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  • R&S®NRP2 can not be used with the instrument driver

    R&S®NRP2 can not be used with the instrument driver.The driver returns errors.Please check the selection of the right command set.Please use the menu 'system'.Please use the menu 'Remote interfaces' to select the command set for R&S®NRP2 since there are no IVI drivers for the R&S®NRP.

  • Remote control with driver, CalibrationAuto not working with sweep time > 2 s

    The following sequence is OK if vnaSweepTime<=2:rszvb_SetSweepTime (instrHandleVNA, channel, vnaSweepTime);rszvb_CalibrationAuto (instrHandleVNA, channel,"", 1, 2, 3, 0, 1, 2, 3, 0);If I use a longer sweep time, I get the following error:NON-FATAL RUN-TIME ERROR: "rszvb.c", line 23173, col 9, thread id0x0000099C: Function viQueryf: (return value == -1073807339 [0xbfff0015]).But I have to calibrate

  • Remote control via driver: single sweep with average of 10 - *OPC is not working

    I am using the R&S drivers to program a single averaged sweep over 10 sweeps.I trigger this single sweep with the RSZVB_Send_Trigger_and_Wait_for_OPC driver, but this driver does not wait for the complete 10 sweeps.If I don't use averaging, this program is works.In this driver the single sweep is triggered with the *TRG command, and this does not work here.You have to use the driver that uses the INIT

  • Function Test of Tire Pressure Monitoring Systems

    Function Test of Tire Pressure Monitoring Systems CompactTSVP, monitoring systems, tire pressure, RF signal, microcontroller, ISM, wireless transmission Function Test of Tire Pressure Monitoring Systems Your task You need to automatically check each tire pressure monitoring sensor that is built into a wheel and wirelessconnected with the onboard electronics for proper function and adherence to measurement

  • Verifying additive phase noise and jitter attenuation of PLLs in high-speed digital designs

    Increasing data rates in high-speed digital designs and wireless communications require SerDes PLLs and clock synthesizers with low additive phase noise and high jitter attenuation. Modern designs often follow a two-stage architecture, consisting of a jitter-attenuator and a frequency-synthesizer stage. Due to their high phase noise sensitivity, phase noise analyzers are the instruments of choice for these tests. To stimulate the PLL, an additional signal source with ultra low phase noise is required.

  • Easy BER measurements for long PRBS

    The R&S®FSW signal and spectrum analyzer is a high-performance instrument capable of measuring many key system and component parameters. Using the bit error rate (BER) functionality of the R&S®FSW-K70P option, the raw data error performance of a component or system can be accurately determined.

  • Web over DTV

    DTV IP Inserter DIP 1. Network for IP Insertion 2. Insertion rate up to 10 Mbps 3. Insertion rate higher than 10 Mbps 4. Demonstration Scenario 5. Demonstration Scenario End to End

  • Simplify pulse and emitter generation for radar testing

    The R&S®SMW200A signal generator together with the R&S®Pulse Sequencer software simplifies signal generation for multi-emitter environments.

  • GPIBShot - Taking Screenshots via IEEE Bus

    Application note 1MA25 has been replaced by application note 1MA074 RSCommander .

  • Measuring RDS(on) with high-definition oscilloscopes

    RDS(on) of MOSFETs is a key parameter for determining the conduction loss in switched-mode power supply applications and is therefore of special interest. When a switching MOSFET is off, it has a high drain-to-source voltage, but when it is turned on the voltage drops to just a few hundred millivolts. A high-resolution oscilloscope is needed to measure these low voltages. Probe compensation and correct probing are also vital for accurate RDS(on) measurements.

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