文件列表:

ATA.opt (76288, 2018-11-08)
ATA_DLL\android_dl_structure.h (9607, 2016-10-24)
ATA_DLL\ATA_DLL.APS (17772, 2018-11-05)
ATA_DLL\ATA_DLL.clw (330, 2017-10-17)
ATA_DLL\ATA_DLL.cpp (1781, 2016-10-24)
ATA_DLL\ATA_DLL.def (610, 2016-10-24)
ATA_DLL\ATA_DLL.dsp (13965, 2018-02-09)
ATA_DLL\ATA_DLL.dsw (539, 2016-10-24)
ATA_DLL\ATA_DLL.h (31112, 2018-02-09)
ATA_DLL\ATA_DLL.ncb (1139712, 2016-10-24)
ATA_DLL\ATA_DLL.opt (53760, 2016-10-24)
ATA_DLL\ATA_DLL.plg (3738, 2017-10-17)
ATA_DLL\ATA_DLL.rc (3060, 2016-10-24)
ATA_DLL\ATA_DLL.txt (106496, 2016-10-24)
ATA_DLL\ATA_DLL_0.log (386, 2016-10-24)
ATA_DLL\ATA_DLL_GlobalObj.c (50, 2016-10-24)
ATA_DLL\ATA_DLL_Handle.cpp (111576, 2018-04-02)
ATA_DLL\ATA_DLL_Handle.h (8014, 2016-10-24)
ATA_DLL\ATA_DLL_Internal.h (1288, 2016-10-24)
ATA_DLL\ATA_DLL_Main.cpp (12663, 2016-10-24)
ATA_DLL\ATA_DLL_Mutex.cpp (4963, 2016-10-24)
ATA_DLL\ATA_DLL_Mutex.h (4220, 2016-10-24)
ATA_DLL\ATA_DLL_Test_Handle.cpp (34468, 2016-10-24)
ATA_DLL\ATA_DLL_Test_Handle.h (4303, 2016-10-24)
ATA_DLL\ATA_DLL_Test_SWVersion.h (3138, 2016-10-24)
ATA_DLL\ATA_DLL_Utils.cpp (3380, 2016-10-24)
ATA_DLL\ATA_DLL_Utils.h (3306, 2016-10-24)
ATA_DLL\ATCMD\Header\ATCmd.h (4133, 2016-10-24)
ATA_DLL\ATCMD\Src\ATCmd.cpp (12836, 2016-10-24)
ATA_DLL\ATCmd.asp (249, 2016-10-24)
ATA_DLL\AUTH.cpp (3727, 2016-10-24)
ATA_DLL\AUTH.h (2502, 2016-10-24)
ATA_DLL\camera_data (9600193, 2016-10-24)
ATA_DLL\common_api.cpp (3662, 2016-10-24)
ATA_DLL\common_api.h (3254, 2016-10-24)
ATA_DLL\com_enum.h (3169, 2016-10-24)
ATA_DLL\Debug\ATA_DLL.dll (180224, 2016-10-24)
ATA_DLL\Debug\ATDLL.dll (163893, 2016-10-24)
ATA_DLL\Debug\eboot.dll (167936, 2016-10-24)
ATA_DLL\Debug\Setup.ini (7431, 2016-10-24)
... ...

README.TXT AGE1960 Agilent Technologies GSM Mobile Test Universal Instrument Driver (UID) for: Agilent Technologies 8960 Series 10 E5515 with Agilent Technologies E1960A GSM Mobile Test TA (Rev. A.09.xx or higher) Agilent Technologies E1***5A GSM_AMPS/136_GPRS Mobile Test TA (Rev. A.03.xx or higher) UID Revision A.05.00 Revision Date: 4/2002 UID Revision History - --------------------------------------------------------------------------- A.00.00 04/99 Initial Beta Release. A.00.01 05/99 Beta Release added functions: hpe1960_SACCHReport_Q hpe1960_waitForClearHPIB hpe1960_useSRQMAV hpe1960_useSRQMAV_Q fixed other minor bugs Deleted function hpe1960_serviceRequest A.01.00 07/99 Original Release added the following after A.00.01. hpe1960_PowerVsTimePlot_Q hpe1960_loopback hpe1960_readIQTuning_Q Changed the hpe1960_confBER and the hpe1960_confFastBER to include control of the CLSDelay and LSControl commands A.02.00 04/00 Updated the driver to operate with the A.03.04 and A.04.01 revisions of the E1960 test set. This includes: All hpe1960xx function names changed to age1960xx. If updating from A.01.00 of the driver perform a search/replace for hpe1960 with age1960. New measurement Dynamic Power. Measures power on a burst by burst basis. Fully functioning IQ Tuning measurement with an optional user specified spur frequency. IQ Tuning now has configure and fetch functions. EFS function added (Channel Mode) now supports the Enhanced Full rate speech mobile phones. Function added to set FACCH Signaling. BER results changed to read all types. Fetch and read functions now return 10 parameters. Measurement Timeout on all measurements for revision A.04.01 can have a minimum of 0.1 seconds and increments of 0.1 seconds. A.03.04 revision settings remain at 1-second minimum and increments of 1 second. New Test Application switching function added (age1960_currentTA). This is only functional on revision A.04.01 or higher. However, you can change from A.04.01 to A.03.04, but not the vice versa. The Status subsystem has changed to allow multiple test applications on the same instrument. Some switches have been added so that interrogating and setting them, an additional header is required. See the functions age1960_quesRegisterEnable and age1960_operRegisterEnable or the instrument manuals for details. A.03.00 05/01 This revision will work with E1960A GSM Mobile Test TA Revision A.07.XX. Due to the implementation of the new RF In/Out Amplitude Offset table we do not recommend the use of this driver with earlier versions of the E1960A TA. If you do use this driver with earlier versions of the TA, some test code modification may be required. Added E1***5A Rev. A.01.xx support. (Fast TA Switching) Added support for E1960A GSM Mobile Test TA Revision A.07.06 Added support for dynamic power measurements of up to 999 points. Added the following functions: age1960_getApproxOffset_Q - query frequency correction data. age1960_getPresentFreq_Q - query instrument frequency settings. age1960_currentTA_Q - query current TA application name. age1960_currentTAModel_Q - query model number of current TA. age1960_currentActiveTAP - set Fast Switching TA application. (E1***5A) age1960_currentActiveTAP_Q - query current Fast Switching TA. (E1***5A) age1960_confAFAN - configure audio analyzer. age1960_readAFAN_Q - read audio analyzer measurements. age1960_fetchAFAN_Q - fetch audio analyzer measurements. Removed the following variable and function: PathGain global variable - no longer used in age1960_cellPower or age1960_confAutoRange functions due to expanded system frequency correction table. Modified the following function: age1960_powerVsTimePlot_Q & prepareForPvtPlot age1960_amplitudeOffset - added and modified parameter usage age1960_confAutoRange - added measFcnToUse parameter to allow for autoranging of TX power or audio measurements. The following functions are known to have backward compatibility problems with TA versions < A.07.xx due to SCPI syntax changes related to the amplitude offset table implementation: age1960_confAutoRange age1960_getApproxOffset_Q age1960_powerVsTimePlot_Q & prepareForPvtPlot age1960_amplitudeOffset Addressed all known bug reports. A.04.00 07/01 This revision will work with E1960A GSM Mobile Test TA Revision A.08.08 or with the GSM format of E1***5A GSM/IS136_AMPS/GPRS Mobile Test A.02.06. Because of the addition of GSM850 support, it is not recommended for use with earlier TA revisions. Added support for GSM850 band in the following functions: age1960_BATable age1960_BCHARFCN age1960_cellBand age1960_expectedPower age1960_manualBand age1960_manualChan age1960_MSTXLevel age1960_TCHARFCN age1960_TCHBand age1960_getCorrectionFreq_Q age1960_getPresentFreq_Q Added support for Confidence Interval for Fast Termination (CIFT) for the PFER measurement. age1960_confPFER_CIFT function added. Fixed all known defects. A.05.00 04/02 This revision will work with E1960A GSM Mobile Test TA Revision A.09.xx or with the GSM format of E1***5A GSM_AMPS/136_GPRS Mobile Test A.03.xx. Added format and suffix constants for user convenience: age1960_GPRS_FORMAT "GPRS" age1960_GSM_FORMAT "GSM" age1960_AMPS_IS136_FORMAT "AMPS\IS136" age1960_WCDMA_FORMAT "WCDMA" age1960_GPRS_TA_SUFFIX ":GPRS" age1960_GSM_TA_SUFFIX ":GSM" age1960_IS136_TA_SUFFIX ":DIG136" age1960_AMPS_IS136_TA_SUFFIX ":TA136" age1960_WCDMA_TA_SUFFIX ":WCDMA" age1960_C2K_TA_SUFFIX ":C2K" Added missing constant: age1960_CONN_STATE_UNKNOWN Changed value for : age1960_TA_SWITCH_MAX_TIME from 120 to 240 seconds. Added function for Power Vs Time user selectable mask (PCS Band): age1960_confPVTMask Added new constants: age1960_PVT_MASK_NARROW age1960_PVT_MASK_RELAXED Added functions to setup ORFS mask limits: age1960_confORFSLimitSource age1960_confORFSSwitchLimits age1960_confORFSModLimits Added new constants: age1960_ORFS_LIMIT_ETSI age1960_ORFS_LIMIT_MAN age1960_ORFSSW_LIM_POINTS_MIN age1960_ORFSSW_LIM_POINTS_MAX age1960_ORFSMOD_LIM_POINTS_MIN age1960_ORFSMOD_LIM_POINTS_MAX age1960_ORFSSW_LIMIT_MIN age1960_ORFSSW_LIMIT_MAX age1960_ORFSMOD_LIMIT_MIN age1960_ORFSMOD_LIMIT_MAX Added function to read ORFS mask pass/fail data: age1960_fetchORFSSummaryPassFail_Q Modified the following routines for correct interrupt usage: srq_cleanup age1960_waitForInterrupt age1960_confForInterrupt Modified the following routine to correct timing problem with new firmware: age1960_Reset Modified the .h and .bas file for the following value change (firmware change): age1960_PVT_OFFSET_MAX = 590 us from 593 us. Added the following function: age1960_burstTimingError_Q Added use of GSM suffix to the following functions: age1960_cellPower age1960_cellBand Modified the following: Increased number of integrity messages from 15 to 23. age1960_integrityMessage age1960_INTEGRITY_MAX constant changed from 15 to 23. The following global variables have been removed. Functions now query the instrument to get the information that they represented: cell1Band, cell2band, TCHBand, manualBand, RFUUTLevel1, RFUUTLevel2 Fixed all known defects. - --------------------------------------------------------------------------- Contents: 1 Introduction 2 VTL/VISA Specific Information 2.1 Instrument Addresses 2.2 Language Specific Features 3 Using the Agilent E1960A Driver in Application Development Environments 3.1 Microsoft Visual C/C++ 3.2 Microsoft Visual Basic 3.3 LabWindows/CVI 4.0 Known Defects 5.0 Online Information - --------------------------------------------------------------------------- 1. Introduction The help file included with the Agilent E1960A driver contains instrument and programming information. This readme file contains additional information concerning the driver. The Agilent E1960A Windows 95 and Windows NT drivers are actually a single 32-bit driver. All of directory paths that follow assume Windows 95. For Windows NT, change references from win95 to winnt. This Agilent E1960A driver conforms to all portions of the VXIplug&play driver Standard that are applicable to conventional GP-IB and RS-232. Two elements of the standard do not apply to the Agilent E1960A, since it is not a VXI instrument. First, there is no soft front panel, as the Agilent E1960A can be controlled from its hardware front panel. Second, there is no knowledge base file, which is primarily a description of a VXI board. This driver features: 1. Conformance with the VXIplug&play standard. The only exceptions are that it does not have a soft front panel or a knowledge base file. 2. It is built on top of, and uses the services provided by, VISA. VISA supports GP-IB and VXI protocols. The driver can be used with any GP-IB card that the manufacturer has provided a VISA DLL for. 3. It includes a "Function Panel" (.fp) file, which allows it to be used with visual programming environments such as Agilent VEE, LabWindows, and LabVIEW. 4. It includes a comprehensive on-line help file which complements the instrument manual. The help file presents application programming examples, a cross-reference between instrument commands and driver functions, and detailed documentation of each function, with examples. 5. Source is included so that the driver can be modified if desired. The source conforms to VXI Plug&Play standards. Modifications should only be done by people who are familiar with the VXIplug&play standard. 6. It includes a Visual Basic include file (.bas) that contains the function calls in Visual Basic syntax, so that driver functions can be called from Visual Basic. If you use Visual Basic with this driver, you should be familiar with C/C++ function declarations. In particular, care must be taken when working with C/C++ pointers. - --------------------------------------------------------------------------- 2. VISA Specific Information The following topics refer to instances when the driver is used with different versions of VISA. 2.1 Instrument Addresses When using Agilent VXIplug&play instrument drivers, instrument addresses must be all uppercase letters. Implementation of the addressing scheme is vendor specific and some vendors support mixed cases. However, for maximum portability, the instrument address should use uppercase characters only. For example: use "GPIB0::14" instead of "gpib0::14" 2.2 Language Specific Features Language Specific features are not supported with this driver. - -------------------------------------------------------------------------- 3. Application Development Environments For general instructions on using the driver with Agilent VEE, Microsoft Visual C++, Borland C++, Microsoft Visual Basic, LabVIEW, and LabWindows/CVI, see the online help file. Additional notes: 3.1 Microsoft Visual C++ 4.0 (& higher) and Borland C++ 4.5 (& higher) A.) The driver uses Pascal calling conventions. B.) Do not build the driver in the directory in which it was installed. 3.2 Microsoft Visual Basic 4.0 (& higher) Refer to the Microsoft Visual BASIC manual for additional information on calling DLLs. 3.3 LabWindows CVI/(R) 4.0 (& higher) The Agilent E1960A driver is supplied as both a source code file and as a dynamic link library file (dll). There are several advantages to using the dll form of the driver. These include: 1. Transportability across different computer platforms 2. A higher level of support from Agilent Technologies for the compiled driver 3. Faster load time for your project LabWindows/CVI (R) by default will attempt to load the source version of the instrument driver. To load the dll you must include the file age1960.fp in your project. This file can be found in vxipnp\win95\age1960 Do not include age1960.c in your project. You must also provide an include path for age1960.h. This is done by adding vxipnp\win95\include to the include paths (CVI Project Option menu). - --------------------------------------------------------------------------- 4.0 Known Defects There are no known defects in the Agilent E1960A driver. - --------------------------------------------------------------------------- 5.0 Online Information The latest version of this driver and other Agilent Technology drivers are available on the Internet at: http://www.agilent.com/find/inst_drivers If you do not have Internet access, the drivers can be obtained by contacting your country support organization. In the U.S., the phone number is 800-452-4844. A list of contact information for other countries is available on the Agilent Technologies website at http://www.agilent.com/find/assist ---------------------------------------------------------------------------- LabWindows/CVI is a registered trademark of National Instruments.

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