Effect of Output Load Impedance
This is yet another area in which there is a conflict in design requirements, between output power and output stage distortion. Figure 11.17(a), shows the output power
given for 1 and 2% THD values by a push–pull pair of U/L-connected KT88s in relation to the anode to anode load impedance chosen by the designer. These data are courtesy of the GEC2 Since the distortion can also alter in its form as a function of load impedance, Figure 11.17(b) shows the way these circuit characteristics change as the load resistance changes. The figures given for a single-ended 6AK6 output pentode are due to Langford-Smith.
Related posts:
Electric Motor Manual – SELECTION AND APPLICATION – Selecting energy-efficient motors
Troubleshooting AC motors and starters:Motor rating and insulation types
Switch mechanisms:Snap-over action
POWER ELECTRONIC CONVERTERS FOR MOTOR DRIVES:COOLING OF POWER SWITCHING DEVICES
VARIABLE-SPEED DRIVES:COMMON FAILURE MODES AND MOTOR APPLICATION GUIDELINES
Low Core Flux Test (EL-CID)
AUTOTRANSFORMER STARTING
Electrical DC Servo Motors:Conclusion
The Turbine and How It Works
The Essential Guide to Semiconductors – How Chips Are Designed
INDUCTION MACHINE TRANSIENTS
Lighting Circuits:Dry Lining Boxes
Appendix part3
Temperature sensors and thermal transducers:Pyroelectric detectors