Ready-made timbre block for guitars of the Telecaster type, EMERSON T-DLX-500K TELE DELUXE PREWIRED KIT (500K)

Emerson Custom Tele Deluxe Prewired Assembly The Emerson Tele Deluxe Assembly is designed to bring vintage tone and impeccable quality to your humbucking telecaster. Made in Oklahoma, the Emerson Tele Deluxe 500K kit features: Emerson Pro tight tolerance CTS 500K solid shaft pots (3/8" length bushing) Switchcraft Jack Exclusive Emerson USA-made .015µf Paper-in Oil Capacitor with Bumblebee styling (neck) Emerson USA-made .022µf Paper-in Oil Capacitor with Bumblebee styling (bridge) Vintage wiring schematic - Tone capacitor is wired between volume and tone pot Instructions Give your Telecaster Deluxe and Emerson tone upgrade! All Emerson kits feature their own spec CTS pots. These pots have a smooth audio taper, easy turning, and a super-tight tolerance. We've measured several of them and they measure to within +0/-5% of specification (many common pots are as much as +/- 20%). You'll really appreciate the full usable sweep these potentiometers provide. Emerson now has their own exclusive Paper-in-Oil capacitor. Made to Emerson specifications in the USA, these precision hermetically sealed components combine vintage sound and modern manufacturing techniques to maximize your guitar tone. Featuring military-spec tubular construction with sealed glass ends, these components are perfectly sized for guitars, and look so cool you'll hate to put your guitar back together. In addition to the 50's wiring, the Tele Deluxe kit also features period-correct Bumblebee cosmetics. This kit has the "Vintage" wiring style in which the tone capacitor is wired between the volume and tone pots rather that grounded directly to the tone pot. The vintage wiring gives great interaction between the volume and tone control, greatly expanding the tonal possibilities (the tone control acts differently depending on where the volume is set). The vintage wiring method also reduces high frequency roll-off at reduced volume settings without the need for treble bleed circuits.