Test ID 5-15 Utility Line Impedance Test Procedures Guide
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1 Test ID 5-15 Utility Line Impedance Test Procedures Guide Revision 1.1 Tektronix October 13, 2010
2 Page 2 of 18
3 Equipment Required Table 1 lists the equipment required to perform the Utility Line Impedance Test measurement. Table 1: Equipment required Item Qty. Recommended equipment Sampling oscilloscope 1 ea. Tektronix DSA8200 (or TDS8000 / TDS8000B / CSA8000 / CSA8000B) TDR sampling module 1 ea. Tektronix 80E04 50Ω SMA matched pair cable 1 ea, Tektronix P/N: Ω SMA terminator (male) 3 ea. Tektronix P/N: HEAC TDR-R adapter 2 ea. Tektronix TF-HEAC-TDR-AR (Type A connector) TF-HEAC-TDR-CR (Type C connector) NOTE: To protect the sampling module from damage due to electro-overstress(eos) and electrostatic discharge(esd), a cable under test to discharge the static voltage completely from it before performing the procedures. While performing the following procedure, be sure to wear a grounded antistatic wrist strap to discharge the static voltage from your body. This procedure is written assuming that the TDR module is inserted to CH1, CH2. If the module is inserted to other channel, replace the channel number in this procedure. Page 3 of 18
4 Calibration Compensation Allow the sampling oscilloscope to warm up 20 minutes before compensation process. ( 1 ) Click the Utilities on top menu, and then select the Compensation. Figure 1: Utilities menu ( 2 ) Click the Execute button on Compensation window. Figure 2: Compensation window. ( 3 ) Start the test after thermometer is green. Page 4 of 18
5 Test ID 5-15: Utility Line Impedance Adjustment TDR Rise Time ( 1 ) Connect the TDR module output CH1 to HEAC+ (J1) SMA connector on the input of the HEAC-TRD-R adapter with SMA cable, either channel of the matched pair SMA cable. ( 2 ) Connect 50Ω terminator to HEAC- (J2) SMA connector (see Figure 3). Figure 3: Utility Line Impedance Open Setup ( 3 ) Press the DEFAULT SETUP button on the oscilloscope front-panel, and then click the Yes button. Figure 4: Front-panel button and default setup window Page 5 of 18
6 ( 4 ) Click Setups icon. Figure 5: Setup icon ( 5 ) Click the TDR tab on Setups window. ( 6 ) Click the Preset C1 button on TDR tab ( 7 ) Select the V in C1 ACQ Units drop-down list box. ( 8 ) Click the Horz tab on Setups window. ( 9 ) Set the Timebase Record Length to 4000 on Horz tab. ( 1 0 ) Set the Timebase Horizontal Reference to 50.0% on Horz tab. Figure 6: Setups windows Page 6 of 18
7 ( 1 1 ) Adjust the HORIZONTAL POSITION knob so that the edge of C1 waveform is displayed at 5 major divisions from the left edge of the screen (see Figure 7). Figure 7: Setting Horizontal Position Page 7 of 18
8 ( 1 2 ) Adjust the HORIZONTAL SCALE knob so that the Horizontal Main Scale to 500 ps. Figure 8: Setting Horizontal Scale ( 1 3 ) Click the Vert tab on Setups window. ( 1 4 ) Set the Setup Scale to 30 mv/div and the Setup Position to div. Figure 9: Vertical setups window ( 1 5 ) Close Setups Window. Page 8 of 18
9 ( 1 6 ) Click the MATH icon. ( 1 7 ) Select the M1 in Math Waveform drop-down list box on Define Math window. ( 1 8 ) Enter Filter (C1) in the Math Expression filed on Define Math window. ( 1 9 ) Select the Centered in Filter Mode drop-down list box on Define Math window. ( 2 0 ) Set the Math Waveform ON check box for M1 to ON in order to show the filtered single impedance waveform. ( 2 1 ) Click the OK button on Define Math window. Figure 10: Defining filtered waveform Figure 11: Rising edges of Filtered M1 and unfiltered C1 Page 9 of 18
10 ( 2 2 ) Click the Setups icon. ( 2 3 ) Click the Meas tab on Setups window. ( 2 4 ) Select the Meas1 in drop-down list box on Meas tab. ( 2 5 ) Click the Select Meas button, and then select Pulse Timing > Rise Time. ( 2 6 ) Click the Source tab on Meas tab ( 2 7 ) Select the Main M1 on Source tab. ( 2 8 ) Set the Meas1 ON check box to on. Figure 12: Measurement Setups window ( 2 9 ) Close Setups Window. Page 10 of 18
11 ( 3 0 ) Click the MATH icon. ( 3 1 ) Adjust the Filter Risetime on Define Math window so that measurement value of Rise M1 is equal to 1ns. If you cannot adjust the value to 1ns exactly, set it to the nearest value below 1ns. Figure 13: Setting Filter Risetime ( 3 2 ) Click the OK button on Define Math window. Page 11 of 18
12 Defining Waveforms and Connecting Equipments ( 1 ) Click the Setups icon. ( 2 ) Click the TDR tab on Setups window. ( 3 ) Select the Ω in C1 ACQ Units drop-down list box. Figure 14: TDR Setup window ( 4 ) Click the Vert tab on Setups window. ( 5 ) Select C1 in Waveform drop-down list box on Vert tab. (C1 is the unfiltered single impedance waveform.) ( 6 ) Set the Setup Scale to Ω /div and the Setup Position to div. ( 7 ) Select M1 in Waveform drop-down list box on Vert tab. (M1 is the filtered single impedance waveform.) ( 8 ) Set the Setup Scale to Ω /div and the Setup Position to div. Figure 15: Vertical Setups window Page 12 of 18
13 Figure 16 :TDR Open Waveform ( 9 ) Connect the near end of the cable to the first HEAC-TDR-R adapter. ( 1 0 ) Connect the far end of the cable to the second HEAC-TDR-R adapter. ( 1 1 ) Connect 50 Ω terminators to HEAC+ and HEAC connectors on the far end of the HEAC-TRD-R adapter. Figure 17: Utility Line Impedance Open Setup Page 13 of 18
14 Setting Horizontal Position The unfiltered impedance waveform needs to be used in order to determine the horizontal reference position precisely during measuring impedance. This will reduce the impact of uncertainty on horizontal positioning caused by using the filtered impedance waveform. ( 1 ) Adjust the HORIZONTAL POSITION knob so that C1, the unfiltered and single impedance waveform, change point is displayed at 2 major divisions from the left edge of the screen. Figure 18: Setting Horizontal Position Page 14 of 18
15 Measuring Impedance ( 1 ) Click the Setups icon. ( 2 ) Click the Meas tab on Setups window. ( 3 ) Select the Meas1 in drop-down list box on Meas tab. ( 4 ) Click the Select Meas button, and then select Pulse Amplitude > Max. ( 5 ) Click the Source tab on Meas tab. ( 6 ) Select the Main M1 on Source tab. ( 7 ) Set the Meas1 ON check box to on. ( 8 ) Click the Region tab on Meas tab. ( 9 ) Set the Gates G1 to 20.00% and the Gates G2 to 70.00% on Region tab. ( 1 0 ) Set the Gates On check box to on. Figure 19: Measurement1 setups window Page 15 of 18
16 ( 1 1 ) Select the Meas2 in drop-down list box on Meas tab. ( 1 2 ) Click the Select Meas button, and then select Pulse Amplitude > Min. ( 1 3 ) Click the Source tab on Meas tab. ( 1 4 ) Select the Main M1 on Source tab. ( 1 5 ) Set the Meas1 ON check box to on. ( 1 6 ) Click the Region tab on Meas tab. ( 1 7 ) Set the Gates G1 to 20.00% and the Gates G2 to 70.00% on Region tab. ( 1 8 ) Set the Gates On check box to on. Figure 20: Measurement2 setups window Page 16 of 18
17 ( 1 9 ) Click the Vert tab on Setups window. ( 2 0 ) Select C1 in Waveform drop-down list box on Vert tab. ( 2 1 ) Set the Waveform On check box for C1 to OFF in order to hide the unfiltered single impedance waveform. Figure 21: Vertical Setups window ( 2 2 ) ( 2 3 ) Ω ( 2 4 ) Ω Utility Line Impedance is displayed as 1 Max M1 and 2 Min M1 on screen. If Utility Line Impedance max ( 1 Max M1 ) is more than 74.25, then fail. If Utility Line Impedance min ( 2 Min M1 ) is less than 35.75, then fail. Figure 22: Result of Utility Line Impedance Page 17 of 18
18 ( 2 5 ) Swap the near-end connection and far-end connection of the cable assembly and repeat the test. Figure 23: Swap near-end and far-end Page 18 of 18
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