Deep Dive: T5D14
The correct answer is B: Parallel. In a parallel circuit, voltage is the same across all components. This is a fundamental characteristic of parallel circuits - all components are connected across the same voltage source, so they all have the same voltage. In a parallel circuit, components are connected between the same two points, so they all experience the same voltage. This is different from series circuits, where voltage divides among components. The voltage across each parallel branch equals the source voltage. Understanding parallel circuits is essential for circuit analysis, power distribution, and designing circuits where components need the same voltage.
Why Other Answers Are Wrong
Option A: Incorrect. In series circuits, voltage divides among components - each component has a different voltage drop. The voltage is not the same across all components. Option C: Incorrect. Resonant circuits refer to circuits that resonate at specific frequencies (like LC circuits), not a circuit type where voltage is the same across all components. Option D: Incorrect. Branch circuits are parts of parallel circuits, but the question asks about the circuit type where voltage is the same - that's parallel circuits.
Exam Tip
Parallel circuit = Same voltage everywhere. Remember: In parallel circuits, voltage is the same across all components because they're all connected to the same voltage source.
Memory Aid
**P**arallel = **S**ame **V**oltage (think 'P = SV')
Real-World Example
You're setting up multiple devices in your shack, all powered by the same 12-volt power supply. When you connect them in parallel, each device receives 12 volts - the same voltage across all of them. This is why parallel connections are used for power distribution - all devices get the same voltage.
Source & Coverage
Question Pool: 2022-2026 Question Pool
Subelement: T5D
Reference: 2022-2026 Question Pool · T5 - Electrical principles
Key Concepts
Verified Content
Question from the official FCC Technician Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the T5D topic.