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Received via e-mail this PDF manual is worth the money. This is a quality scan of a manual in excellent condition and is just as good as having the original manual in hand. I have later seen the original manual and it was printed in colour, but this particular manual is black & white but scan resolution is high end quality! All drawings and pictures are presented in great detail. So, nearly perfect score in my opinion.
If you own the turntable you also should own the manual!
I was very satisfied with the service manual I ordered and downloaded. I will definitely buy again from this seller.
Great product. Recieved it fast...exactly as advertised.
Manuals were delivered promptly and were correct as advertised. No issues with the download link which was provided promptly after everything was processed. Very pleasant experience
Paid for service manual & got the download fast - worth a visit if you need a service manual
Three-channel mode, two-way system Connecting Speaker Band-pass filter (combination of Setting the Filter Constant
wires low-pass and high-pass filter
Low-pass filter (for subfor mid-bass/mid): 6 dB/octave
The speaker output mode can be two-channel (stereo), one-channel (mono), or threeC1 channel (stereo + mono). Connect the 6 dB/octave â6dB speaker leads suit the mode according to
Mid-high (Left) 0dB
L1 Woofer (Mono) 0dB
figures on the following pages.
â¢ When connecting to the speaker input, do not â6dB fCL fCH 2fCH
f connect the speaker input. â¢ A multi-channel system can be set up using a
connect the RCA output. C1 Mid-high (Right) 2 combination of filters. The inductance (L) and
â¢ When connecting to the RCA input, do not
Two-channel mode (stereo) Three-channel mode, three-way system capacitance (C) will determine the frequency (fc) High-pass filter (for mid/mid-high): that speaker will reproduce. Refer to the chart
â¢ Use the capacitors specified. Non-polarized
C1 0dB capacitors rated at over Â±25 V should be used for
below to determine the components required. 6 dB/octave C1 and C2 in diagram. Because of the voltage Mid/mid-bass (Left)
output L2 C2 of the amplifier, it is very important to use Speaker non-polarized capacitors rated at or over 25 V. (Right) Woofer/sub-woofer This will prevent a safety hazard.
L1 fC f C
(Mono) 2 (Right) High/mid-high
L2 C2 Mid/mid-bass
One-channel mode (mono) (Right)
â¢ Inductors (L1 and L2 in the diagrams) act as low-pass filters. Capacitors (C1 and C2 in the diagrams) act as high-pass filters. Inductors (L) are used for the Speaker load Impedance 2 4 8 â¦ woofer/sub-woofer, and capacitors (C) are used for the high/mid-high. 50 6.4 1,600 12.70 800.0 25.50 400.0 â¢ Remember when bridging an amplifier it 80 4.0 1,000 8.00 500.0 16.00 250.0 will see only half of the original speaker 125 2.5 640 5.10 300.0 10.00 160.0 impedance. Therefore, you must use speakers that have ratings of 4 ohms or higher. If you use speakers that have 320 1.0 250 2.00 125.0 4.00 62.0 lower impedance ratings it may cause 500 0.64 160 1.30 80.0 2.60 40.0
200 1.6 400 3.20 200.0 6.40 100.0 800 0.4 100 0.80 50.0 1.60 25.0
Speaker (Mono) fc (Hz) L (mH) C (ÂµF)
Three-channel mode (stereo + mono) damage to the amplifier.
solder them so they cannot be pulled combining the stereo and mono modes loose. Tape or use heat shrink on the using inductors and capacitors. 3,200 0.1 25 0.20 12.5 0.40 6.2 joints to prevent short circuits. 5,000 0.06 16 0.13 8.0 0.26 4.0
The power amplifier is basically a twoâ¢ When the inductors and capacitors are channel/one-channel bridgeable amplifier, connected to the speaker wires, secure or 1,250 0.25 64 0.50 30.0 1.00 16.0 but three channels can be achieved by 2,000 0.16 40 0.30 20.0 0.64 10.0
8,000 0.04 10 0.08 5.0 0.16 2.5 10,000 0.03 8 0.06 4.0 0.13 2.0