Assertion: transistor | /r/ObjectUse | used as switch
Facets:
value: mainly
type: DEGREE
value: in a circuit
type: LOCATION
value: as an amplifier
type: MANNER
value: for electronic signals
type: PURPOSE
value: commonly
type: TEMPORAL
value: to convert the waves
type: PURPOSE
value: in this mode
type: TEMPORAL
value: for binary coding
type: PURPOSE
value: solely
type: MANNER
value: for open switch
type: PURPOSE
value: in this way
type: MANNER
value: so frequently
type: TEMPORAL
value: to pass logic levels
type: PURPOSE
value: for the low voltage applications
type: PURPOSE
value: in the electronic devices
type: LOCATION
value: because of its low power consumption
type: CAUSE
value: due to this feature
type: CAUSE
value: like thyristors
type: OTHER
value: for digital
type: PURPOSE
value: in this case
type: TEMPORAL
value: by using this property
type: MANNER
value: at the same time
type: TEMPORAL
value: with a binary function
type: OTHER
Source sentences:
text: Why Transistors Are Used as Switches
text: A transistor can act as a switch and an amplifier.
text: It can work either as an amplifier or a switch:
text: In this article, we go over how to connect a transistor so that it will function as a switch in a circuit.
text: For fast switching it is mainly used.
text: But it also acts like a switch at the same time.
text: All you need to know is that a transistor works like an amplifier or a switch, using a small current to switch on a larger one.
text: By using this property the transistor can act on both applications like switch and amplifier.
text: In this case the transistor operates as a switch: if a current flows, the circuit involved is on, and if not, it is off.
text: In an electric circuit, this means that transistors are acting as both a switch and an amplifier.
text: Transistors are commonly used in amplification , switching, and buffering signals or applied voltages.
text: For digital, transistor only operates as the switch that is your off or on.
text: A transistor can acts as an on/off switch or an amplifier.
text: Like Thyristors, transistors are also used a switching device.
text: Due to this feature, these transistors are used as either a switch or an amplifier.
text: Bipolar junction transistors are mainly used in switching and amplification.
text: They are used as amplifiers and switching apparatus.
text: A Transistor switch, which is used for opening or closing of a circuit, that means the transistor is commonly used as a switch in the electronic devices only for the low voltage applications because of its low power consumption.
text: This property will allow a transistor to be used as a switch.
text: Transistors can be used as a switch or as an amplifier.
text: When a transistor is used as a switch it is operated in the Saturation and Cut-Off Region as explained above.
text: When a transistor is used as a switch it is operated in the Saturation and Cut-Off Region as explained above.
text: In this way, the transistor is being used as a switch with a binary function: five volts ' ON, less than five volts ' OFF.Semi-conductive materials are what make the transistor possible.
text: Instead, it is often used in circuits where the transistor is used as a switch.
text: If the transistor is used as a switch then for open switch the Q-point is in the cutoff region, and for the close switch, the Q-point is in the saturation region.
text: When a transistor is used as a switch it is operated in the Saturation and Cut-Off Region as explained above.
text: In digital circuits they are used as switches.
text: (Transistors at this level would be solely used as switches for binary coding, not as amplifiers.)
text: These transistors can be used as amplifiers, switches and oscillators.
text: Transistors are used as switches to pass logic levels between nodes of a circuit, instead of as switches connected directly to supply voltages.
text: So why are transistors used so frequently as switches in circuits if these switches above have the same use?
text: So now that we know the theory of why transistors are used as switches, let's go over how to connect a transistor to function as a switch in a circuit.
text: A transistor is a device that acts as a switch or gate for electronic signals and regulates the flow of current and voltage.
text: A transistor can act as a switch or an amplifier.
text: A transistor also acts as a switch to choose between available options.
text: The transistor can act as a switch and an amplifier.
text: In this mode transistor acts as a switch.
text: This allows a transistor to act as a switch, which can turn a signal on or off.
text: When a transistor operates in the cut-off and saturation modes, it will act as a switch.
text: It acts as a switch or gate for electronic signals.
text: With transistors acting as switches, you can create Boolean gates, and with Boolean gates you can create microprocessor chips.
text: Transistor works as a switch or as an amplifier.
text: Transistors also work as switches.
text: Transistors work primarily as switches and amplifiers.
text: It can function as a switch and an amplifier.
text: Below is an example of a transistor functioning as a switch in a circuit:
text: Some transistors are used primarily for switching.
text: Used for low power amplifying and switching, it comes in both common surface mount and through hole packages for placement on circuit boards
text: A transistor acts like a switch or an amplifier.
text: A transistor works like a switch as well as an amplifier to convert the waves from audio to electronic.