This is a multi-part message in MIME format. ------=_NextPart_000_001F_01C1DD49.390BA4A0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit 19k GIF attached. Earlier I posted a circuit for a Low Dropout Regulator. Someone objected that when they modelled it in SPICE that they got slightly different results. The original circuit was breadboarded on a proto board, and I can verify that my circuit worked as advertised with the actual parts I used. I was probably just lucky to have pulled out a TIP30 that had a higher than usual gain, and realize that the objection was indeed a valid one. The original circuit had another shortcoming in that all base current was applied via a 1k resistor. This somewhat limited the high current side of things. I designed a new circuit that overcomes the problems with the original. I prototyped this circuit and tested it out. It works like a champ. This one overcomes the gain problem by providing more robust base current for the TIP30 by means of a low value resistor connected to the collector of an NPN transistor. The TIP30 base current is now dynamically adjusted by an NPN transistor, so the original small PNP transistor is no longer needed. Here's how the circuit works: Initially the input voltage turns on the first NPN transistor via the 4.3k resistor. That provides base current for the PNP power transistor, and its collector voltage starts to rise. (The 10 ohm resistor is there to limit base current should the output be shorted. You can remove this resistor and the circuit will still work just fine.) When the voltage across the nominal 5.1 v zener reaches about 4 volts, the zener begins to conduct, causing a rising voltage across the 1k pot and 2.2k resistor. When the voltage at the wiper of the pot forward biases the second NPN transistor (at about .6 volts), then the second NPN starts to pull down the base voltage at the first NPN transistor. The circuit reaches an equilibrium point which can be adjusted so that the output of the circuit is 5.00 volts. If you eliminate the zener and replace it with a resistor, you can still get some regulation out of the circuit, but then the only regulating reference is the .6 volt base to emitter diode drop, and that will vary slightly with temperature. Adding the zener diode GREATLY improves the regulation of the circuit. The 10 ufd output capacitor provides for a better transient response. The .1 ufd capacitor across the 4.3k resistor helps suppress any high frequency noise that may be on the input side. If you breadboard this to check out its specifications, especially the dropout specs, make sure that you monitor the input voltage as well as the output voltage. Originally at the higher output currents I thought I was getting less performance than I really was, because at 500 ma the test supply that I was powering the circuit with was dropping the input by a few tenths of a volt. If you plan to operate above 250 ma you will need a small heatsink. Use adequate capacitance at the input if you are running this with a transformer based supply. Even with batteries it is good to have a reasonable sized capacitor on the input, especially as the batteries get near the end of their life (their internal resistance increases at that point). OK, put this circuit through your SPICE simulator and see what you get. Fr. 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