CXA1599Q
1-chip Cassette Deck
For the availability of this product, please contact the sales office.
Description
The CXA1599Q is an IC for audio cassette decks.
All analog signal processing functions, except Dolby
NR, are incorporated in a single chip. As a result, a
double cassette deck system can be simply
configured by adding a Dolby IC.
Features
• Electronic recording volume for setting recording
level (with a balance volume)
• Recording equalizer amplifier
(with calibration and low frequency boost
functions)
• Recording mute function
(soft mute and fader possible)
• Playback head amplifier switch function
(deck A/B switch)
• NR pass amplifier (NR IN/PASS switch)
• Headphone amplifier with electronic volume
• Full-wave rectifier output amplifier for level meter
(with time constant function)
• HPF amplifier for AMS
(with BS/AMS gain switch function)
• Electronic switch for tape EQ selection
(120µs/70µs)
• Electronic switch for metal tape selection
• Electronic switch for normal/double speed dubbing
selection (only for recording equalizer)
• Line mute function
• Double cassette dubbing system can be easily
configured with this single IC.
48 pin QFP (Plastic)
Applications
Analog signal processing (except Dolby NR) for
stereo analog cassette deck
(ALPS ELECTRIC CO., LTD. HADKH-55460 head
applicable)
Structure
Bipolar silicon monolithic IC
Absolute Maximum Ratings (Ta = 25°C)
• Supply voltage
VCC
17
V
• Operating temperature
Topr –20 to +75 °C
• Storage temperature
Tstg –65 to +150 °C
• Allowable power dissipation PD
735
mW
Operating Conditions
Supply voltage
VCC ±5.0 to ±8.0 V
(positive/negative dual power supply)
10.0 to 16.0 V
(single power supply)
Sony reserves the right to change products and specifications without prior notice. This information does not convey any license by
any implication or otherwise under any patents or other right. Application circuits shown, if any, are typical examples illustrating the
operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits.
–1–
E92Y05-ST
CXA1599Q
BOOST2
LINE OUT2
LINE OUT1
REC VOL
REC BAL
LINE IN2
LINE IN1
DECK A/B
A EQ
AMS BS
LINE MUTE
NR PASS
Block Diagram
36
35
34
33
32
31
30
29
28
27
26
25
2
5
24
B EQ
23
METAL
22
SPEED
21
REC MUTE
20
AMS OUT
DVcc
19
DVcc
DGND
18
DGND
Vcc
17
Vcc
VEE
16
VEE
PVEE
REC IN2 37
15
PVEE
14
METER2
13
METER1
REC EQ
REC VOL
NR IN2 38
2
PASS IN2 39
MODE
CONTROL
REC VOL
2
35
PB OUT2 40
4
34
PB EQ
2
VOL OUT2 41
GND (VG)
GND (VG) 42
AMS/BS
NR/PASS
2
39
2
METER
I REF 43
BIAS
46
NR/PASS
VOL OUT1 44
2
PB OUT1 45
METER
PB EQ
PB HEAD
2
PB HEAD
HEADPHONE
AMP
PASS IN1 46
NR IN1 47
HEADPHONE
AMP
REC
CALIBRATION
REC EQ
2
3
4
5
6
7
8
9
10
11
REC OUT1
REC OUT2
GP CAL
REC CAL
PB INB1
PB INB2
PB INA1
PB INA2
HP VOL
HP OUT1
12
HP OUT2
1
BOOST1
REC IN1 48
Signal line
Control line
–2–
CXA1599Q
Pin Description
Pin
No.
Symbol
(Ta = 25°C, Vcc = 7V, VEE = –7V, DVcc = 5V, No signal)
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
VCC
VCC
×2
500
1
36
BOOST1
BOOST2
0.0V
—
4.8K
9.5kΩ
1
5.5k
36
34k
500
×4
VGS
VEE
VEE
Connects the external
capacitor for low
frequency boost of
recording equalizer
amplifier.
∗ When low frequency
boost is not executed:
During positive/
negative dual power
supply
→ Connect to GND.
During single power
supply
→ Connect a
capacitor
(over 3.3µF).
VCC
VCC
50k
×3
2
3
REC
OUT1
REC
OUT2
5P
200
0.0V
O
0Ω
Output of recording
equalizer amplifier.
×3
2
3
200
×8
VEE
VEE
VCC
VCC
2.5V
4
GP CAL
(During
OPEN)
I
54kΩ
4
54k
DREF
VEE
–3–
VEE
Calibration for high
frequency gain of
recording equalizer
amplifier.
Controls by applying
the DC voltage of
DGND to DVcc.
High → Gain up
Low → Gain down
∗ When high frequency
calibration function is
not used, keep pin
open.
CXA1599Q
Pin
No.
Symbol
DC
I/O
voltage
I/O
resistance
Equivalent circuit
Description
VCC
VCC
5
REC
CAL
2.5V
(During
OPEN)
I
54kΩ
5
54k
×3
DREF
VEE
VEE
6
7
8
9
PB INB1
PB INB2
PB INA1
PB INA2
VCC
VCC
Calibration for overall
frequency gain of
recording equalizer
amplifier.
Controls by applying the
DC voltage of DGND to
DVcc.
High → Gain up
Low → Gain down
∗ When recording
calibration function is
not used, keep this pin
open.
Input of playback
equalizer amplifier.
6
7
8
37
48
REC IN2
REC IN1
9
0.0V
I
50kΩ
37
Input of recording
equalizer amplifier.
50k
VGS
48
38
47
38
47
NR IN2
NR IN1
VGS
VEE
VEE
VCC
VCC
10
33
HP
VOL
REC
VOL
0.0V
(During
OPEN)
×8
60k
I
100kΩ
10
33
40k
DGND
VEE
–4–
VEE
Input pin for connecting
Dolby line (decode)
output signal.
Pin 10: Control for
headphone volume
Pin 33: Control for
recording volume
Controls by applying
the DC voltage of
DGND to DVcc for
each pin.
High → Volume up
Low → Volume down
CXA1599Q
Pin
No.
Symbol
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
VCC
45k
VCC
11
12
HP
OUT1
HP
OUT2
×4
5P
× 35
×7
1k
0.0V
O
0Ω
Output of headphone
volume
11
500
12
10K
10P × 11
3k
× 35
VEE
1k
PVEE
VEE
VCC
VCC
×4
13
14
METER1
METER2
0.0V
O
—
13
× 11
150
14
Output of level meter
amplifier
10k
VEE
VEE
15
16
PVEE
VEE
–7.0V
17
Vcc
7.0V
—
18
DGND
0.0V
—
—
During positive/negative
dual power supply
→ Connect to negative
power supply.
During single power
supply
→ Connect to GND.
15
To PVEE
16
To VEE
—
17
To VCC
Positive power supply.
—
18
To DGND
Connect to GND.
—
VCC
VCC
×2
19
19
DVcc
5.0V
—
60kΩ
30k
15k
500
To each DREF
500
30k
VEE DGND
–5–
×4
VEE
Power supply for
control.
CXA1599Q
Pin
No.
Symbol
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
VCC
VCC
VGS
×2
500
20
AMS
OUT
0.0V
O
0Ω
16k
4k
Output of AMS/BS
amplifier.
20
500
×4
VEE
VEE
VCC
VCC
30k
21
REC
MUTE
—
I
×3 ×3
—
21
DREF
VEE
VEE
22
Tape speed switch
High → High speed
Low → Normal speed
SPEED
VCC
23
VCC
METAL
22
26
—
I
—
26
27
Deck B metal tape
switch
High → Metal tape
Low → Norm, CrO2 tape
Line mute ON/OFF
switch
High → Mute OFF
Low → Mute ON
23
LINE
MUTE
Mute ON/OFF switch of
recording equalizer
amplifier.
Controls by applying the
DC voltage of DGND to
DVcc.
High → Mute OFF
Low → Mute ON
∗ Soft mute/fader switch
is possible by changing
the time constant of the
external time constant
circuit.
10k
29
DGND
27
AMS BS
29
DECK
A/B
VEE
VEE
AMS/BS switch
High → AMS mode
Low → BS mode
Deck A/B playback
switch
High → PBINB
Low → PBINA
–6–
CXA1599Q
Pin
No.
Symbol
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
24
Deck B equalizer switch
High → 70µs EQ
(CrO2 tape)
Low → 120µs EQ
(Norm tape)
VCC
VCC
B EQ
24
25
NR
PASS
—
I
25
—
NR/PASS input switch
High → PASS IN
Low → NR IN
10k
28
DGND
Deck A equalizer switch
High → 70µs EQ
Low → 120µs EQ
VEE
28
VEE
A EQ
VCC
VCC
30
31
LINE
IN1
LINE
IN2
0.0V
I
0Ω
3k
3k
×7
×7
×2
×2×2
30
31
×2
5k
Line input.
47kΩ resistance
connected externally.
VGS
VGS
VEE
VEE
VCC
VCC
11k
70k
32
REC
BAL
32
2.5V
(During
OPEN)
I
100kΩ
30k
11k
×6
Balance control of
recording volume
Controls by applying the
DC voltage of DGND to
DVcc.
High → VOL OUT1
Low → VOL OUT2
×6
21K
DREF
VEE
VEE
–7–
CXA1599Q
Pin
No.
Symbol
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
VCC
VCC
×2
34
35
LINE
OUT1
LINE
OUT2
300
35
O
500
10k
300
34
0.0V
20k × 2
0Ω
500
5P
×5
15K
VGS × 7
VGS
VEE
VEE
Line output.
VCC
VCC
20k
14k
10k
39
13k
46
VGS
39
46
PASS
IN2
PASS
IN1
0.0V
I
20kΩ
VGS
VEE
VEE
Connects the playback
equalizer amplifier
output through DC cut
off.
Input for signals not
passing Dolby decode.
VCC
VCC
40
45
PB
OUT2
PB
OUT1
500
0.0V
O
0Ω
14k
40
45
500
8P
×2
VEE
–8–
VEE
Output of playback
equalizer amplifier.
CXA1599Q
Pin
No.
Symbol
DC
I/O
I/O
voltage
resistance
Equivalent circuit
Description
VCC
VCC
×2
41
44
VOL
OUT2
VOL
OUT1
500
0.0V
O
30k
Output of recording
volume.
41
0Ω
44
500
6P
×4
VEE
VEE
VCC
VCC
1200P
30k
×2
200
42
42
GND
(VG)
0.0V
—
200 To each VGS
15kΩ
30k
×4
VEE
VEE
VCC
VCC
×2
200
43
IREF
–5.8V
—
—
During positive/negative
dual power supply
→ Connect to GND.
During single power
supply
→ Connect a capacitor
(over 10µF) to remove
center ripple.
43
7P
1.2V
VEE
VEE
–9–
Reference current
setting for recording/
playback equalizer.
Connect a 27kΩ
resistance.
CXA1599Q
Electrical Characteristics
Block
Item
(Ta = 25°C, Vcc = 7V, VEE = –7V, DVcc = 5V)
Conditions
Min.
Typ.
Max.
Unit
23.0
31.0
39.0
mA
Overall
Circuit current (ICC)
VOL/BAL = 2.5V, CAL = Open,
LINE Mute = off, NR Pass = NR ON
DECK A/B = A-DECK, A-EQ = 120µs,
AMS/BS = BS
Tape (B-EQ) = NORMAL,
NORM-Speed, REC Mute = off
Overall
Operating voltage
range 1
(Positive/negative
dual power supply)
VOL/BAL = 2.5V, CAL = Open,
LINE Mute = off, NR Pass = NR ON
DECK A/B = A-DECK, A-EQ = 120µs,
AMS/BS = BS
Tape (B-EQ) = NORMAL,
NORM-Speed, REC Mute = off
±5.0
±7.0
±8.0
V
Overall
Operating voltage
range 2
(Single power supply)
VOL/BAL = 2.5V, CAL = Open,
LINE Mute = off, NR Pass = NR ON
DECK A/B = A-DECK, A-EQ = 120µs,
AMS/BS = BS
Tape (B-EQ) = NORMAL,
NORM-Speed, REC Mute = off
10.0
14.0
16.0
V
Recording
equalizer
Recording equalizer
amplifier
Recording reference
output level
NORM-NORM mode
Reference output level of recording
equalizer amplifier (315Hz)
(Output level for magnetic flux of
"0dB = 250nWb/m"; tape reference
level)
Recording equalizer block uses this
level as reference.
—
–3.0
—
dBv
Recording
equalizer
Recording equalizer
amplifier
Recording reference
input level
NORM-NORM mode
Input level for outputting reference
output level of 315Hz, –3.0dBv
–19.2 –17.7 –16.2
dBv
Recording
equalizer
NORM-NORM mode
REC-EQ frequency
characteristics 1
(3kHz, –20 dB)
NORM-Tape, NORM-Speed mode
By inputting 3kHz signal attenuated
from reference by –20dB to REC IN
pin, relative deviation is measured for
NORM-NS at 315Hz.
–1.6
0.2
2.2
dB
Recording
equalizer
NORM-NORM mode
REC-EQ frequency
characteristics 2
(8 kHz, –20 dB)
NORM-Tape, NORM-Speed mode
By inputting 8 kHz signal attenuated
from reference by –20dB to REC IN
pin, relative deviation is measured for
NORM-NS at 315Hz.
2.9
5.6
8.1
dB
Recording
equalizer
NORM-NORM mode
REC-EQ frequency
characteristics 3
(12 kHz, –20 dB)
NORM-Tape, NORM-Speed mode
By inputting 12kHz signal attenuated
from reference by –20dB to REC IN
pin, relative deviation is measured for
NORM-NS at 315Hz.
7.5
11.5
15.1
dB
– 10 –
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
Recording
equalizer
CrO2-NORM mode
REC-EQ frequency
characteristics 1
(3kHz, –20dB)
CrO2-Tape, NORM-Speed mode
By inputting 3kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
4.3
6.2
7.9
dB
Recording
equalizer
CrO2-NORM mode
REC-EQ frequency
characteristics 2
(8kHz, –20dB)
CrO2-Tape, NORM-Speed mode
By inputting 8 signal attenuated from reference
by –20dB to REC IN pin, relative deviation is
measured for NORM-NS at 315Hz.
9.0
11.4
13.7
dB
Recording
equalizer
CrO2-NORM mode
REC-EQ frequency
characteristics 3
(12kHz, –20dB)
CrO2-Tape, NORM-Speed mode
By inputting 12kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
13.4
17.1
20.5
dB
Recording
equalizer
METAL-NORM mode
REC-EQ frequency
characteristics 1
(3kHz, –20dB)
METAL-Tape, NORM-Speed mode
By inputting 3kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
4.1
5.8
7.5
dB
Recording
equalizer
METAL-NORM mode
REC-EQ frequency
characteristics 2
(8kHz, –20dB)
METAL-Tape, NORM-Speed mode
By inputting 8kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
7.4
9.4
11.4
dB
Recording
equalizer
METAL-NORM mode
REC-EQ frequency
characteristics 3
(12kHz, –20dB)
METAL-Tape, NORM-Speed mode
By inputting 12kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
10.5
13.5
16.3
dB
Recording
equalizer
NORM-HIGH mode
REC-EQ frequency
characteristics 1
(5kHz, –20dB)
NORM-Tape, HIGH-Speed mode
By inputting 5kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
–5.1
–3.3
–1.6
dB
Recording
equalizer
NORM-HIGH mode
REC-EQ frequency
characteristics 2
(15kHz, –20dB)
NORM-Tape, HIGH-Speed mode
By inputting 15kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
–0.5
2.3
5.0
dB
Recording
equalizer
NORM-HIGH mode
REC-EQ frequency
characteristics 3
(20kHz, –20dB)
NORM-Tape, HIGH-Speed mode
By inputting 20kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
3.1
6.8
10.2
dB
Recording
equalizer
CrO2-HIGH mode
REC-EQ frequency
characteristics 1
(5kHz, –20dB)
CrO2-Tape, HIGH-Speed mode
By inputting 5kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
1.0
2.8
4.5
dB
Recording
equalizer
CrO2-HIGH mode
REC-EQ frequency
characteristics 2
(15kHz, –20dB)
CrO2-Tape, HIGH-Speed mode
By inputting 15kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
5.4
8.0
10.5
dB
Recording
equalizer
CrO2-HIGH mode
REC-EQ frequency
characteristics 3
(20kHz, –20dB)
CrO2-Tape, HIGH-Speed mode
By inputting 20kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
8.3
11.9
15.2
dB
– 11 –
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
Recording
equalizer
METAL-HIGH mode
REC-EQ frequency
characteristics 1
(5kHz, –20dB)
METAL-Tape, HIGH-Speed mode
By inputting 5kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
1.5
3.2
4.7
dB
Recording
equalizer
METAL-HIGH mode
REC-EQ frequency
characteristics 2
(15kHz, –20dB)
METAL-Tape, HIGH-Speed mode
By inputting 15kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
3.4
5.9
8.2
dB
Recording
equalizer
METAL-HIGH mode
REC-EQ frequency
characteristics 3
(20kHz, –20dB)
METAL-Tape, HIGH-Speed mode
By inputting 20kHz signal attenuated from
reference by –20dB to REC IN pin, relative
deviation is measured for NORM-NS at 315Hz.
5.9
8.8
11.5
dB
Recording
equalizer
NORM-NORM mode
REC-EQ signal
handling
(1kHz, THD=1%,
RL=2.7kΩ)
NORM-Tape, NORM-Speed mode,
RL = 2.7kΩ
Output level when THD becomes 1% by
inputting 1kHz signal
12.0
14.0
—
dB
Recording
equalizer
NORM-NORM mode
REC-EQ total
harmonic distortion
(1kHz, 0.0dB,
RL=2.7kΩ)
NORM-Tape, NORM-Speed mode,
RL = 2.7kΩ
By inputting 1kHz, 0.0dB (reference input
level) signal, distortion is measured.
(Distortion is measured as THD + N.)
—
0.12
0.6
%
Recording
equalizer
NORM-NORM mode
REC-EQ S/N ratio
("A" weighting filter)
NORM-Tape, NORM-Speed mode,
Rg = 5.1kΩ
Noise is measured using "A" weighting filter
with no signal.
(Measured value is shown in relative value to
reference level.)
57.0
61.0
—
dB
Recording
equalizer
NORM-NORM mode
Output DC offset
voltage (REC OUT pin)
NORM-Tape, NORM-Speed mode, no signal
DC offset voltage is measured at REC OUT
pin.
–280
0
280
mV
Recording
equalizer
NORM-NORM mode
REC-EQ mute
characteristics 1
(REC-MUTE = 0.5V)
NORM-Tape, NORM-Speed mode,
REC-MUTE = 0.5V
By inputting 1kHz signal which is +12dB up from
reference input level, attenuation is measured
during recording mute. (Using 1kHz BPF)
—
Recording
equalizer
NORM-NORM mode
REC-EQ mute
characteristics 2
(REC-MUTE = 2.5V)
NORM-Tape, NORM-Speed mode,
REC-MUTE = 2.5V
By inputting 1kHz, 0.0dB (reference level)
signal, attenuation characteristics curve of soft
mute function is measured (with 2.5V at
REC-MUTE pin).
Recording
equalizer
NORM-NORM mode
REC-EQ REC-CAL
characteristics 1
(REC-CAL = 5.0V)
Recording
equalizer
NORM-NORM mode
REC-EQ REC-CAL
characteristics 2
(REC-CAL = 0.0V)
–90.0 –82.0
dB
–8.0
–6.6
–5.0
dB
NORM-Tape, NORM-Speed mode,
REC-CAL = 5.0V
By inputting 315Hz signal attenuated from
reference by –20dB, REC-CAL function is
measured as variation from standard mode.
2.2
4.6
7.0
dB
NORM-Tape, NORM-Speed mode,
REC-CAL = 0.0V
By inputting 315Hz signal attenuated from
reference by –20dB, REC-CAL function is
measured as variation from standard mode.
–6.8
–5.4
–4.0
dB
– 12 –
CXA1599Q
Black
Item
Conditions
Min.
Typ.
Max.
Unit.
Recording
equalizer
NORM-NORM mode
REC-EQ Gp-CAL
characteristics 1
(Gp-CAL = 5.0V)
NORM-Tape, NORM-Speed mode,
Gp-CAL = 5.0V
By inputting 8kHz signal attenuated from
reference by –20dB, Gp-CAL function is
measured as variation from standard mode.
1.4
3.2
5.5
dB
Recording
equalizer
NORM-NORM mode
REC-EQ Gp-CAL
characteristics 2
(Gp-CAL = 0.0V)
NORM-Tape, NORM-Speed mode,
Gp-CAL = 0.0V
By inputting 8kHz signal attenuated from
reference by –20dB, Gp-CAL function is
measured as variation from standard mode.
–5.8
–3.7
–1.5
dB
Recording
volume
Recording volume
amplifier
Recording volume
characteristics 1
(REC-VOL = 5.0V,
REC-BAL = 2.5V)
REC-VOL = 5.0V, REC-BAL = 2.5V,
Rin = 47kΩ
By inputting 1kHz, –6.0dBv signal to Rin =
47kΩ connected to "LINE IN" pin, full gain of
recording volume amplifier is measured.
2.4
5.0
7.7
dB
Recording
volume
Recording volume
amplifier
Recording volume
characteristics 2
(REC-VOL = 2.0V,
REC-BAL = 2.5V)
REC-VOL = 2.0V, REC-BAL = 2.5V,
Rin = 47kΩ
By inputting 1kHz, –6.0dBv signal to Rin =
47kΩ connected to "LINE IN" pin,
attenuation of recording volume amplifier is
measured.
–9.7
–8.7
–7.7
dB
Recording
volume
Recording volume
amplifier
Recording volume
attenuation
(REC-VOL = 0.0V,
REC-BAL = 2.5V)
REC-VOL = 0.0V, REC-BAL = 2.5V,
Rin = 47kΩ
By inputting 1kHz, –6.0dBv signal, max.
volume attenuation of recording volume
amplifier is measured. (Using 1kHz BPF)
—
–82.0 –77.0
dB
Recording
volume
Recording volume
amplifier
REC-VOL signal
handling
(1 kHz, THD = 1%,
RL = 2.7kΩ)
REC-VOL = 2.0V, REC-BAL = 2.5V, Rin =
47kΩ, RL = 2.7kΩ
Input level when THD becomes 1% by
inputting 1kHz signal
6.0
8.0
—
dBv
Recording
volume
Recording volume
amplifier
REC-VOL total
harmonic distortion
(1kHz, –6.0dBv,
RL = 2.7kΩ)
REC-VOL = 2.0V, REC-BAL = 2.5V,
Rin = 47kΩ, RL = 2.7kΩ
By inputting 1kHz, –6.0dBv (reference input
level) signal, distortion is measured.
(Distortion is measured as THD + N.)
—
0.06
0.4
%
Recording
volume
Recording volume
amplifier
REC-VOL S/N ratio
("A" weighting filter)
REC-VOL = 5.0V, REC-BAL = 2.5V,
Rin = 47kΩ
Noise is measured using "A" weighting filter
with no signal.
(Measured value is shown in relative value
to full gain.)
77.0
82.0
—
dB
Recording
volume
Recording volume
amplifier
Output DC offset
voltage (VOL OUT pin)
REC-VOL = 5.0V, REC-BAL = 2.5V,
Rin = 47kΩ
DC offset voltage is measured at VOL OUT
pin with no signal.
120
0
120
mV
– 13 –
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
Recording
volume
Recording volume amplifier
REC-VOL balance
characteristics 1
(REC-VOL = 5.0V,
REC-BAL = 0.0V)
REC-VOL = 5.0V, REC-BAL = 0.0V,
Rin = 47kΩ, (1kHz-BPF)
Attenuation of "VOL OUT1" at 1kHz
is measured. To "VOL OUT2"
—
–55.0 –44.0
dB
Recording
volume
Recording volume amplifier
REC-VOL balance
characteristics 2
(REC-VOL = 5.0V, RECBAL = 5.0V)
REC-VOL = 5.0V, REC-BAL = 5.0V,
Rin = 47kΩ, (1kHz-BPF)
Attenuation of "VOL OUT2" at 1kHz
is measured. To "VOL OUT1"
—
–55.0 –44.0
dB
Line
amplifier
Line amplifier
NR Pass = NR ON (1.0V),
Line amplifier gain
line mute = mute off (2.5V)
(NR IN = 1kHz, –11.0dBv) Gain at 1kHz is measured.
3.8
4.8
5.8
dB
Line
amplifier
Line amplifier
signal handling
(1kHz, THD = 1%,
RL = 2.7kΩ)
NR Pass = NR ON (1.0V),
line mute = off (2.5V), RL = 2.7kΩ
Input level when THD becomes 1%
by inputting 1kHz signal
12.0
15.0
—
dB
Line
amplifier
Line amplifier
Line amplifier total
harmonic distortion
(1kHz, –11.0dBv,
RL = 2.7kΩ)
NR Pass = NR ON (1.0V),
line mute = off (2.5V), RL = 2.7kΩ
By inputting 1kHz, –11.0dB
(reference input level) signal,
distortion is measured.
(Distortion is measured as THD + N.)
—
0.03
0.4
%
Line
amplifier
Line amplifier
Line amplifier S/N ratio
("A" weighting filter)
NR Pass = NR ON (1.0V),
line mute = off (2.5V), Rg = 5.1kΩ
Noise is measured using "A"
weighting filter with no signal.
(Measured value is shown in relative
value to reference level.)
75.8
85.8
—
dB
Line
amplifier
Line amplifier
Output DC offset voltage
(LINE OUT pin)
NR Pass = NR ON (1.0V),
line mute = off (2.5V)
DC offset voltage is measured with
no signal at LINE OUT pin.
0
30
60
mV
Line
amplifier
Line amplifier
Line amplifier line
mute characteristics
(Line mute = 1.0V)
NR Pass = NR ON (1.0V),
line mute = mute on (1.0V)
By inputting 1kHz, +1.0dBv signal to
NR IN pin, attenuation is measured
during line mute. (Using 1kHz BPF)
—
–83.0 –74.0
dB
HP volume amplifier
HP volume
HP volume characteristics 1
(HP-VOL = 5.0V,
1kHz, –11dBv)
HP-VOL = 5.0V, NR Pass = 1.0V,
line mute = 2.5V
Full gain of HP volume amplifier at
1kHz is measured.
17.5
19.0
20.5
dB
HP volume amplifier
HP volume
HP volume characteristics 2
(HP-VOL = 2.0V,
1kHz, –11dBv)
HP-VOL = 2.0V, NR Pass = 1.0V,
line mute = 2.5V
Attenuation of HP volume amplifier at
1kHz is measured.
–9.5
–8.0
–6.5
dB
– 14 –
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
–81.0 –77.0
dB
HP volume
HP volume amplifier
HP volume attenuation
(HP-VOL = 0.0V,
1kHz, +1.0dBv)
HP-VOL = 0.0V, NR Pass = 1.0V,
line mute = 2.5V
Max. volume attenuation at 1kHz is
measured. (Using 1kHz BPF)
HP volume
HP volume amplifier
HP-VOL signal
handling
(1kHz, THD = 3%,
RL = 150Ω)
HP-VOL = 2.0V, NR Pass = 1.0V,
line mute = 2.5V, RL = 150Ω
Output level when THD becomes 3%
by inputting 1kHz signal
10.0
11.0
—
dBv
HP volume
HP volume amplifier
HP-VOL total harmonic
distortion
(1kHz, –6.0dBv,
RL = 2.7kΩ)
HP-VOL = 2.0V, NR Pass = 1.0V,
line mute = 2.5V, RL = 150Ω
By inputting 1kHz, –11.0dBv
(reference input level) signal,
distortion is measured.
(Distortion is measured as THD + N.)
—
0.40
1.2
%
HP volume
HP volume amplifier
HP-VOL S/N ratio
("A" weighting filter)
HP-VOL = 5.0V, NR Pass = 1.0V,
line mute = 2.5V
Noise is measured using "A"
weighting filter with no signal.
(Measured value is shown in relative
value to full gain.)
93.0
97.0
—
dB
HP volume
HP volume amplifier
Output DC offset
voltage
(HP OUT pin)
HP-VOL = 5.0V, NR Pass = 1.0V,
line mute = 2.5V
DC offset voltage is measured with
no signal at HP OUT pin.
0
125
250
mV
Level meter
Level meter amplifier
Level meter
characteristics 1
(NR IN = 1kHz,
–11.0dBv)
NR Pass = NR ON (1.0V),
line mute = mute off (2.5V)
By inputting 1kHz, –11.0dBv signal,
output DC voltage is measured at
METER pin.
1.43
1.53
1.63
V
Level meter
Level meter amplifier
Level meter
characteristics 2
(NR IN = 1kHz,
–21.0dBv)
NR Pass = NR ON (1.0V),
line mute = mute off (2.5V)
By inputting 1kHz, –21.0dBv
(–10.0dB down) signal, output DC
voltage is measured at METER pin.
0.46
0.53
0.60
V
Playback
equalizer
120µs-NS, A-DECK
mode
Playback reference
input level
(Playback equalizer
amplifier gain)
A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 315Hz, –31.0dBv
(reference input level) signal to
PB IN pins (Pins 8/9), output level is
measured.
–11.8 –11.2 –10.6
dBv
Playback
equalizer
Playback equalizer
amplifier
PB-EQ frequency
characteristics 1
120µs-NS,
A-DECK mode
A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 5kHz, –31.0dBv
(reference input level) signal, relative
deviation is measured at 120µs,
315Hz.
–0.9
0.6
1.7
dB
Playback
equalizer
Playback equalizer
amplifier
PB-EQ frequency
characteristics 2
70µs-NS,
A-DECK mode
A-DECK, A-EQ = 70µs,
NORM-Speed mode
By inputting 5kHz, –31.0dBv
(reference input level) signal, relative
deviation is measured at 120µs,
315Hz.
– 15 –
–4.7
–3.6
–2.3
dB
—
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
Playback
equalizer
Playback equalizer
amplifier
PB-EQ frequency
characteristics 3
120µs-HS,
A-DECK mode
A-DECK, A-EQ = 120µs,
HIGH-Speed mode
By inputting 5kHz, –31.0dBv
(reference input level) signal, relative
deviation is measured at 120µs,
315Hz.
–0.6
0.4
1.6
dB
Playback
equalizer
Playback equalizer
amplifier
PB-EQ frequency
characteristics 4
70µs-HS,
A-DECK mode
A-DECK, A-EQ = 70µs,
HIGH-Speed mode
By inputting 5kHz, –31.0dBv
(reference input level) signal, relative
deviation is measured at 120µs,
315Hz.
–4.7
–3.6
–2.3
dB
Playback
equalizer
120µs-NS,
A-DECK mode
PB-EQ signal handling
(1kHz, THD = 1%,
RL = 2.7kΩ)
A-DECK, A-EQ = 120µs,
NORM-Speed mode, RL = 2.7kΩ
Output level when THD becomes 1%
by inputting 1kHz signal
12.0
17.0
—
dB
Playback
equalizer
120µs-NS,
A-DECK mode
PB-EQ total
harmonic distortion
(1kHz, 0.0dB,
RL = 2.7kΩ)
A-DECK, A-EQ = 120µs,
NORM-Speed mode, RL = 2.7kΩ
By inputting 1kHz, –31.0dBv
(reference input level) signal,
distortion is measured.
(Distortion is measured as THD + N.)
—
0.08
0.6
%
Playback
equalizer
120µs-NS,
A-DECK mode
PB-EQ S/N ratio
("A" weighting filter)
A-DECK, A-EQ = 120µs,
NORM-Speed mode, Rg = 5.1kΩ
Noise is measured using "A"
weighting filter with no signal.
(Measured value is shown in relative
value to reference level.)
58.8
63.8
—
dB
Playback
equalizer
120µs-NS,
A-DECK mode
Output DC offset
voltage (PB OUT pin)
A-DECK, A-EQ = 120µs,
NORM-Speed mode
DC offset voltage is measured with
no signal at PB OUT pin.
10
180
350
mV
Playback
equalizer
Playback equalizer
amplifier
DECK-A/B switch
characteristics
120µs-NS,
B-DECK mode
B-DECK, B-EQ = NORM Tape,
NORM-Speed mode
By inputting 1kHz, –31.0dBv
–1.5
(reference input level) signal to Pins 6
/7, relative deviation is measured
for A-DECK at 120µs-NS, 315Hz.
0.0
1.5
dB
NR Pass
amplifier
NR Pass amplifier
NR Pass amplifier
gain (PB IN = 1kHz,
–31.0dBv)
NR Pass = 2.5V, A-DECK,
120µs-NS, line mute off
By inputting 1kHz, –31.0dBv
(reference input level) signal to
PB IN pins (Pins 8/9), relative value is
measured to PB OUT.
3.2
4.7
6.2
dB
NR Pass
amplifier
NR Pass = 2.5V, A-DECK,
NR Pass amplifier
120µs-NS, line mute off
Output DC offset
DC offset voltage is measured with
voltage (LINE OUT pin)
no signal at LINE OUT pin.
0
30
60
V
– 16 –
CXA1599Q
Block
Item
Conditions
Min.
Typ.
Max.
Unit
AMS/BS
amplifier
AMS/BS amplifier
AMS/BS frequency
characteristics 1
AMS, 120µs-NS,
A-DECK mode
AMS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 3kHz, –51.0dBv signal to
PB IN pins (Pins 8/9), difference
between output level and level at PB
OUT pin is measured.
35.3
36.8
38.3
dB
AMS/BS
amplifier
AMS/BS amplifier
AMS/BS frequency
characteristics 2
AMS, 120µs-NS,
A-DECK mode
AMS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 600Hz, –51.0dBv signal
to PB IN pins (Pins 8/9), deviation
from output level of frequency
characteristics 1 is measured.
–4.5
–3.0
–1.5
dB
AMS/BS
amplifier
AMS/BS amplifier
AMS/BS frequency
characteristics 3
BS, 120µs-NS,
A-DECK mode
BS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 1kHz, –51.0dBv signal to
PB IN pins (Pins 8/9), difference
between output level and level at PB
OUT pin is measured.
45.9
47.4
48.9
dB
AMS/BS
amplifier
AMS/BS amplifier
AMS/BS frequency
characteristics 4
BS, 120µs-NS,
A-DECK mode
BS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
By inputting 100Hz, –51.0dBv signal
to PB IN pins (Pins 8/9), deviation
from output level of frequency
characteristics 3 is measured.
–5.8
–4.1
–2.4
dB
AMS/BS
amplifier
AMS, 120µs-NS,
A-DECK mode
Output DC offset
voltage (AMS OUT pin)
AMS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
DC offset voltage is measured with
no signal at AMS OUT pin.
–1.95
0.05
2.05
V
AMS/BS
amplifier
BS, 120µs-NS,
A-DECK mode
Output DC offset
voltage (AMS OUT pin)
BS, A-DECK, A-EQ = 120µs,
NORM-Speed mode
DC offset voltage is measured with
no signal at AMS OUT pin.
–2.0
0.0
2.0
V
– 17 –
–
DC OUTPUT
+
–
AC OUTPUT
+
–
AC INPUT
S1
S2
S3
S4
R1
620
(BP)
C3
4.7µ/50V
(BP)
(BP)
C1
4.7µ/50V
R6
100k
GND
∗
C7
0.027µ
∗
C9
56P
∗
R20
20k
∗
C12
560P
∗
R21
20k
∗
R23
10k
∗
C15
1.0µ
Coupling Capacitor
2. Capacitor tolerance
∗:
∗:
±5%
±1%
±5%
±2%
±10%
∗
C19
1.0µ
∗
R26
3.9k
∗
C17
470P
GND
∗
R25
16k
GND
GND
GND
Audio (22.2Hz – 22.2kHz) Filter
1. Resistor tolerance
TL072
∗
R17
20k
∗
C13
56P
GND
∗
C11
1800P
TL072
∗
R22
16k
∗
∗
C14
1200P R28
16k
GND
∗ R29
∗ 30k
R27
1.3k ∗
R30 ∗
18k R31
GND
2k
TL072
∗
20dB Amp
C18
0.01µ
VEE –15V
TO OP-AMP
GND
∗
C16
0.01µ
GND
TL072
∗
R24
200k
1kHz Band Pass Filter
GND
"A" Weighting Filter
∗R14
10k
GND
∗
R13
75k
∗
∗
R19
R18 30k
1.3k
∗
C10
0.01µ
0dBV
C67
100µ/25V
GND
∗
C8
0.01µ
GND
TL072
∗
R16
200k
∗
∗
∗
C5
C6
R15
0.022µ 0.022µ 1.0k
GND
Note
GND
∗
R12
300k
∗
C4
0.01µ
TL072
–15V
COM
CXA1599Q MANUAL-TEST-CIRCUIT
GND
R2
100
GND
R7
100k
R3
100
TL072
∗
R10 ∗
10k
R11
20k
C2
4.7µ/50V
GND
R8
100k
R4
100
GND
R9
100k
R5
100
GND
GND
R32
100k
S5
S6
S7
S9
S8
R35
10k
∗ R33
32.1k
(33k//1M)
∗ R34
11.8k
(12k//680k)
S10
S12
S13
C33
S17 0.1µ
∗ R52 5.1k –18dBV
C22 0.1µ C32 0.1µ
C23
0.1µ
REC
37 IN2
36
47 NR IN1
C20
0.1µ
S14 C30
0.1µ
∗
C34
0.47µ
1
C21 0.1µ C31 0.1µ
REC
∗ R45 5.1k –18dBV
48 IN1
3
–3
–3
dBV dBV
2
4
S40
33
34
46 PASS IN1
–11dBV
S15 –11dBV
C24 0.1µ
∗ R46 5.1k
–6
–6
dBV dBV
S46
35
38 NR IN2
S16 –11dBV
∗ R51 C29
R42
PASS IN2
39
0.1µ
10k
5.1k
–11dBV
C28 1.0µ
R41 100
PB OUT2
40
∗ R50
2.7k
S11
–11dBV
C27 1.0µ
R40
10k
41 VOL OUT2
R39
–10dBV
∗ R49 2.7k
100
42 GND (VG)
∗ R53
27k
43 I REF
R38
–10dBV
100
∗ R48
2.7k
44 VOL OUT1
C26 1.0µ
–11dBV
R37 10k ∗
R47
2.7k
45 PB OUT1
R36 100
C25 1.0µ
∗ R43
11.8k
(12k//680k)
∗ R44
32.1k
(33k//1M)
∗
C35
0.47µ
S22
R55 10k
S25
R63 100
VCC +15V
TO OP-AMP
S47
LINE OUT2
REC OUT1
+
GND
GND
R57
∗ R59 2.7k
C36 1.0µ
∗ R58 2.7k
100
BOOST1
R54 10k
S18
10k
BOOST2
100
S23 S24
R61
10k
C37 1.0µ
∗ R65 2.7k
R56
S19 S20
R60
28
S43
9
–31 –31 –31
dBV dBV dBV
8
C40 C43 C46 C48
0.1µ 0.1µ 0.1µ 0.1µ
–31
dBV
7
6
5
∗
∗
∗
∗
R68 R73 R77 R79
160k 160k 160k 160k
0.5V
2.5V
SPEED 22
METAL 23
B EQ 24
25
S58
S59
2.0V
TL072
S60
+10
dBV
12
+10
dBV
11
METER1
13
METER2 14
PVEE 15
VEE 16
VCC 17
DGND 18
+1dBV
+1dBV
C54 10µ
C56 10µ
C55 10µ
REC MUTE 21
+26dBV
AMS OUT 20
∗ R91 5.1k
C53 2.2µ
DVCC 19
26
S57
27
10
∗
R89
30k
2.5V ∗
R88
20k
TL072
TL072
2.5V
2.0V
S55 S56
29
S54
∗
R80
27k
∗
R81
27k
30
C44
0.1µ
–6
dBV
∗R75
47k
S31
CXA1599Q
31
32
C41
0.1µ
S49 –6
dBV
∗R70
47k
REC CAL
C39 1.0µ
∗ R69 4.58k
(4.7k//180k)
S48
S50
∗ R67 5.1k
S30
LINE IN2
REC BAL
∗ R74 4.58k
(4.7k//180k)
PB INB1
REC VOL
REC OUT2
∗ R72
5.1k
LINE IN1
PB INA1
A EQ
PB INB2
LINE OUT1
S42
HP OUT1
C68
100µ/25V
R90 56k
+15V
C52 1.0µ
DECK A/B
S44
S45
∗ R66 5.1k
S26
C42 0.1µ
∗ R71 5.1k
S27
C45 0.1µ
∗ R76 5.1k
S28
C47 0.1µ
∗ R78 5.1k
S29
AMS/BS
HP VOL
S51
GP CAL
C38 1.0µ
S41
∗ R64 2.7k
R62 100
S21
C50 10µ
S33
S34
C51 10µ
PB INA2
C49 0.1µ
LINE MUTE
S52
S53
NR PASS
HP
OUT2
R85
10k
∗ R87 150
R86 100
S35
∗ R84 150
R82 10k
R83 100
S32
∗ R94 37.6k
(39k//1M)
R92 56k
– 18 –
C57 1.0µ
Electrical Characteristics Measurement Circuit
S61
S62
S63
R98
10k
R99
10k
R96 10k
S36
S37
S39
S38
0.5V
TL072
R97 100
∗
R93
4.7k
∗
R95
4.7k
4.5V
C58
47µ
C59
47µ
C60
10µ
DVCC
VEE
GND
VCC
DGND
CXA1599Q
C1
10µ
–7
dBV
R2
1k
7
8
9
C9
0.0022µ
23
CXA1331M
22
R3
560
21
20
19
18
10
17
11
16
12
24
R7
8.2k
C13
2.2µ
BIAS
OSC
MPX R11
Filter 2k
R18
27k
30
36
37 REC
IN2
–11dBV
–10dBV
–10dBV
–11dBV
44 VOL OUT1
[DEC-B]
GND
C36
150p
C32
75p
L1
27mH
C31
75p
PB
Amp
R28
12k
C35
150p
PB REC/PB
PB REC/PB
REC
REC
R29
12k
L2
27mH
PB
Amp
C33
0.47µ
3
REC
CAL
8
–31
dBV
9
SPEED 22
C51
47µ
C50
47µ
GND GND
PB
Amp
GND
PB Only HEAD
[DECK-A (L)]
PB Only HEAD
[DECK-A (R)]
GND
HEADPHONE
GND
R49 R50
10k 100k
R46
50k
GND
C58 R48
3.3µ 56k
10µ
10µ
HEADPHONE
LEVEL
C52 R47
3.3µ 56k
DVCC
R45
50k
PB
Amp
R40 R42
100k 100k
R41 R43
220 220
+10
dBV
12
+10
dBV
11
13
C53
C54
C55
10µ
C57
0.47µ
C56 10µ
+26dBV
METER2 14 +1dBV
METER1
+1dBV
PVEE 15
VEE 16
VCC 17
DGND 18
DVCC 19
AMS OUT 20
R44
50k
REC LEVEL & BALANCE
DVCC
CXA1599Q APPLICATION CIRCUIT FOR SPLIT SUPPLY
GND
R35
50k
DVCC
B EQ 24
25
METAL 23
NR PASS
REC MUTE 21
26
27
10
–31
dBV
C43 C45 C47 C48 C49
2.2µ 2.2µ 2.2µ 2.2µ 1µ
–31
dBV
7
–31
dBV
6
5
4
GP CAL R34
50k
REC
CALIBRATION
C37 C39
3.3µ 3.3µ
–3
–3
dBV dBV
CXA1599Q
28
29
30
31
R101
47k
32
–6
dBV
C46
2.2µ
33
C44
2.2µ
–6
dBV
R100
47k
–6dBV
34
42 GND (VG)
45 PB OUT1
–6dBV
35
41 VOL OUT2
43 I REF
–6dBV
C38 C40
4.7µ 4.7µ
–6
–6
dBV dBV
–6dBV
C29
R21 2.2µ –11dBV
5.6k
46 PASS IN1
C26
2.2µ–11dBV
47 NR IN1
R20 6.2k –18dBV
48 REC
IN1
R25 C25
R19 10k 2.2µ
1
2
8.2k
C21
2.2µ
C22
2.2µ
R27
27k
C23
2.2µ
R23 6.2k
[DECK-B (L)]
ERASE HEAD
C28
2.2µ
C34
0.47µ
GND
–18dBV
C27
NR IN2
2.2µ 38
R22 –11dBV
5.6k
PASS IN2
–11dBV 39
C24
C30
2.2µ
2.2µ
40 PB OUT2
R24
8.2k R26
10k
REC/PB
HEAD
[DECK-B (R)]
REC/PB
HEAD
R15
5.1k
R17
27k
–31 –26dBV
dBV C19
2.2µ
29
C17
2.2µ R13
18k
28
R9
3.3k
27
C15
2.2µ
26
–4
dBV
25
1
2
3
4
5
R16
5.1k
C20
2.2µ
–31
dBV –26dBV
C18 R14
2.2µ 18k
MPX R12
Filter 2k
C16
–4 2.2µ R10
3.3k
dBV
C14
2.2µ
R8
8.2k
6
Application circuits shown are typical
examples illustrating the operation of the
devices. Sony cannot assume responsibility
for any problems arising out of the use of
these circuits or for any infringement of third
party patent and other right due to same.
VEE
GND
13
GND
VCC
14
C8
0.56µ R4
560
I REF
VCT0
15
R1 C 4
27k 2.2µ
–7
dBV
SSK2
C2
10µ
REC
OUT 2
REC
OUT 1
R6
24k
SSK1
C12
0.0022µ
LINE
OUT2
LINE IN
L-ch R-ch
PB INA2
VCC
TCL2
TCL1
C3
2.2µ
LINE
OUT1
C6
0.33µ
TCH2
TCH1
C5
0.33µ
VCT2
VCT1
C7
0.56µ
VF IN1 VF IN2
SSK
IN1
R5 24k
NR SW MODE
C11
0.0022µ
SSK
IN2
C10
0.0022µ
MPX
IN2
MPX
OUT2
MPX
IN1
LINE OUT
L-ch R-ch
REC OUT1
MPX
OUT1
LINE OUT2
REC OUT2
LINE OUT1
GND
GND
PB IN1 PB IN2
R30 1k
R31 100k
R32 1k
R33 100k
C41 1µ
REC VOL
GND
LINE
IN2
C42 1µ
REC BAL
GP CAL
LINE
IN1
R38 1k
REC CAL
BOOST 2
R39 220k
LINE IN2
GND
BOOST 1
R36 1k
R37 220k
LINE IN1
PB INB1
AMS/BS
HP VOL
GND
A EQ
PB INA1
LINE MUTE
HP OUT1
DECK A/B
PB INB2
– 19 –
HP
OUT2
Application Circuit
C59
2.2µ
GND GND
R51
56k
R52
1k
MODE (REC/PB)
OFF/B/C
METER (L)
METER (R)
AMS IC
DVCC
REC MUTE
SPEED
METAL
B-DECK EQ
NR PASS
LINE MUTE
AMS/BS
A-DECK EQ
DECK A/B
CXA1599Q
CXA1599Q
Example of Representative Characteristics
Recording equalizer frequency characteristics (Normal speed)
35
Response (dB)
0dB = –23dBv
(NORM-NS mode, 315Hz at REC OUT)
20
CrO2-NS
10
METAL-NS
0
NORM-NS
–10
0.125
1.0
10
50
Frequency (kHz)
Recording equalizer frequency characteristics (Double speed)
35
Response (dB)
0dB = –23dBv
(NORM-NS mode, 315Hz at REC OUT)
20
10
CrO2-HS
METAL-HS
0
NORM-HS
–10
0.125
1.0
10
50
Frequency (kHz)
Playback equalizer frequency characteristics
24
Gain (dB)
120µs
18
70µs
14
10
0.05
0.1
1.0
Frequency (kHz)
– 20 –
10
20
CXA1599Q
Recording equalizer calibration characteristics (REC CAL & Gp CAL)
35
Response (dB)
NORM-NS mode
20
Gp CAL : Max.
Gp CAL : Typ.
Gp CAL : Min.
10
REC CAL : Max.
REC CAL : Typ.
0
REC CAL : Min.
–10
0.125
10
1.0
50
Frequency (kHz)
REC MUTE charateristics
4
0
2
–10
0
–20
DVCC = 5V
NORM-NS mode
Input : 10kHz
–2
Mute level (dB)
Response (dB)
Recording equalizer calibration characteristics (Gp CAL)
–4
0
1
2
3
4
5
–30
–40
–50
Gp CAL control (V)
–60
DVCC = 5V
Recording equalizer calibration characteristics (REC CAL)
–70
6
–80
Response (dB)
4
2
0
1
2
3
4
REC MUTE control (V)
0
–2
DVCC = 5V
NORM-NS mode
Input : 315Hz
–4
–6
0
1
2
3
4
5
REC CAL control (V)
– 21 –
5
CXA1599Q
Recording volume characteristics
Recording balance characteristics
0
–10
–10
–20
–30
DVCC = 5V
Input: LINE IN
(47kΩ connected)
0dBv, 1kHz
REC BAL = 2.5V
–40
–50
Attenuation (dB)
Volume output (dBv)
0
OUT1
–30
OUT2
–40
DVCC=5V
–50
–60
–70
–60
0.2
0.5
1.0
2.0
0
5.0
1
2
3
4
5
REC VOL control (V)
REC BAL control (V)
Headphone volume characteristics
Level meter output characteristics
5.0
–30
–40
–50
DVCC = 5V
Input: PASS IN
–40dBv, 1kHz
–60
–70
Meter output voltage (V)
–20
2.0
Input: PASS IN
1kHz
1.0
0.5
0.2
–80
0.2
0.5
1.0
2.0
5.0
–50
HP VOL control (V)
–40 –30 –20 –10
Input level (dBv)
A.M.S./B.S. frequency characteristics
50
B.S.
40
Gain (dB)
Headphone output (dBv)
–20
A.M.S.
30
A-DECK, 120µs mode
Input : PB IN, –51dBv
PB OUT and PASS IN are
connected via a capacitance.
20
10
0.025
0.1
1.0
Frequency (kHz)
– 22 –
10
0
CXA1599Q
Package Outline
Unit: mm
48PIN QFP (PLASTIC)
15.3 ± 0.4
+ 0.1
0.15 – 0.05
+ 0.4
12.0 – 0.1
36
25
0.15
24
13.5
37
48
+ 0.2
0.1 – 0.1
13
12
0.8
+ 0.15
0.3 – 0.1
± 0.12 M
0.9 ± 0.2
1
+ 0.35
2.2 – 0.15
PACKAGE STRUCTURE
PACKAGE MATERIAL
EPOXY RESIN
SONY CODE
QFP-48P-L04
LEAD TREATMENT
SOLDER / PALLADIUM
PLATING
EIAJ CODE
∗QFP048-P-1212-B
LEAD MATERIAL
COPPER / 42 ALLOY
PACKAGE WEIGHT
0.7g
JEDEC CODE
– 23 –