See link below...
To make things simpler! Imagine if they had to draw an actual transistor or battery everytime... that would have been both time consuming and difficult for the person studying the diagram ( as one engineer's drawing of a transistor may be totally different from others )
A Unijunction Transistor is a transistor that acts solely as a switch.
the best way is to compeair the data sheet of that transistor to the readings of that transistor. . . . .and u can get the readings of that transistor by using a fungction genrator and a c.r.o
difference between electronics components and the schematic symbols
Transistor with 2 gate on top and bot of the channel
On an electrical schematic, the symbol for a motor is a circle with the letter M inside of it. On an electrical schematic, the symbol for a motor is a circle with the letter M inside of it.
The schematic battery symbol in an electrical circuit diagram represents a power source that provides electrical energy to the circuit.
The symbol of a transistor is often drawn within a circle to denote that it is an integrated or encapsulated electronic component. The circle helps to visually distinguish the transistor from other circuit elements, emphasizing its role as a discrete device. Additionally, the circular symbol can indicate that the transistor is part of a larger circuit or system, highlighting its function in controlling current flow within that context.
it will be like putting S in horizontal position
the difference between the pictorial diagram and schematic diagram is that the pictorial diagram shows the external appearance of the circuit.while the schematic diagram shows only the electrical symbol of the circuit..
You do not have to; a simple power supply can use as few as 1 transistor. Supply a drawing, or explain your schematic.
You can see the symbol at the related link below. Sorry, I can't copy an image here.
On a schematic diagram, an ammeter is typically represented by a circle with the letterAinside the circle.
An electronic schematic symbol is a graphical representation used to depict an electronic component or function in a circuit diagram. These symbols help engineers and technicians understand the connection and operation of components within a circuit without needing to physically see the components themselves. Each symbol is standardized to ensure consistency and clarity in circuit diagrams across different industries and applications.
The schematic symbol for a battery is typically represented as a series of parallel lines, with a longer line indicating the positive terminal and a shorter line indicating the negative terminal. In electronic circuit diagrams, the battery symbol is used to show the power source for the circuit.
The schematic symbol for a potentiometer typically consists of a zigzag line representing the resistive element, with three terminals: two at each end and one connected to the wiper (the adjustable contact). The wiper is often depicted as an arrow or line pointing to the resistive element, indicating its adjustable position. This symbol can vary slightly in design depending on the schematic convention being used, but the basic representation remains consistent across most standards.
The schematic symbol for a fusible link typically consists of a small rectangle or square with a line connecting to it, representing the fusible element. Sometimes, it may include a label such as "F" or "FL" to indicate that it is a fusible link. This symbol signifies a device designed to melt and break the circuit in case of excessive current, providing protection against overloads. The exact representation can vary slightly based on the specific schematic standards being used.