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<blockquote data-quote="ThxOne" data-source="post: 8884041" data-attributes="member: 675210">Seems like I said this too...To &quot;bridge&quot; an electrical connection, you essentially create a direct connection between two points in a circuit by connecting them with a wire, effectively bypassing any other components in between them; this is usually done by simply twisting together the exposed ends of two wires and securing them with a wire nut, essentially making them act as one continuous wire.As well as this...To &quot;bridge&quot; an electrical circuit means to connect two points in a circuit with a separate conductor, essentially creating a parallel path between them, usually done using a third component like a wire or resistor, effectively allowing current to flow through this new path instead of solely through the existing circuit path; the most common example of this is a &quot;Wheatstone bridge&quot; circuit, where a galvanometer acts as the bridge to detect when the voltage between two points is equal, allowing for precise resistance measurements.</blockquote>

[QUOTE="ThxOne, post: 8884041, member: 675210"] Seems like I said this too... To "bridge" an electrical connection, you essentially create a direct connection between two points in a circuit by connecting them with a wire, effectively bypassing any other components in between them; this is usually done by simply twisting together the exposed ends of two [B]wires[/B] and securing them with a wire nut, essentially making them act as one continuous wire. As well as this... To "bridge" an electrical circuit means to connect two points in a circuit with a separate conductor, essentially creating a parallel path between them, usually done using a third component like a [B]wire[/B] or resistor, effectively allowing current to flow through this new path instead of solely through the existing circuit path; the most common example of this is a "Wheatstone bridge" circuit, where a galvanometer acts as the bridge to detect when the voltage between two points is equal, allowing for precise resistance measurements. [/QUOTE]

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