NBS Special Publication, Issues 400-411U.S. Government Printing Office, 1975 |
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Results 1-5 of 97
Page 4
... Note that the actual back- ground dopant density , represented by the irregular line to the right of the junction , is assumed to be constant within the diffused layer to the left of the junction . ) erfc ( x ) = * [ . 2x2 + 4.
... Note that the actual back- ground dopant density , represented by the irregular line to the right of the junction , is assumed to be constant within the diffused layer to the left of the junction . ) erfc ( x ) = * [ . 2x2 + 4.
Page 9
... Note that H9 in the program corresponds to x in eq ( 16 ) and E corresponds to y . If H9 > 1 ( x > 1 in figure 2 ) the inverse complementary error function is not defined ; E is set equal to zero and the flag Z5 ( which is printed when ...
... Note that H9 in the program corresponds to x in eq ( 16 ) and E corresponds to y . If H9 > 1 ( x > 1 in figure 2 ) the inverse complementary error function is not defined ; E is set equal to zero and the flag Z5 ( which is printed when ...
Page 11
... Note that the quan- tities Z3 , Z6 , and XO are reset to zero before the start of the second plot ( lines 4000 to 4002 ) . The flag Z7 at line 3282 determines whether experimental or calculated values of X1 and Y1 are sent to the PLOT ...
... Note that the quan- tities Z3 , Z6 , and XO are reset to zero before the start of the second plot ( lines 4000 to 4002 ) . The flag Z7 at line 3282 determines whether experimental or calculated values of X1 and Y1 are sent to the PLOT ...
Page 12
... Note -- This tick mark denotes the origin of the depth axis . 0 Figure 5. A plot artificially constructed to show the six types of printed out- put of the PLOT subroutine . ( The points which are off - scale to the left appear as the ...
... Note -- This tick mark denotes the origin of the depth axis . 0 Figure 5. A plot artificially constructed to show the six types of printed out- put of the PLOT subroutine . ( The points which are off - scale to the left appear as the ...
Page 25
... Note that the numbers following exclamation points ( ! ) are entered by the operator from the keyboard . The scaling is such that the dopant density along the depth axis is 5 × 1014 cm 3 ; the tick marks on the dopant density axis are ...
... Note that the numbers following exclamation points ( ! ) are entered by the operator from the keyboard . The scaling is such that the dopant density along the depth axis is 5 × 1014 cm 3 ; the tick marks on the dopant density axis are ...
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Common terms and phrases
aluminum analysis angle applied beam energy bond pairs bond pull test boron Bureau of Standards calibration capacitance Center collector curve Darlington pairs depletion detector determined diffusion diode dopant density edge electrical electron beam emitter epitaxial eyepiece frequency function germanium heating image intensity profile impurity input integrated circuits intermediate-frequency ionization junction temperature Laboratory leak loop height materials measured pull strength method microscope mixer modulation MOS capacitor n-type National Bureau NBS Spec noise noise figure obtained operating output oxide p-n junction parameters percent PHOTOLITHOGRAPHY photomask plotted power transistors probe Publ ratio region resistance measurements resistor scanning electron scanning electron microscope Semiconductor Measurement Technology sheet resistance shown in figure silicon dioxide specimen spreading resistance substrate surface switching technical technique test patterns test structures thermal resistance thickness tion two-level bond values voltage wafer width wire bonds
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Page 22 - NATIONAL BUREAU OF STANDARDS The National Bureau of Standards' was established by an act of Congress March 3, 1901. The Bureau's overall goal is to strengthen and advance the Nation's science and technology and facilitate their effective application for public benefit. To this end. the Bureau conducts research and provides...
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