Panasonic SAPM18 SAPM16 User Guide - Page 27

Specifications

Page 27 highlights

Specifications AMPLIFIER SECTION SC-PM18 Power output 10% Total harmonic distortion 60 Hz-3 kHz, both channels driven (Low channel) 25 W per channel (6 Ω) 3 kHz-16 kHz, both channels driven (High channel) 25 W per channel (6 Ω) Total Bi-Amp power 50 W per channel Power output 10% Total harmonic distortion 1 kHz, both channels driven (Low channel) 30 W per channel (6 Ω) 8 kHz, both channels driven (High channel) 30 W per channel (6 Ω) Total Bi-Amp power 60 W per channel Input sensitivity AUX 250 mV Input Impedance AUX 19.8 kΩ AMPLIFIER SECTION SC-PM16 Power output 10% Total harmonic distortion 60 Hz-3 kHz, both channels driven (Low channel) 20 W per channel (6 Ω) 3 kHz-16 kHz, both channels driven (High channel) 20 W per channel (6 Ω) Total Bi-Amp power 40 W per channel Power output 10% Total harmonic distortion 1 kHz, both channels driven (Low channel) 25 W per channel (6 Ω) 8 kHz, both channels driven (High channel) 25 W per channel (6 Ω) Total Bi-Amp power 50 W per channel Input sensitivity AUX 250 mV Input Impedance AUX 19.8 kΩ FM TUNER SECTION Frequency range 87.9 - 107.9 MHz (200 kHz steps) 87.5 - 108.0 MHz (100 kHz steps) Sensitivity 2.5 µV (IHF) S/N 26 dB 2.4 µV Antenna terminal(s) 75 Ω (unbalanced) AM TUNER SECTION Frequency range Sensitivity S/N 20 dB (at 999 kHz) 520 - 1710 kHz (10 kHz steps) 560 µV/m CASSETTE DECK SECTION Track system 4 track, 2 channel Heads Record/playback Solid permalloy head Erasure Double gap ferrite head Motor DC servo motor Recording system AC bias 100 kHz Erasing system AC erase 100 kHz Tape speed 4.8 cm/s (17/8 ips) Overall frequency response (+3 dB, -6 dB at DECK OUT) NORMAL (TYPE I) 35 Hz - 14 kHz S/N 50 dB (A weighted) Wow and flutter 0.18% (WRMS) Fast forward and rewind time Approx. 120 seconds with C-60 cassette tape Listening operations CD SECTION Sampling frequency Decoding Beam source/wavelength Number of channels Frequency response Wow and flutter Digital filter D/A converter 44.1 kHz 16 bit linear Semiconductor laser/780 nm Stereo 20 Hz-20 kHz (+1, -2 dB) Below measurable limit 8 fs MASH (1 bit DAC) SPEAKER SECTION Type Speaker(s) Woofer Tweeter Impedance HIGH LOW Input power HIGH LOW Output sound pressure level Cross over frequency Frequency range Dimensions (WxHxD) Mass GENERAL Power supply Power consumption Dimensions (WxHxD) Mass 2 way 2 speaker system 10 cm (4˝) cone type 6 cm (23/8˝) cone type 6Ω 6 Ω SC-PM18 60 W (Music) SC-PM16 50 W (Music) SC-PM18 60 W (Music) SC-PM16 50 W (Music) 80 dB/W (1.0 m) 2.5 kHz 55 Hz-22 kHz (-16 dB) 70 Hz-20 kHz (-10 dB) 128 x 250 x 222 mm (51/32˝ x 927/32˝ x 83/4˝) 1.9 kg (4.2 lb.) AC 120 V, 60 Hz 105 W 179 x 247 x 378 mm (71/16˝ x 923/32˝ x 147/8˝) 5.25 kg (11.7 lb.) Power consumption in standby mode: 0.45W Notes: 1. Specifications are subject to change without notice. Mass and dimensions are approximate. 2. Total harmonic distortion is measured by the digital spectrum analyzer. 3. The labels "HIGH (HF)" and "LOW (LF)" on the rear of the speakers refer to High frequency and Low frequency. Reference 27 RQT6683

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RQT6683
27
Listening operations
Reference
Specifications
AMPLIFIER SECTION
SC-PM18
Power output
10% Total harmonic distortion
60
Hz–3
kHz, both channels driven
(Low channel)
25
W per channel (6
)
3
kHz–16
kHz, both channels driven
(High channel)
25
W per channel (6
)
Total Bi-Amp power
50 W per channel
Power output
10% Total harmonic distortion
1
kHz, both channels driven
(Low channel)
30
W per channel (6
)
8
kHz, both channels driven
(High channel)
30
W per channel (6
)
Total Bi-Amp power
60 W per channel
Input sensitivity
AUX
250
mV
Input Impedance
AUX
19.8
k
AMPLIFIER SECTION
SC-PM16
Power output
10% Total harmonic distortion
60
Hz
3
kHz, both channels driven
(Low channel)
20
W per channel (6
)
3
kHz
16
kHz, both channels driven
(High channel)
20
W per channel (6
)
Total Bi-Amp power
40 W per channel
Power output
10% Total harmonic distortion
1
kHz, both channels driven
(Low channel)
25
W per channel (6
)
8
kHz, both channels driven
(High channel)
25
W per channel (6
)
Total Bi-Amp power
50 W per channel
Input sensitivity
AUX
250
mV
Input Impedance
AUX
19.8
k
FM TUNER SECTION
Frequency range
87.9 – 107.9
MHz (200
kHz steps)
87.5 – 108.0
MHz (100
kHz steps)
Sensitivity
2.5
μV (IHF)
S/N 26
dB
2.4
μV
Antenna terminal(s)
75
(unbalanced)
AM TUNER SECTION
Frequency range
520 – 1710
kHz (10
kHz steps)
Sensitivity
S/N 20
dB (at 999
kHz)
560
μV/m
CASSETTE DECK SECTION
Track system
4 track, 2 channel
Heads
Record/playback
Solid permalloy head
Erasure
Double gap ferrite head
Motor
DC servo motor
Recording system
AC bias 100
kHz
Erasing system
AC erase 100
kHz
Tape speed
4.8
cm/s (1
7
/
8
ips)
Overall frequency response
(+3
dB,
6
dB at DECK OUT)
NORMAL (TYPE I)
35
Hz – 14
kHz
S/N
50
dB (A weighted)
Wow and flutter
0.18% (WRMS)
Fast forward and rewind time
Approx. 120 seconds with
C-60 cassette tape
CD SECTION
Sampling frequency
44.1
kHz
Decoding
16 bit linear
Beam source/wavelength
Semiconductor laser/780
nm
Number of channels
Stereo
Frequency response
20
Hz–20
kHz (+1, –2
dB)
Wow and flutter
Below measurable limit
Digital filter
8
fs
D/A converter
MASH (1 bit DAC)
SPEAKER SECTION
Type
2 way 2 speaker system
Speaker(s)
Woofer
10 cm (4˝) cone type
Tweeter
6
cm (2
3
/
8
˝) cone type
Impedance
HIGH
6
LOW
6
Input power
HIGH
SC-PM18
60
W (Music)
SC-PM16
50
W (Music)
LOW
SC-PM18
60
W (Music)
SC-PM16
50
W (Music)
Output sound pressure level
80
dB/W (1.0 m)
Cross over frequency
2.5
kHz
Frequency range
55
Hz–22
kHz (–16
dB)
70
Hz–20
kHz (–10
dB)
Dimensions (WxHxD)
128 x 250 x 222
mm
(5
1
/
32
˝ x 9
27
/
32
˝ x 8
3
/
4
˝)
Mass
1.9
kg (4.2
lb.)
GENERAL
Power supply
AC 120
V, 60
Hz
Power consumption
105
W
Dimensions (WxHxD)
179 x 247 x 378 mm
(7
1
/
16
˝ x 9
23
/
32
˝ x 14
7
/
8
˝)
Mass
5.25
kg (11.7
lb.)
Power consumption in standby mode: 0.45W
Notes:
1.
Specifications are subject to change without notice.
Mass and dimensions are approximate.
2. Total harmonic distortion is measured by the digital
spectrum analyzer.
3.
The labels “HIGH (HF)” and “LOW (LF)” on the rear of
the speakers refer to High frequency and Low
frequency.