Electron turbulence damping circuit for a complimentary-symmetry amplification unit

An electron turbulence damping circuit (40) for a complimentary-symmetry unit (10′), the circuit (40) comprising:

• a. a first output device (12′) for amplifying a current, the device having a first conductivity, a first current input (16′), a first current output (18′), and a first control voltage input (20′);
• b. a second output device (14′) for amplifying a current, the device having a second conductivity opposite of the first conductivity of the first output device (12′), a second current input (22′), a second current output (24′), and a second control voltage input (26′);
• c. a common load connector (28′) secured in electrical communication between the first current output (18′), the second current output (24′) and a load (30′);
• d. a first resistive element (42) secured in electrical communication between the first current input (16′) and the common load connector (28′);
• e. a second resistive element (46) secured in electrical communication between the second current input (22′) and the common load connector (28′);
• and,
• f. wherein the first resistive element (44) has a resistance value that is about the same as a resistance value of the second resistive element (46), and the resistance value of the first and second resistive elements (44, 46) is about 950 ohms.

An electron turbulence damping circuit (40) for a complimentary-symmetry unit (10′), the circuit (40) comprising:

• a. a first output device (12′) for amplifying a current, the device having a first conductivity, a first current input (16′), a first current output (18′), and a first control voltage input (20′);
• b. a second output device (14′) for amplifying a current, the device having a second conductivity opposite of the first conductivity of the first output device (12′), a second current input (22′), a second current output (24′), and a second control voltage input (26′);
• c. a common load connector (28′) secured in electrical communication between the first current output (18′), the second current output (24′) and a load (30′);
• d. a first resistive element (42) secured in electrical communication between the first current input (16′) and the common load connector (28′);
• e. a second resistive element (46) secured in electrical communication between the second current input (22′) and the common load connector (28′);
• and,
• f. wherein the first resistive element (44) has a resistance value that is about the same as a resistance value of the second resistive element (46), and the resistance value of the first and second resistive elements (44, 46) is about 378 thousand ohms.