Because I missed her class and I saw this in her video lecture. And she is in another campus. Her lectures are conducted online.Borek said:
Then she'll ask me why I missed her class, and I was at the gym at that time.Borek said:You can always try an email
I think that is probably the answer. We'll always be needing complementary outputs. There is a Q’ available in the internals, but loading that point may upset internal switching/timing performance. An additional inverter will isolate the load.jaus tail said:
Would she not believe that you re-read your notes and only thought of the question later?jaus tail said:
Transistors are electronic devices that are used to amplify or switch electronic signals. They consist of three layers of a semiconductor material, typically silicon, with different electrical properties. By manipulating the flow of electrons between these layers, transistors can control the flow of electricity and perform various functions in electronic circuits.
Transistors are crucial components in modern electronics. They allow for the miniaturization of electronic devices, making them smaller, faster, and more efficient. Transistors are used in a wide range of applications, from computers and smartphones to medical equipment and space exploration.
The number of transistors in a device is directly related to its processing power and speed. The more transistors a device has, the more operations it can perform simultaneously, resulting in faster and more efficient performance. This is why the number of transistors is often used as a measure of a device's computing power.
The number of transistors in a device can vary greatly, depending on its complexity and purpose. 24 transistors may seem like a small number, but it can still perform a significant amount of processing. For example, the first microprocessor, the Intel 4004, had only 2,300 transistors, yet it revolutionized the computing industry.
The number of transistors in a device is determined by its design and the purpose it serves. Scientists and engineers carefully plan and design electronic circuits to ensure that they have the necessary number of transistors to perform their intended functions. The number of transistors is also often listed in the device's specifications or can be counted by examining the circuitry under a microscope.