accuracy 15 IEEE 488 bus GSC 001 Soft Carrying Case GKT 001 General Kit set GKT 002 CATV Kit set GKT 003 RLB Kit set GTL 401 DC Power Cord GAP 801 Pre Amplifier Soft Carrying Case ADP 002 adaptor SMA J F N P M x 2 ATN 100 10dB attenuator N J N P x 1 GTL 303 RF cable assembly SMA P RD316 600mm x2 GSC 002 Kit box x 1 ADP 001 adaptor BNC J F N P M x2 ADP 101 adaptor BNC J F 75 Q BNC P M 50Q x2 GTL 304 RF cable assembly RG223 N P N J 300mm x2 GSC 003 Kit box x 1 GAK 001 termination 50Q2 N P x1 GAK 002 Cap with chain N P x 1 GTL 302 RF cable assembly RG223 N P 300mm x2 GSC 004 Kit box x 1 DC power cord with DC Jack and lighter plug Current 5A GAP 801 Pre a
9. SP 830 helps store measured traces setup information limit lines and user defined macros Along with the USB feature to adopt the popular flash drive for mass storage GSP 830 is a convenient tool for the service engineers With only 6kg light weight and compact size GSP 830 well fits into outdoor applications Advanced User Interface The user oriented interface design of GSP 830 gives you the pleasure of handling a complicated job with ease A high resolution 6 4 color TFT LCD provides high quality image display Multiple traces with different colors as defined by the user facilitate the visual recognition of small disparities at a glance Split window mode delivers the value for monitoring two different frequency bands on the same display at the same time GSP 830 under this split window mode acts like a product of two spectrum analyzers in one Feature Rich Interface The front panel USB host connector supports the ubiquitous flash drive for various transactions including setup info trace data and display images In addition it also supports the direct screen printout for the printers with USB ports The rear panel USB On The Go or OTG connector plays the dual roles of both host and slave As a slave it gives accessibility to the remote control from PC The display image of GSP 830 could be sent directly to the external monitors through a VGA port on the rear panel This gives convenience for the remote monitoring at EMI test sites or the
10. circumstances needing presentation or group discussion Free PC Software for GSP 830 GSP 827 Through RS 232 or USB connection EagleShot transfers the measurement data from GSP 830 to the PC Users can print out the data in graphical format directly or save them into text file for further data analysis With EagleShot software the Limit Line setting on the PC could be done either through capturing the setting from GSP 830 or through the Limit Line editing by the user at the PC end For marking and reading the measured signals on the PC screen users can place markers to the peaks of their interest on the display as easily as they do on GSP 830 The new EagleShot PC software supports both GSP 830 and GSP 827 in various application fileds CE Main Functions Measurement Keys Control Keys State Keys Power Button Arrow Key Fly Wheel Numeric Keypad O CON HUM WN Stort 95MHz Center Hz Stu k e Autoset Function RBW 300kHz YVBW 100kHz Span LOMH2 ms i centers some TE Pre 2208 TA 10 Function Keys 640 x 480 High Resolution LCD Display RF Input Tracking Generator Output DC Output for Pre Amplitier GAP 801 USB Host type A Battery Pack Slot Headphone Output DC Input Jack RS 232 Interface USB type mini B VGA Output GPIB Interface External Trigger REF Input IOMHz REF Output GWINSTEK GSP 830 Chhiz 3CHe e Low
11. dBm 117 1dBm 20dBm 600MHz 2 3GHz Ref Level 50dBm 115 1dBm 20dBm 2 3GHz 3GHz 30dBm 25VDC 110dBm 20dBm 1dB 100MHz 1dB 1dB over 70dB 135dBm Hz 1MHz 15MHz Ref Level2 30dBm 152 1dBm Hz 15MHz 600M Hz Ref Level 50dBm 149 1dBm Hz 600MHz 2 3GHz Ref Level 50dBm 147 1dBm Hz 2 3GHz 3GHz lt 70dBc 40dBm Input Ref Level 30dBm lt 60dBc RF Input lt 40dBm Ref Level 30dBm lt 110dBm 3kHz RBW 640 x 480 high resolution color TFT LCD 10 Traces 10 Setup info 10 Limit lines 5 Corrections 10 Sequences 3 traces with Peak Maximum hold Freeze Average and Trace math ACPR OCBW Channel power N dB BW and Phase jitter Auto tuning the measurement result for observation Automated test by uesr defined macros without any remote control Type N female 50Q nominal RF input VSWR lt 2 1 OdBm Ref Level Type BNC female 1M 1 544M 2 048M 5M 10M 10 24M 13M 15 36M 15 4M 19 2M Type BNC female accept 5 V TTL signal Type BNC female IOMHz Jack 5 5mm 12V Sub D 9 pins female Front panel type A receptacle Rear panel type mini B receptacle Type SMB male outputs 9V 100mA max Power cord x 1 User manual x 1 330 W x 170 H x 340 D mm Approx 6kg Opt 02 Battery pack Opt 03 1ppm Stability Opt 04 300Hz RBW Opt 05 Opt 06 9kHz amp 120kHz RBW 10kHz amp 100kHz RBW Opt 07 Opt 08 GPIB Interface
12. e the delta between the target shape is always clear G AUTO SEQUENCE MODE E PASS FAIL JUDGMENT F TRIGGER FUNCTION Trigger SATEST Ref 44 1dBm 10dB Free run H Trigger Condition Video Ext Start 999 95MHz enter 1GHz Stop 1 00005GHz2 RBW 3kHz VBW 1kH2 Span 100kHz2 Sweep 50 ms P Feb 14 2004 CEE e A The configurable trigger feature adds a very flexible yet powerful triggering capability to GSP 830 You can select and set various trigger characteristics source mode delay frequency etc Peak Search Mkri 1 000GH2 36 8 dBm Ref 30 0dBm Pk Search Next Peak Next Pk Right Next Pk Lef Start 999 75MHz RBW 3 Stop 1 00025GHz OKHZ Center 1GHz VBW 10kHz Span SOOKH2 Sweep soms Sequence editing Name Txi Test Preset Peak Search Center 1000MH2 gt END Mkr gt coe SPAN 20MHz Mkr gt Genter 1 0 sec Span 500kHz more E Automatic sequence feature offer a special functionality that frees you from complex programming GSP 830 configures ATE test system by itself After setting up sequence sets from the front panel it will be very convenient to run different measurements in series in a single key press or to carry out the whole test sequences step by step THREE TRACE INDEPENDENT DETECTION SPLIT WINDOWS DISPLAY IN LIVE MODE Frequency Marker 1000 10MHz 40 2 dBm Ref 30 0dBm 10 dB AMarker 10 00MHz 9 4dB Center 1 0 GHz Start 90 0M
13. eters together with ACPR OCBW Channel Power Phase Jitter and N dB Two the waveform adjacent channels as well as channels bands are shown at the same time with different color codes letting you recognize the result at a glance During power measurements the C MARKER FUNCTION D CORRECTION TABLE FUNCTION Correction Frequency Frequency Marker 1000 10MHz 34 2 dBm Marker 1000 10MHz 43 2 dBm n Ref 30 0dBm 10 dB AMarker 10 00MH2 9 4dB Center Ref 30 0dBm 10 dB AMarker 10 00MH2 9 4dB Center Correction 1 0 GHz 1 0 GHz on of Start Start EditTable Pian 300 0MHz On Off Stop Stop Delete Start 900 000MHz Center 1000 000MHz Stop 1100 000MHz 1 1GHz Start 900 000MHz2 Center 1000 000MHz Stop 1100 000MHz2 1 1GHz RBW 4MHz VBW 300kHz Span 200 000MHz Sweep S0 0ms RBW 4MHz VBW 300kHz2 Span 200 000MHz Sweep 50 0ms Marker Table tr A Step Marker Table tr A Step Delete All No MHz dBm No MHz dBm 200kHz No MHz dBm No _AMHz AdB 200kHz Ja 970 000 32 0 6 1010 400 36 0 r E 917 600 77 2 Alf 10 000 0 2 2 91 200 320 7 950 800 38 1 Peak gt 2 954 700 73 6 a2 22 000 8 8 Peak gt Une 3 1030 100 34 2 a 1050 400 38 3 Centar 2 1000 000 43 2 A3 16 400 9 4 Centar J 4 1040 000 34 2 9 1000 400 39 1 J 4 1032 400 71 8 At 16 400 5 0 Es 990 800 36 0 10 940 400 44 4 5 1075 600
14. mplifier with 10dB typical 9kHz 6GHz NOTE 1 Only one option can be selected among Opt 05 to 07 2 Opt 01 amp 03 to 07 are factory installed ORDERING INFORMATION GSP 830 3GHz Spectrum Analyzer STANDARD ACCESSORIES User Manual Power Cord OPTION Global Headquarters GOOD WILL INSTRUMENT CO LTD No 7 1 Jhongsing Road Tucheng City Taipei County 236 Taiwan T 886 2 2268 0389 F 886 2 2268 0639 E mail marketing goodwill com tw China Subsidiary GOOD WILL Instrument Shanghai Co Ltd 8F of NO 2 Building No 889 Yishan Road Shanghai China T 86 21 6485 3399 F 86 21 5450 0789 E mail marketing instek com cn U S A Subsidiary INSTEK AMERICA CORP U S A 3661 Walnut Avenue Chino CA 91710 U S A T 1 909 5918358 F 1 909 5912280 E mail sales instek com Malaysia Subsidiary GOOD WILL Southeast Asia Sdn Bhd MALAYSIA 27 Persiaran Mahsuri 1 1 Sunway Tunas 11900 Bayan Lepas Penang Malaysia T 604 6309985 F 604 6309989 E mail ettan goodwill com my 10 Markers for peaks Snormal delta marker pairs Functions Delta Peak Marker Track SP 830GDOBH Specifications subject to change without notice Please see SPECIFICATIONS Page GV INSTEK www gwinstek com tw
15. ta ges of high performance low cost easy to use and light weight portability of GWinstek products Moreover its fabulous low noise floor greatly increases the measurement range advanced user interface brings you significant visual distinction rich measurement functions make your work simple and easy GSP 830 offers you the greatest performance price value in the market Wide Measurement Range With GW Instek state of the art design GSP 830 s outstanding noise floor level 152dBm Hz 600MHz presents extreme sensitivity for picking up weak signals Along with GAP 810 10dB gain preamplifier GSP 830 reaches the equivalent noise floor level as low as 162dBm Hz thus widely extend the measurement range Automatic Measurement GSP 830 can be an automatic test instrument without any external computer control Users can define their own macros through a keypad on the front panel and store them into 10 Sequence sets The sequence includes the steps of pause so the running sequence could be stopped for measurement result observation then continue when necessary Repeat or Single run modes can be selected based on the application requirements Portable Power Operations Equipped with two packs of Li ion battery GSP 830 could maintain its normal operation for more than 3 hours The DC operation mode also allows GSP 830 to be powered by a 12 Volt power supply or the power of cigar lighter inside the automobile The large size internal memory of G
16. tronic designers catch potentially critical signals prior to the product EMI certification test With 3GHz Tracking Generator GSP 830 well accommodates the applications for System amp Component characteristic verifications The optional lppm stability and the optional AM FM Demodulator extend the GSP 830 application support to the niche areas The accessories such as pre amplifier CATV test kit and RLB test kit are all available as GSP 830 options to meet the requirements with various applications The free PC software of GSP 830 EagleShot can be accessed and downloaded from GW Instek website Through RS 232 or USB connection EagleShot transfers the measurement data from GSP 830 to the PC Users can print out the data in graphical format directly or save them into text file for further data analysis With EagleShot software the Limit Line setting on the PC could be done either through capturing the setting from GSP 830 or through the Limit Line editing by the user at the PC end For marking and reading the measured signals on the PC screen users can place markers to the peaks of their interest on the display as easily as they do on GSP 830 APPLICATION Remote Control mE w 7 Wireless CCD Camera Antennas 006 Mobile phone GPS Receive Wireless 3 Microphone WLAN KEY FEATURES GW Instek now extends its spectrum Analyzer product series to 3GHz up As a new member GSP 830 inherits the advan
17. up to 3 hours without external power source When using GSP 830 inside automobiles the standard 12V supply provides not only the power source Li lon Battery Pack Soft Carrying Case but also battery charging These multiple power choices will definitely satisfy your mobile measurement needs SPECIFICATIONS FREQUENCY RESOLUTION BANDWIDTH AMPLITUDE DYNAMIC RANGE GENERAL CONNECTORS POWER SOURCE ACCESSORIES DIMENSIONS amp WEIGHT OPTION LIST Opt 01 Tracking Generator Frequency Range Aging Rate Span Range Phase Noise Sweep Time Range RBW Range RBW Accuracy Video Bandwidth Range Measurement Range Overload Protection Reference Level Range Accuracy Frequency Flatness Display Range Linearity Average Noise Floor Third Inter Modulation Harmonic Distortion Non Harmonic Spurious Display Internal Memory Markers Trace Detection Power Measurement Autoset Function Sequence RF Input External Reference Clock Input External Trigger Input Reference Clock Output DC Input RS 232C USB Connector DC Voltage Output Terminal AC 100 240V 50 60Hz 9kHz 3GHz 10ppm 0 50 C 5ppm yr 2kHz 3GHz in 1 2 5 sequence full span zero span 80dBc Hz 1GHz 20kHz offset typical 50ms 25 6s 3kHz 30kHz 300kHz 4MHz 15 10Hz 1MHz in 1 3 steps 103dBm 20dBm 1MHz 15MHz Ref Level2 30dBm 120 1dBm 20dBm 15MHz 600M Hz Ref Level 50
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