Fill in the gaps in the description of the tuned circuit shown in Fig. 2, and answer the questions regarding the diagram on page 12.
Understand the Problem
The question is asking for specific words to fill in the gaps in a description of a tuned circuit and to describe a diagram related to a circuit. This involves understanding the components and their functions within the circuit.
Answer
The circuit inductance: 470 microhenry, parallel with variable capacitor; capacitance: 5-65 picofarads; connected to diode and zero voltage bus.
The complete description: The circuit 'inductance' of a four hundred and seventy 'microhenry' inductor which is connected in parallel with a 'variable' capacitor. The 'capacitance' can be varied between five and sixty-five 'picofarads'. The aerial is 'connected' to the top end of the tuner. It is also connected to the positive terminal of the 'diode' in the detector. The bottom end of the tuner is connected to earth via the zero voltage 'bus' rail.
Answer for screen readers
The complete description: The circuit 'inductance' of a four hundred and seventy 'microhenry' inductor which is connected in parallel with a 'variable' capacitor. The 'capacitance' can be varied between five and sixty-five 'picofarads'. The aerial is 'connected' to the top end of the tuner. It is also connected to the positive terminal of the 'diode' in the detector. The bottom end of the tuner is connected to earth via the zero voltage 'bus' rail.
More Information
This description involves common components in a basic tuned circuit which is often used in radio frequency applications.
Tips
Ensure correct unit usage (e.g., microhenry, picofarads) according to context. Use technical resources to check descriptions.
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