Resistor transistor logic isnt really used very often these days. that is to say it is old tech. the reason resistor transistor logic used to be used so much was because the cost of making a resistor was much cheaper than making a transistor, the high costs of other technologies such as TTL was prohibitive.
RTL is used these days as a very cheap option and as an alternative to TTL.
I believe that is resistor transistor technology TTL transistor transistor logic
RTL logic: NPN transistor. Emitter grounded. Input connected to base through a resistor. Vcc also connected to base through a resistor. If the input is high or open, the transistor is on. If the input is low, the transistor is off. Connect a resistor from Vcc to the collector. The collector is the ouput. You have to play around with resistor values to setup your fan-in and fan-out properties.
Transistor stands for "Transfer Resistor". (Resistor of transference)
The fullform of transistor is transfer resistor.
The use of transmission gates eliminates the undesirable threshold voltage effects which give rise to loss of logic levels in pass transistor logic.
connect the base of the transistor to a variable resistor and to a normal resistor
connect the base of the transistor to a variable resistor and to a normal resistor
A: TTL-DTL-RTL are family of gates called by the name. Example TTL means Tran. trans. logic. It refers to the inputs for these gates as the type. T= Transistor D=Diode R=Resistor While they do perform the same function their characteristics in performance varies greatly.
Direct coupled transistor logic is a type of transistor that is more economical to use then integrated circuits. These transistors can be found in many types of wires such as the ones that control cable internet.
if a transistor resistor is connected to the emmiter .
A transistor acts like a resistor when Gate is connected to Source.
TTL - transistor-transistor logic uses connections between transistors to perform logic functions, rather than connections using resistors or diodes.T - transistor input stage (logic section)T - transistor output stage (power gain section)L - logicEarlier logic families like DTL (D - diode input stage) and RTL (R - resistor input stage) used different components in the input circuit and simpler output circuits.Later logic families like IIL (Integrated Injection Logic) and CMOS (Complimentary Metal Oxide Semiconductor) used entirely different circuits without separating into input (logic) and output (power gain) stages and significantly reduced power consumption, making dramatically higher levels of integration practical.