JVC A-K100 - Specifications

A-K100
1. Specifications
Output Power : 25 watts per channel, min. Tone Controls
RMS, both channels driven, BASS : 100 Hz +8dB
into 8 ohms from 40 Hz to 20 TREBLE ; 10kHz +8 dB~-
Total Harmonic Distortion
Power Band Width
Frequency Response
kHz, with no more than 0.5%
total harmonic distortion
: 27 watts per channel, min.
RMS, both channels driven into
8 ohms at 1 kHz with no more
than 0.7% total harmonic distor-
tion
Input Sensitivity/
Impedance
PHONO
: 2.5 mV/47 kohms
TUNER, VIDEO/AUX,
TAPE
: 160 mV/40 kohms
Phono Equalizer
Deviation
: + 1.0 dB (40 Hz — 15 kHz)
: 23 watts per channel, min. Phono Overload : 100 mV (1 KHz)
RMS, both channels driven into Signal to Noise Ratio
8 ohms at 1 kHz with no more PHONO : 70 dB ('66 IHF)
than 0.08% total harmonic dis- TUNER VIDEO/AUX,
tortion TAPE : ¥5 dB (66 IHF)
: 0.5% at Rated output, from
40 Hz to 20 kHz, 8 ohms
: 10 Hz- 30 kHz (‘66 IHF both
channels driven, 8 ohms, 0.5%
THD}
: 10 Hz- 30 kHz
+1 dB, -3 dB (8 ohms)
Power Specifications
Loudness Control
(Volume
position)
Dimensions (mm/inch)
Weight (kg/Ibs.)
: +5 dB at 100 Hz,
Control at -30 dB
: 435(W) x 77(H) x 248(D) mm
(17-1/8" x 3” x 9-3/4")
: 3.7 kg (8.2 lbs.)
Power Consumption
AC 120V~,60 Hz
AC 220V~,50Hz
AC 240V~ , 50 Hz
AC 110/120/220/240V ~ selectable, 50/60 Hz
100 watts, 1 30 VA
75 watts
75 watts
75 watts
U.S.A. & Canada
Continental Europe
U.K. & Australia
Other Countries
Design and specifications subject to change without notice.
2. Servicing Method For AWG # 20 Wires
With Clamping Terminals
(1) Application objective = Confirmation of safety
Used to prevent breakage/disconnection troubles of
primary and secondary wires within P. C. Boards (or
between P. C. Boards). Even when wire breakage/
disconnection has actually occurred, a safe air-gap
distance between the primary wire and the secondary
wire/possibly contacting metal surface can be main-
tained because the terminal retains the wire sheath-
ing.
Type of wire used
@ 1015 AWG- # 20 (single-coated)
@ 1672 AWG- # 20 (double-coated)
Servicing precautions
@) The structural design of this terminal causes its
catch to hook onto the P. C. Board, preventing the
wire from being easily pulled out. As shown in the
figure, use cutting pliers or a similar tool to cut off
the ends of the terminal and wire; then remove the
remaining terminal clip by melting the soldering.
Wire
Cut off here .
Terminal
P. C. Board Soldering
(2) (@ Prior to soldering the wire onto the P. C. Board,
confirm safety by pressure-fitting the terminal to
the wire by observing the following procedures.
(3) 1. Strip off the wire 5 ~6 mm fromits end.
Le
5~6 mm
(No. 2736) 1-2