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F:/Doc/Circuit/Quartus2/Counter4x5/db/Counter4x5.quartus_db Counter4x5

% This is the magnetization curve given as a table % in Problem 9-14. The first column is the % magnetimotive force in ampere-turns, and the second % column is the open-circuit terminal voltage

% This is the magnetization curve shown in Figure % P9-5. The first column is the field current in % amps, and the second column is the open-circuit % terminal voltage in volts at a speed of 1200

% This is the magnetization curve shown in Figure % P9-6. The first column is the field current in % amps, and the second column is the open-circuit % terminal voltage in volts at a speed of 1800

% This is the magnetization curve shown in Figure % P9-2. The first column is the field current in % amps, and the second column is the open-circuit % terminal voltage in volts at a speed of 1200

% This is the magnetization curve given as a table % in Problem 9-21. The first column is the % field current in amperes, and the second % column is the open-circuit terminal voltage in volts

% This is the magnetization curve shown in Figure % P9-7. The first column is the field current in % amps, and the second column is the open-circuit % terminal voltage in volts at a speed of 1800

% This is the open-circuit characteristic shown % in Figure P5-2. The first column is the field % current in amps, and the second column is the % open-circuit terminal voltage in volts. To use

% This is the open-circuit characteristic shown % in Figure P6-1. The first column is the field % current in amps, and the second column is the % open-circuit terminal voltage in volts. To use