Moog-music MF-103 12-Stage Phaser Bedienungsanleitung

Understanding and using yourmoogerfooger®MF-103 Twelve Stage PhaserMOOG MUSIC, Inc. Asheville, NC USA

purpose. Or you can use expression pedals with equivalent specifications. Seethe Technical Information section on Page 14 for more information on peda

Rotating Speaker: Feed the AUDIO output to one speaker and the AUX output to another speakerfor this rotating speaker simulation. Plug your expressi

TECHNICAL INFORMATIONNOTE: The following information is intended for use by people who understand analog electronic circuitryand have enough practical

5 volts at the tip terminal is equivalent to turning the corresponding knob throughits entire range. You can 'program' your MF-103 performan

LIMITED WARRANTY Moog Music warrants that its products will be free from defects in materials orworkmanship, and shall conform to specifications cur

BYPASS, a two-color indicator LED that tells whether the phaser is active orbypassed.ON/BYPASS, a rugged, smooth-acting ‘stomp switch’.JACK PANEL FEAT

Welcome to the world of moogerfooger® Analog Effects Modules! Your ModelMF-103 Twelve-Stage Phaser is a rugged, professional-quality instrument,des

GETTING STARTED Here are some simple instructions on how you can quickly plug in and try outyour MF-103.1. Unpack your MF-103. You can place it on a

6. Now set the MF-103 panel controls as follows (See Figure 2):RATE 32AMOUNT 2SWEEP 5RESONANCE 0Left Switch LORight Switch 6-STAGEFigure 2 - Basic set

Figure 3 - Typical spectrum of a musical sound. A filter, or equalizer, is a signal-modifying device that colors a sound byemphasizing some parts of

(notches), the middle one of which is at the so-called ‘mid-shift’ frequency. Allthree of these filter types are widely used in contemporary music per

Figure 5 – Frequency Response of a ‘basic’ 6-stage phaser. Figure 6 – Frequency Response of the AUX output.AUX OUTPUT: Figure 6 shows the frequ

instrument signal are alternately emphasized and then attenuated.Figure 9 – How the phaser frequency response changes as the SWEEP is varied. The ph

yellow, and finally to red. Very weak signals do not light up this light at all. Whenthe light is green, the signal is below the level that results in