Техническая СпецификацияСодержаниеIntroduction1Contact information1Overview1Measure and switching capabilities1Warranty information1Displaying the unit's serial number1Figure 1-1: DMM measurement capabilities1Contact information1Overview1Warranty information1TSP Programming Fundamentals2Introduction2Test Script Processor (TSPTM)2Run-time environment2Queries2Scripts2Named scripts2Programming overview2Chunk defined2Script defined2Run-time environment2Nonvolatile memory2TSPTM programming levels2Programming model for scripts2Installing the TSPTM software2System connections2Rear panel summary2GPIB interface connection2Standard RJ-45 (Ethernet) interface connection2USB connection2Using Test Script Builder (TSB)2Project Navigator2Script Editor2Programming interaction2Sending commands and statements2Measure voltage2Read and write to the digital I/O port2Display user-defined messages2User scripts2Script examples2Creating a user script2Saving a user script2Loading a user script2Running a user script2Loading a script from the Series 3700 front panel2Saving a script from the Series 3700 front panel2Modifying a user script2Script management2Differences: Remote versus local state2Remote state2Local state2TSP-LinkTM system2Test Script Language (TSL) Reference2Introduction2Variables and types2Operators2Functions2Tables/arrays2Precedence2Logical operators2Concatenation2Branching2Loop control2Standard libraries2Figure 2-1: TSP test script example2Figure 2-2: Programming model for scripts2Figure 2-3: Rear panel features2Figure 2-4: GPIB cable2Figure 2-5: Using Test Script Builder (TSB)2Introduction2Test Script Processor (TSPTM)2Run-time environment2Queries2Scripts2Named scripts2Programming overview2Installing the TSPTM software2System connections2Using Test Script Builder (TSB)2Sending commands and statements2Measure voltage2User scripts2Differences: Remote versus local state2Test Script Language (TSL) Reference2TSP Advanced Features3Introduction3Using groups to manage nodes on TSP-LinkTM network3Master node overview3Group leader overview3Assigning groups3Reassigning groups3Running parallel test scripts3Coordinating overlapped operations in remote groups3Using the data queue for real-time communication3Copying test scripts across the TSP-LinkTM network3Removing stale values from the reading buffer3Commands related to TSP advanced features3Figure 3-1: Multiple TSP-Link networks3Figure 3-2: Single TSP-Link network with groups3Introduction3Running parallel test scripts3Using the data queue for real-time communication3Copying test scripts across the TSP-LinkTM network3Removing stale values from the reading buffer3Commands related to TSP advanced features3Using the Front Panel4Front panel introduction4Display4Channel type indication4Using the front panel with non-switch channels4Special keys and power switch4CONFIG key4CONFIG CHAN key4DISPLAY key4POWER switch4RESET switch4Operation keys4CHAN key4DELETE key4DMM key4ENTER key4EXIT key4FILTER key4FUNCtion key4INSERT key4LIMIT key4LOAD key4MENU key4PATT key4REL key4RUN key4SCAN key4SLOT key4TRIG key4Range keys, cursor keys, and navigation wheel4AUTO key4CURSOR keys4Navigation wheel4RANGE keys4Action keys4CLOSE key4OPEN ALL key4OPEN key4RATE key4RECall key4STEP key4STORE key4Figure 4-1: Model 3706 System Switch/Multimeter4Figure 4-2: Model 3706-S System Switch (no DMM)4Figure 4-3: Model 3706-NFP System Switch/Multimeter4Figure 4-4: Model 3706-SNFP System Switch (no DMM)4Figure 4-5: Active channel display example4Figure 4-6: MAIN MENU display4Front panel introduction4Display4Special keys and power switch4Operation keys4Range keys, cursor keys, and navigation wheel4Action keys4Range, Digits, Rate, Bandwidth, and Filter5Range5Measurement ranges and maximum readings5Manual range keys5Auto ranging over the front panel5Scanning5Range remote programming (ICL)5Digits ICL programming5Scanning5Setting digits5Rate5Setting Rate from the front panel5Setting measurement speed from a remote interface5Bandwidth5Filter5Filter characteristics5Digital filter window5Figure 5-1: Speed versus noise characteristics5Figure 5-2: Moving average filter5Figure 5-3: Repeating average filter5Figure 5-4: Filter window5Range5Digits ICL programming5Rate5Bandwidth5Filter5Relative, Math, and dB6Relative6Basic front panel REL procedure6REL remote operation6Scanning6Math calculations6mX+b6Percent6Reciprocal (1/X)6dB commands6dB configuration6dB scanning6Relative6Math calculations6dB commands6Buffer: Data Storage and Retrieval7Buffer overview7Front panel operation7Creating and selecting a reading buffer7Selecting a reading buffer7Storing readings7Saving readings7Clearing readings7Deleting a reading buffer7Recalling readings7Buffer configuration (front panel)7Appending readings7Remote buffer operation7Data store (buffer) commands7Reading buffers7Time and date values7Buffer status7Dynamically-allocated buffers7Dynamic buffer programming example7Exceeding reading buffer capacity7Buffer overview7Front panel operation7Remote buffer operation7Scanning8Scanning fundamentals8Channel assignments8Events8Foreground and background scan execution8Trigger model8Trigger model components8Scan and step counts8Basic scan procedure8Buffer8Changing channel and DMM attributes of an existing scan8Front panel scanning8Scan configuration8Bus operation scanning8ICL commands8Scanning examples8Hardware trigger modes8Falling edge trigger mode8Rising edge master trigger mode (version 1.4.0 or higher)8Rising edge acceptor trigger mode (version 1.4.0 or higher)8Either edge trigger mode8Understanding synchronous triggering modes8Figure 8-1: Event detector8Figure 8-2: Trigger model8Figure 8-3: Falling edge input trigger8Figure 8-4: Falling edge output trigger8Figure 8-5: RisingM output trigger8Figure 8-6: RisingA input trigger8Figure 8-7: RisingA output trigger8Figure 8-8: Either edge input trigger8Figure 8-9: Either edge output trigger8Figure 8-10: SynchronousM input trigger8Figure 8-11: SynchronousM output trigger8Figure 8-12: SynchronousA input trigger8Figure 8-13: SynchronousA output trigger8Figure 8-14: Synchronous input trigger8Figure 8-15: Synchronous output trigger8Scanning fundamentals8Scan and step counts8Basic scan procedure8Front panel scanning8Bus operation scanning8Hardware trigger modes8Files9File formats9Default file extensions9File system navigation9File I/O9Script examples9Command table entries9File formats9Default file extensions9File system navigation9File I/O9Script examples9Command table entries9TSP-Net10Overview10TSP-NetTM Capabilities10Using TSP-NetTM with any Ethernet-enabled device10Example script10Using TSP-NetTM vs. TSP-LinkTM for communication with TSP-enabled devices10Instrument Control Library (ICL) - General device control10Instrument Control Library - TSP-specific device control10Overview10TSP-NetTM Capabilities10Using TSP-NetTM with any Ethernet-enabled device10TSP-enabled devices10LXI Class B Triggering (IEEE-1588)11Introduction to IEEE-1588 based triggering11IEEE-1588 implementation in the Series 370011Correlating PTP to Coordinated Universal Time (UTC)11Configuring and enabling IEEE-158811Scheduling alarms11Monitoring alarms with LAN triggers and LXI event log11LXI event log11Example applications of IEEE-1588 in Series 3700-based systems11Synchronizing multiple Series 3700 instruments11Introduction to IEEE-1588 based triggering11IEEE-1588 implementation in the Series 370011Configuring and enabling IEEE-158811Status Model12Status register sets12Negative and positive transition registers12Status byte and SRQ12Queues12System summary and status byte12System summary registers12Standard event status register and enable12Operation events registers12Questionable event register12Measurement event register (measurement)12Status function summary12Clearing registers and queues12Programming enable and transition registers12Reading registers12Status byte and service request (SRQ)12Status byte register12Serial polling and SRQ12Service request enable register12SPE, SPD (serial polling)12Status byte and service request commands12Enable and transition registers12Controlling node and SRQ enable registers12Status register set specifics12System summary event registers12Standard event register12Operation event registers12Questionable event registers12Measurement event registers12Queues12Output queue12Error queue12Figure 12-1: Status byte and queues12Figure 12-2: Status byte and system summary register12Figure 12-3: System summary registers12Figure 12-4: Standard event registers and event status enable12Figure 12-5: Operation event registers12Figure 12-6: Questionable event register12Figure 12-7: Measurement event register12Figure 12-8: 16-bit status register12Figure 12-9: Status byte and service request (SRQ)12Figure 12-10: Standard event register12Status register sets12Status byte and SRQ12System summary and status byte12System summary registers12Standard event status register and enable12Operation events registers12Questionable event register12Measurement event register (measurement)12Status function summary12Clearing registers and queues12Programming enable and transition registers12Reading registers12Status byte and service request (SRQ)12Status register set specifics12Queues12Instrument Control Library (ICL)13Command programming notes13Wild characters13Functions and attributes13TSP-LinkTM nodes13Logical instruments13Query commands13DMM configuration13ICL command list13beeper functions and attributes13bit functions13channel functions and attributes13dataqueue functions and attributes13delay functions13digio functions and attributes13display functions and attributes13dmm functions and attributes13errorqueue functions and attributes13eventlog functions and attributes13exit functions13file functions13format attributes13fs functions13gpib attributes13io functions13LAN functions and attributes13localnode functions and attributes13makegetter functions13memory functions13opc functions13print functions13ptp functions and attributes13reset functions13scan functions and attributes13schedule functions and attributes13setup functions and attributes13slot[X] attributes13status functions and attributes13timer functions13trigger functions and attributes13trigger.timer functions and attributes13tsplink functions and attributes13tsplink.trigger functions and attributes13tspnet functions and attributes13upgrade functions13userstring functions13waitcomplete functions13Figure 13-1: ch_list legend13Figure 13-2: Multiplexer card display13Figure 13-3: Matrix card display13Figure 13-4: Status byte and queues13Command programming notes13ICL command list13Verification14Introduction14Verification test requirements14Environmental conditions14Warmup period14Line power14Recommended test equipment14Verification limits14Restoring factory defaults14Performing the verification test procedures14Test summary14Test considerations14Series 3700 verification tests14Verifying DC voltage14Verifying AC voltage14Verifying DC current 10µA to 100µA ranges14Verifying DC current 1mA to 3A ranges14Verifying AC current 1mA to 3A ranges14Verifying frequency14Verifying 4-wire resistance14Verifying 2-wire resistance14Verifying dry circuit resistance14Verifying 1-OHM and 10-OHM resistance ranges14Verifying zeros using a 4-wire short14Figure 14-1: DC voltage verification14Figure 14-2: AC voltage verification14Figure 14-3: DC current verification 10µA to 100µA ranges14Figure 14-4: DC current verification 1mA to 3A ranges14Figure 14-5: DC current verification 3A range diagram14Figure 14-6: AC current verification 1mA to 1A range14Figure 14-7: AC current verification 3A range14Figure 14-8: Frequency verification14Figure 14-9: Resistance verification14Figure 14-10: 2-wire resistance verification14Figure 14-11: Resistance verification14Figure 14-12: Verifying discrete resistance14Figure 14-13: 4-wire short diagram14Introduction14Verification test requirements14Performing the verification test procedures14Series 3700 verification tests14Calibration15Overview15Environmental conditions15Warmup period15Line power15Calibration considerations15Calibration cycle15Recommended equipment15Calibration15Remote calibration procedure15DC volts calibration15Resistance calibration15DC current calibration15AC volts calibration15AC current calibration15Frequency calibration15Save calibration15Figure 15-1: 4-wire short diagram15Figure 15-2: DC voltage calibration15Figure 15-3: Resistance calibration15Figure 15-4: DC current calibration15Figure 15-5: AC voltage calibration15Figure 15-6: AC current calibration 1mA to 1A range15Figure 15-7: Low frequency calibration15Figure 15-8: Frequency verification15Overview15Environmental conditions15Calibration considerations15Calibration15Remote calibration procedure15Maintenance16Introduction16Fuse replacement16Front panel tests16Test procedure16Figure 16-1: Fuse location16Introduction16Fuse replacement16Front panel tests16Error and status messages17Introduction17Error summary17Error effects on scripts17Reading errors17Error and status message list17Introduction17Error summary17Error effects on scripts17Reading errors17Error and status message list17Размер: 6,6 МБСтраницы: 657Язык: EnglishПросмотреть
