Process Engineering Division – Instrumentation and Automation Section – Daily Question – Question dated 2020-08-12
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Process Engineering Division – Instrumentation and Automation Section – Daily Question – Question from 2020-08-12: Discussion topic: 202. How many configuration types are there for transistor amplification circuits, and what are they?
Three. They are the common-emitter amplifier circuit, the common-base amplifier circuit, and the common-collector amplifier circuit.
There are three types of configurations for transistor amplifier circuits. They are: common-emitter amplifier circuit, common-collector amplifier circuit, and common-base amplifier circuit
Three. They are the common-emitter amplifier circuit, the common-base amplifier circuit, and the common-collector amplifier circuit.
Transistor amplification circuits come in three configurations: common-emitter amplification circuits, common-collector amplification circuits, and common-base amplification circuits.
Three. They are the common-emitter amplifier circuit, the common-base amplifier circuit, and the common-collector amplifier circuit.
Three. They are the common-emitter amplifier circuit, the common-base amplifier circuit, and the common-collector amplifier circuit.
There are three types, namely: common-emitter configuration, where the emitter serves as the common electrode, denoted as CE； Common-base configuration: the base is used as the common electrode, denoted as CB. Common-collector configuration: the collector is used as the common electrode, denoted as CC. The position of the input and output signals is used as the basis for judgment.
There are three types, namely common-emitter amplifier circuit, common-collector amplifier circuit, and common-base amplifier circuit.
Common-emitter configuration, where the emitter serves as the common electrode, denoted as CE； Common-base connection: the base is used as the common electrode, denoted as CB. Common-collector connection: the collector is used as the common electrode, denoted as CC. The position of the input and output signals is used as a criterion for determination: the signal enters at the base and exits at the collector – common-emitter amplifier circuit; the signal enters at the base and exits at the emitter – common-collector amplifier circuit; the signal enters at the emitter and exits at the collector – common-base circuit
Common-emitter configuration, with the emitter serving as the common electrode, denoted as CE； Common-base configuration: the base is used as the common electrode, denoted as CB. Common-collector configuration: the collector is used as the common electrode, denoted as CC. The position of the input and output signals is used as a criterion for determination: Signal enters at the base and exits at the collector – common-emitter amplifier circuit; Signal enters at the base and exits at the emitter – common-collector amplifier circuit; Signal enters at the emitter and exits at the collector – common-base circuit