ページ1に含まれる内容の要旨
RPQ160b
Parametric Equilizer
LOW SHELF HIGH SHELF LEVEL FREQ
FREQ LEVEL FREQ LEVEL
0
0 400 WIDTH 800 WIDTH 0 2.1k
50 100 4 6
200 600 300 1.1k 800 3.3k
30 200 2 10
20
100 900 166 400
1.5 1.8k 7k
MADE IN USA 400
www.rolls.com
CLIP
16 500 1 30 -12 +12 70 1.5k 3.3 -15 +15 150 3k -15 +15 300 10k
HZ KHZ dB HZ dB HZ 3.3 dB HZ
OCT OCT
ACTIVE
FREQ FREQ
EVEL FREQ LEVEL LEVEL LEVEL
0
800 WIDTH 0 2.1k WIDTH 0 4k WIDTH 0
300 1.1k 800 3.3k 2k 6k
PARAMETRIC
166 400 12k EQUALIZER
1.8k 7k 900
RPQ160b
+15 150 3
ページ2に含まれる内容の要旨
2 1 2 4 4 3 1 3 1 4 6 4 6 4 1 3 8 8 8 5 4 4 3 1 3 1 8 6 4 6 4 4 8 8 2 5 4 4 8 2 1 2 8 INTRODUCTION SCHEMATIC Thank you for your purchasing the RPQ160 Parametric Equalizer. The RPQ160 uses T filters for equalization circuits to avoid the complexity and distortion of state-variable filters. The RPQ160 is a four-band parametric equalizer designed for years of reliable use. Please read this manual carefully to get the best results from your RPQ160. INSPECTION 1. Unpack and inspect the RPQ160 box and
ページ3に含まれる内容の要旨
DESCRIPTION DESCRIPTION REAR PANEL FRONT PANEL LOW SHELF HIGH SHELF LEVEL FREQ LEVEL FREQ LEVEL FREQ 0 400 WIDTH 0 800 WIDTH 0 2.1k 50 100 4 6 200 600 300 1.1k 800 30 200 2 10 W WA ARNING DO NOT EXPOSE THIS RNING DO NOT EXPOSE THIS SERIAL NUMBER 20 166 400 1.5 100 900 1.8k EQUIPMENT T EQUIPMENT TO O RAIN OR MOISTURE. RAIN OR MOISTURE. MADE IN USA www.rolls.com T TO O REDUCE THE RISK OF REDUCE THE RISK OF ELECTRIC ELECTRIC MADE IN USA 400 SHOCK DO NOT REMOVE BACK. SHOCK DO NOT REMOVE BACK. www
ページ4に含まれる内容の要旨
OPERATION OPERATION Cont. Shown below is the typical symmetrical response curve of a swept parametric The two shelving filters are designed to roll off the frequency response of the band filter with the Frequency control set at 1 kHz, the Level set at +15 and -15 Signal; the Low Shelf cuts the frequencies 3 dB at the control’s indicated setting dB, and the Octave control set at .3, .5, 1, and 3. These curves remain consistent and rolls off below, and the High Shelf cuts the frequencies 3 dB at t
