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<blockquote data-quote="Mitchell Fosgate III" data-source="post: 8903212" data-attributes="member: 691623"><p style="text-align: justify">Yes.&nbsp; It’s hot with the yellow and red wire because though some of the current is lighting up the screen, not all parts of the circuit are used.&nbsp;&nbsp; Maybe volume is a little low due to no current or voltage at the base-emitter junction.&nbsp; One of two things maybe happening, the volume is too low because few currents going through it, just little amplified.&nbsp; And two the pn junction is not continuously active meaning saturated so that all parts are working.&nbsp; The way around this is they use a jumper wire.&nbsp; Pin to pin.&nbsp; To see if the base-emitter can receive more amplification or switching there.&nbsp; Volume on again and not too low amount.&nbsp; If not broken.&nbsp; I’m assuming not broken.&nbsp; That’s at the transistors and iso wiring happenings.&nbsp; Assuming also the correct iso was used. </p></blockquote><p></p>

[QUOTE="Mitchell Fosgate III, post: 8903212, member: 691623"] [JUSTIFY]Yes. It’s hot with the yellow and red wire because though some of the current is lighting up the screen, not all parts of the circuit are used. Maybe volume is a little low due to no current or voltage at the base-emitter junction. One of two things maybe happening, the volume is too low because few currents going through it, just little amplified. And two the pn junction is not continuously active meaning saturated so that all parts are working. The way around this is they use a jumper wire. Pin to pin. To see if the base-emitter can receive more amplification or switching there. Volume on again and not too low amount. If not broken. I’m assuming not broken. That’s at the transistors and iso wiring happenings. Assuming also the correct iso was used. [/JUSTIFY] [/QUOTE]

Verification