1. Speed, when compared to the previous RTL and DTL. 2. More complex circuitry, compared to RTL/DTL. 3. Smaller packages compared to RTL/DTL. 4. …Depending on type, lower power consumption than RTL/DTL.(MORE)
Because in this device the resistance between two terminal respectively collector and emitter is changed by changing the base voltage that is it transfers the resistance b…etween emitter and collector therefore it is called as TRANSISTOR. (TRANSFER OF RESISTOR) (MORE)
Depending on how the transistor is biased and various other circuits connected to it, a transistor acts as an amplifier and/or switch. When acting as an amplifier th…e circuit containing the transistor can do things like transmit or receive radio signals, perform analog mathematical calculations, generate waveforms, etc. When acting as a switch the circuit containing the transistor can do things like turn on/off a light, turn on/off a motor, perform digital logic or mathematical operations, fetch and decode computer instructions, etc. Exactly what a transistor can do is really only limited by the system requirements and the designer's imagination as to how to meet those requirements. There are several different types of transistors: bipolar junction transistors (BJTs), field effect transistors (FETs), unijunction transistors (UJTs), programmable unijunction transistors (PUJTs), spacitors, surface barrier transistors (SBTs), tetrode transistors (TTs), point contact transistors (PCTs), etc. (MORE)
Because in this device the resistsnce between two terminale respectively collector and emitter is changed by changing the base voltage that is it transfers the resistance betw…een emitter and collector therefore it is called as TRANSISTOR.(TRANSFER OF RESISTOR) Not exactly. Name. A note from Bell Labs offered several different possible names, one of which was "transfer" "varistor", shortened to "transistor". The alternative, "transfer" "resistor" is widely quoted as original and is plausible. Action. The device does not "transfer resistance between emitter and collector" due to "base voltage". At the time the device was being developed, the basic model used an injection of emitter voltage to the base, resulting in a changing *collector-base* resistance. The correct explanation is that the transistor has a transfer characteristic from input (either emitter or base, depending on the circuit configuration), and that this transfer characteristic appears as a resistance between collector and emitter, or collector and base. (MORE)
Transistor-transistor logic (TTL) is a class of digital circuits built from bipolar junction transistors (BJT) and resistors. It is called transistor-transistor logic because …both the logic gating function and the amplifying function are done by transistors. To know about the advantages of TTL logic family, one should have a basic idea about RTL, DTL etc. Diode logic (DL) uses diodes to implement logical functions like AND and OR. But the disadvantage is that it can not perform NOT operation. As AND and OR are not complete functions by themselves, they can not perform several logic functions without NOT. Hence, there was a need for some device which can perform a NOT function as diodes can not. That device is a transistor. Then came the DTL which uses a transistor along with diodes. As a transistor can act as an inverter, NAND (NOT-AND) & NOR (NOT-OR) operations can be performed. But this logic uses several diodes which will slow down its operation. Due to the delay offered by them, the logic levels may sometimes change i. e. 0 t0 1 or 1 to 0. Then came TTL. This logic uses a multi emitter transistor, a transistor with many emitter terminals. As every emitter is nothing but a diode, this logic eliminates the use of all diodes. This is the major advantage. As transistor becomes ON and OFF much rapidly than a diode, switching time will be faster. TTL, or Transistor-transistor logic replaced resistor-transistor logic, and used much less power. The TTL family is very fast and reliable, and newer faster, less power-consuming, etc. types are always being developed. ANSWER: ONE WORD SPEED (MORE)
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Amplifiers, switches and binary storage devices are the primary uses. The name comes from Transfer Resistor. The resistance between the Emitter and collector is controled by a…pplying a small voltage to the base. In this way a larger current can be controlled by a small current and can form an amplifier. By either applying no current to the base or maximum (saturation) voltage to the base, it will act as a switch. (MORE)
What? In May 28, 1946, a survey conducted by Bell Labs offered “a discussion of some proposed names” Among them was "transconductance/transfer varistor". So the question r…epeats the common mistake that it was "transfer resistor". (MORE)