![]() ![]() In real life the I/O pins would be connected to a CPUs data bus, and the address pins to the CPUs address bus (with additional logic to split the addresses into banks for ROM, RAM, memory-mapped I/O devices, etc). The following shows how to create IV characteristics curve for a bipolar transistor using multsim BJT analyzer tool. Try selecting it from the component list (or whatever method is used to add components in Multisim) instead. This graph is useful because it shows the nature of a given transistor which is required during basing of a transistor for amplifier design. This graph is also often called input-output characteristic graph of BJT because it shows the output collector current for various input base current. The characteristic curve of a bipolar transistor is a graph that shows relationship between the collector emitter voltage and collector current for different values of base current. We can use Multsim electronics design software to draw BJT characteristics curves easily by just placing the transistor on the design sheet and connect the collector, emitter and base terminal to the BJT analyzer tool. It allows use to see the operating characteristics of the transistor under varying current and voltage across the transistor terminal. Create Arduino UNO Shield, PIC Microcontroller Breakout and other Schematics in Multisim and Ultiboard. Download and install Multisim and Ultiboard. BJT characteristics curve of a transistor is useful graph when working with a transistor. Get started PCB design using Multisim and Ultiboard.
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