SLAC Magnetic Measurements
Date: 11-13-2006
Time: 11:03:46

Project: ILC
Magnet Type: Dipole
Magnet Name: 15-D-12
Serial Number: 108
Run Number: 4
Measurement Device: 10 wire
Operator: adf
Comment: 4 Scans at 200 amps for determining coil constant

Standardization:
     5 cycles from   20.0 A to  200.0 A to   20.0 A

Test Currents (A):
     200.0     200.0     200.0     200.0

11:03:52  Initial Zero Current Measurement, Imag_zero =       0.0000 A
11:03:52  Magnet current ramping to      20.0000 A...
11:04:45  Magnet current ramping to     200.0000 A...
11:06:58  Magnet current ramping to      20.0000 A...
11:09:11  Magnet current ramping to     200.0000 A...
11:11:25  Magnet current ramping to      20.0000 A...
11:13:38  Magnet current ramping to     200.0000 A...
11:15:52  Magnet current ramping to      20.0000 A...
11:18:05  Magnet current ramping to     200.0000 A...
11:20:19  Magnet current ramping to      20.0000 A...
11:22:32  Magnet current ramping to     200.0000 A...
11:24:45  Magnet current ramping to      20.0000 A...
11:26:59  Magnet current ramping to     200.0000 A...
11:29:14  Magnet Current, Imag =     199.9541 A
          Vtrans =   1.999541 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:15  Magnet Current, Imag =     199.9312 A
          Vtrans =   1.999312 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:16  Magnet Current, Imag =     199.9397 A
          Vtrans =   1.999397 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:17  Magnet Current, Imag =     199.9445 A
          Vtrans =   1.999445 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:17  Magnet Current Measurement:
          Imag =     199.9424 +-       0.0083 A
11:29:19  Magnet Current, Imag =     199.9359 A
          Vtrans =   1.999359 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:20  Magnet Current, Imag =     199.9467 A
          Vtrans =   1.999467 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:21  Magnet Current, Imag =     199.9283 A
          Vtrans =   1.999283 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:22  Magnet Current, Imag =     199.9206 A
          Vtrans =   1.999206 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:29:22  Magnet Current Measurement:
          Imag =     199.9329 +-       0.0096 A
11:29:22  Magnetic Field Measurement
          Measuring the magnet strength...
11:29:22  Integrated Voltage Measurement...
11:29:36  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015608159 Vs
11:29:44  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015606528 Vs
11:29:53  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015608454 Vs
11:30:02  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015607018 Vs
11:30:10  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015610694 Vs
11:30:19  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015611778 Vs
11:30:27  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015604639 Vs
11:30:36  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015605981 Vs
11:30:44  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606747 Vs
11:30:53  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015604837 Vs
11:30:53  Integrated Voltage Average and RMS of Measurements
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015607483 +-    0.000002086 Vs
11:30:53  Integrated Field Strength, Average and RMS of Measurements
          X0 =  0.0000000 m, dx =  0.0100000 m, Nturns =   10.0
          VT =    0.015607483 +-    0.000002086 Vs
          BL =   0.15607483 +-   0.00002086 Tm
11:30:58  BL vs X Fit Coefficients:
                    Cn     sigCn   
            n        (Tm/m^n)      
          -----  --------+-------- 
            0     0.15607  0.00002
          Compute Fit Residuals:
               X0          BL    sigBL     BLfit    BL-BLfit
              (m)         (Tm)    (Tm)      (Tm)      (Tm)  
          -----------  --------+--------  --------  --------
           0.0000000   0.15607  0.00002   0.15607   0.00000
11:30:58  Magnet Strength Calculation
          Harmonic Number = 1
          Number Of X0 Positions = 1
              X0         BL    sigBL   
             (m)        (Tm)    (Tm)   
           --------  --------+-------- 
             0.0000   0.15607  0.00002
          SL    =    0.1560748 +-    0.0000209 Tm^2/m^n
11:30:58  Magnet Strength Measurement
          Harmonic Number = 1
          SL    =    0.1560748 +-    0.0000209 Tm^2/m^n
11:30:59  Magnet Current, Imag =     199.9392 A
          Vtrans =   1.999392 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:00  Magnet Current, Imag =     199.9332 A
          Vtrans =   1.999332 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:02  Magnet Current, Imag =     199.9482 A
          Vtrans =   1.999482 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:03  Magnet Current, Imag =     199.9065 A
          Vtrans =   1.999065 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:03  Magnet Current Measurement:
          Imag =     199.9318 +-       0.0155 A
11:31:03  Magnet current ramping to     200.0000 A...
11:31:35  Magnet Current, Imag =     199.9329 A
          Vtrans =   1.999329 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:37  Magnet Current, Imag =     199.8932 A
          Vtrans =   1.998932 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:38  Magnet Current, Imag =     199.9333 A
          Vtrans =   1.999333 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:39  Magnet Current, Imag =     199.9833 A
          Vtrans =   1.999833 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:39  Magnet Current Measurement:
          Imag =     199.9357 +-       0.0320 A
11:31:40  Magnet Current, Imag =     199.9458 A
          Vtrans =   1.999458 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:42  Magnet Current, Imag =     199.9173 A
          Vtrans =   1.999173 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:43  Magnet Current, Imag =     199.9296 A
          Vtrans =   1.999296 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:44  Magnet Current, Imag =     199.9136 A
          Vtrans =   1.999136 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:31:44  Magnet Current Measurement:
          Imag =     199.9266 +-       0.0126 A
11:31:44  Magnetic Field Measurement
          Measuring the magnet strength...
11:31:44  Integrated Voltage Measurement...
11:31:58  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606296 Vs
11:32:06  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015608475 Vs
11:32:15  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015605646 Vs
11:32:23  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015609311 Vs
11:32:32  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606094 Vs
11:32:40  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015608198 Vs
11:32:49  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015605077 Vs
11:32:57  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015608255 Vs
11:33:06  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015608185 Vs
11:33:14  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015607483 Vs
11:33:14  Integrated Voltage Average and RMS of Measurements
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015607302 +-    0.000000387 Vs
11:33:15  Integrated Field Strength, Average and RMS of Measurements
          X0 =  0.0000000 m, dx =  0.0100000 m, Nturns =   10.0
          VT =    0.015607302 +-    0.000000387 Vs
          BL =   0.15607302 +-   0.00000387 Tm
11:33:20  BL vs X Fit Coefficients:
                    Cn     sigCn   
            n        (Tm/m^n)      
          -----  --------+-------- 
            0     0.15607  0.00000
          Compute Fit Residuals:
               X0          BL    sigBL     BLfit    BL-BLfit
              (m)         (Tm)    (Tm)      (Tm)      (Tm)  
          -----------  --------+--------  --------  --------
           0.0000000   0.15607  0.00000   0.15607   0.00000
11:33:20  Magnet Strength Calculation
          Harmonic Number = 1
          Number Of X0 Positions = 1
              X0         BL    sigBL   
             (m)        (Tm)    (Tm)   
           --------  --------+-------- 
             0.0000   0.15607  0.00000
          SL    =    0.1560730 +-    0.0000039 Tm^2/m^n
11:33:20  Magnet Strength Measurement
          Harmonic Number = 1
          SL    =    0.1560730 +-    0.0000039 Tm^2/m^n
11:33:21  Magnet Current, Imag =     199.9296 A
          Vtrans =   1.999296 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:33:22  Magnet Current, Imag =     199.9289 A
          Vtrans =   1.999289 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:33:23  Magnet Current, Imag =     199.9367 A
          Vtrans =   1.999367 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:33:25  Magnet Current, Imag =     199.9500 A
          Vtrans =   1.999500 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:33:25  Magnet Current Measurement:
          Imag =     199.9363 +-       0.0085 A
11:33:25  Magnet current ramping to     200.0000 A...
11:33:57  Magnet Current, Imag =     199.9353 A
          Vtrans =   1.999353 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:33:58  Magnet Current, Imag =     199.9406 A
          Vtrans =   1.999406 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:00  Magnet Current, Imag =     199.9351 A
          Vtrans =   1.999351 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:01  Magnet Current, Imag =     199.9442 A
          Vtrans =   1.999442 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:01  Magnet Current Measurement:
          Imag =     199.9388 +-       0.0038 A
11:34:02  Magnet Current, Imag =     199.9053 A
          Vtrans =   1.999053 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:03  Magnet Current, Imag =     199.9441 A
          Vtrans =   1.999441 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:05  Magnet Current, Imag =     199.9359 A
          Vtrans =   1.999359 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:06  Magnet Current, Imag =     199.9324 A
          Vtrans =   1.999324 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:34:06  Magnet Current Measurement:
          Imag =     199.9294 +-       0.0146 A
11:34:06  Magnetic Field Measurement
          Measuring the magnet strength...
11:34:06  Integrated Voltage Measurement...
11:34:19  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606285 Vs
11:34:28  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015607997 Vs
11:34:36  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606093 Vs
11:34:45  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015609924 Vs
11:34:54  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606880 Vs
11:35:02  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015608820 Vs
11:35:11  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015605205 Vs
11:35:19  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015609811 Vs
11:35:28  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015604371 Vs
11:35:36  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015609033 Vs
11:35:36  Integrated Voltage Average and RMS of Measurements
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015607442 +-    0.000000475 Vs
11:35:36  Integrated Field Strength, Average and RMS of Measurements
          X0 =  0.0000000 m, dx =  0.0100000 m, Nturns =   10.0
          VT =    0.015607442 +-    0.000000475 Vs
          BL =   0.15607442 +-   0.00000475 Tm
11:35:41  BL vs X Fit Coefficients:
                    Cn     sigCn   
            n        (Tm/m^n)      
          -----  --------+-------- 
            0     0.15607  0.00000
          Compute Fit Residuals:
               X0          BL    sigBL     BLfit    BL-BLfit
              (m)         (Tm)    (Tm)      (Tm)      (Tm)  
          -----------  --------+--------  --------  --------
           0.0000000   0.15607  0.00000   0.15607   0.00000
11:35:41  Magnet Strength Calculation
          Harmonic Number = 1
          Number Of X0 Positions = 1
              X0         BL    sigBL   
             (m)        (Tm)    (Tm)   
           --------  --------+-------- 
             0.0000   0.15607  0.00000
          SL    =    0.1560744 +-    0.0000048 Tm^2/m^n
11:35:41  Magnet Strength Measurement
          Harmonic Number = 1
          SL    =    0.1560744 +-    0.0000048 Tm^2/m^n
11:35:43  Magnet Current, Imag =     199.9057 A
          Vtrans =   1.999057 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:35:44  Magnet Current, Imag =     199.9331 A
          Vtrans =   1.999331 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:35:45  Magnet Current, Imag =     199.9256 A
          Vtrans =   1.999256 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:35:46  Magnet Current, Imag =     199.9271 A
          Vtrans =   1.999271 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:35:46  Magnet Current Measurement:
          Imag =     199.9229 +-       0.0103 A
11:35:46  Magnet current ramping to     200.0000 A...
11:36:19  Magnet Current, Imag =     199.9326 A
          Vtrans =   1.999326 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:20  Magnet Current, Imag =     199.9375 A
          Vtrans =   1.999375 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:21  Magnet Current, Imag =     199.9415 A
          Vtrans =   1.999415 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:23  Magnet Current, Imag =     199.9102 A
          Vtrans =   1.999102 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:23  Magnet Current Measurement:
          Imag =     199.9305 +-       0.0121 A
11:36:24  Magnet Current, Imag =     199.9778 A
          Vtrans =   1.999778 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:25  Magnet Current, Imag =     199.9413 A
          Vtrans =   1.999413 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:26  Magnet Current, Imag =     199.9441 A
          Vtrans =   1.999441 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:28  Magnet Current, Imag =     199.9311 A
          Vtrans =   1.999311 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:36:28  Magnet Current Measurement:
          Imag =     199.9486 +-       0.0176 A
11:36:28  Magnetic Field Measurement
          Measuring the magnet strength...
11:36:28  Integrated Voltage Measurement...
11:36:41  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015608665 Vs
11:36:50  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015603579 Vs
11:36:58  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606594 Vs
11:37:07  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015606075 Vs
11:37:15  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015608855 Vs
11:37:24  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015605838 Vs
11:37:32  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015607188 Vs
11:37:41  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015603859 Vs
11:37:49  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015610607 Vs
11:37:58  Integrated Voltage Measurement
          X0 =  0.0000000 m, Delta X = -0.0100000 m
          VT =   -0.015606521 Vs
11:37:58  Integrated Voltage Average and RMS of Measurements
          X0 =  0.0000000 m, Delta X =  0.0100000 m
          VT =    0.015606778 +-    0.000001069 Vs
11:37:58  Integrated Field Strength, Average and RMS of Measurements
          X0 =  0.0000000 m, dx =  0.0100000 m, Nturns =   10.0
          VT =    0.015606778 +-    0.000001069 Vs
          BL =   0.15606778 +-   0.00001069 Tm
11:38:03  BL vs X Fit Coefficients:
                    Cn     sigCn   
            n        (Tm/m^n)      
          -----  --------+-------- 
            0     0.15607  0.00001
          Compute Fit Residuals:
               X0          BL    sigBL     BLfit    BL-BLfit
              (m)         (Tm)    (Tm)      (Tm)      (Tm)  
          -----------  --------+--------  --------  --------
           0.0000000   0.15607  0.00001   0.15607   0.00000
11:38:03  Magnet Strength Calculation
          Harmonic Number = 1
          Number Of X0 Positions = 1
              X0         BL    sigBL   
             (m)        (Tm)    (Tm)   
           --------  --------+-------- 
             0.0000   0.15607  0.00001
          SL    =    0.1560678 +-    0.0000107 Tm^2/m^n
11:38:03  Magnet Strength Measurement
          Harmonic Number = 1
          SL    =    0.1560678 +-    0.0000107 Tm^2/m^n
11:38:05  Magnet Current, Imag =     200.0033 A
          Vtrans =   2.000033 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:38:06  Magnet Current, Imag =     199.9226 A
          Vtrans =   1.999226 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:38:07  Magnet Current, Imag =     199.9565 A
          Vtrans =   1.999565 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:38:08  Magnet Current, Imag =     199.9184 A
          Vtrans =   1.999184 V, Factor V/A =   0.010000 V/A, Zero Current =   0.000000 A
11:38:08  Magnet Current Measurement:
          Imag =     199.9502 +-       0.0340 A
11:38:22  Magnet current ramping to       0.0000 A...