Page 1
CXA2559Q
Playback Equalizer Amplifier with Music Sensor
Description
The CXA2559Q is an IC designed for use in car
stereo cassette decks. Functions include playback
equalizer amplifier and music sensor into a single
chip.
Features
• Few external parts
• Small package (40-pin QFP)
• Same pin configuration as for the Dolby B-C type
NR system (CXA2561Q) and Dolby B type NR
system (CXA2560Q)
• Playback equalizer amplifier and music sensor into
a single chip
• FORWARD/REVERSE head select switch
• Mute function
• Music signal interval detection level can be set by
the external resistors/capacitors (2 modes).
• High-frequency cut-off of the music sensor circuit
can be adjusted by the external capacitance.
Structure
Bipolar silicon monolithic IC
Absolute Maximum Ratings
• Supply voltage VCC 12 V
• Operating temperature Topr –40 to +85 °C
• Storage temperature Tstg –65 to +150 °C
• Power dissipation PD 430 mW
Operating Condition
Supply voltage VCC 6.5 to 11 V
40 pin QFP (Plastic)
Applications
• Car stereo cassette decks
• Playback-only cassette decks
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 –
E97661-PS
Page 2
Block Diagram and Pin Configuration
PBOUT2
PBTC2
30
29
7k/12k
PBFB2
PBRIN2
PBGND
PBFIN2
PBREF
PBFIN1
PBGND
PBRIN1
PBFB1
VCT
31
32
33
34
35
36
37
38
39
40
45k
1
300k
F2
30k
30k
F1
300k
7k/12k
2
OUTREF2
28
3
TAPEIN2
27
100k
70µ/120µ
×1
×1
100k
70µ/120µ
4
T2
26
T1
5
GND
LPF
DIREF
25
24
BIAS
MUTE
TAPE EQ
FWD/RVS
VCC
F3
6
LINEOUT2
23
8
7
NC
24dB
24dB
NC
21
22
MS MODE
MS ON/
OFF
DET
9
10
MSSW
20
19
18
17
16
15
14
13
12
11
CXA2559Q
MSMODE
DRSW
TAPESW
MUTESW
NC
NC
MSOUT
MSTC
G1FB
G2FB
PBTC1
PBOUT1
TAPEIN1
OUTREF1
Vcc
NC
NC
LINEOUT1
NC
MSLPF
– 2 –
Page 3
CXA2559Q
Pin Description (Ta = 25°C, VCC = 8.0V, DVCC = 5.0V)
Pin
No.
1
30
Symbol
PBTC1
PBTC2
229PBOUT1
PBOUT2
Typical pin voltage
DC AC
4.0V —
4.0V –25dBm
I/O
I/O
resistance
——
O
—
30
29
Equivalent circuit Description
Vcc
147
1
GND
40
31
300k
2
147
2p
200
200
Vcc
Playback equalizer
amplifier
capacitance.
Playback equalizer
amplifier output.
3
28
4
27
OUTREF1
OUTREF2
TAPEIN1
TAPEIN2
4.0V —
4.0V
–30dBm
GND
Vcc
O
I 100kΩ TAPE input.
—
3
28
4
27
200
200
147
100k
VGS
GND
Vcc
30p
GND
Output reference.
(Vcc/2 output)
Vcc 8.0V5 — — — Power supply.
– 3 –
Page 4
CXA2559Q
(Ta = 25°C, VCC = 8.0V, DVCC = 5.0V)
Pin
No.
Symbol
724LINEOUT1
LINEOUT2
MSLPF
10
Typical pin voltage
DC AC
4.0V –6dBm
4.0V
—
I/O
I/O
resis-
Equivalent circuit Description
tance
Vcc
200
147
24
7
10
200
147
100k
64p
22.5k
GND
Vcc
Cut-off frequency
adjustment of the
music sensor LPF.
O — Line output.
— 100k
11
12
13
G2FB
G1FB
MSTC
4.0V
—
—
—
—
—
—
—
12
11
13
147
147
853
500
500
10k
GND
Vcc
Music signal
interval detection
level setting.
GND
Vcc
Time constant for
detecting the
music signal
interval.
– 4 –
GND
Page 5
CXA2559Q
(Ta = 25°C, VCC = 8.0V, DVCC = 5.0V)
Pin
No.
Symbol
14 MSOUT
17
MUTESW
18
TAPESW
Typical pin voltage
DC AC
0.2V
when a
signal is
detected
; DVcc
—
when no
signal is
detected
0.0V
when
—
open
I/O
resis-
I/O
tance
O—
I 100kΩ
Equivalent circuit Description
Vcc
14
GND
Vcc
147
17
18
100k
21
Music sensor
output.
Mute function
control.
Low (open) :
Mute OFF
High: Mute ON
Playback
equalizer amplifier
control.
Low (open) : 70µs
High: 120µs
21
MSSW
0.0V
19 DRSW
when
—
open
0.0V
20 MSMODE I
when
—
open
I
100kΩ
100kΩ
20
16
19
147
100k
147
100k
GND
Vcc
GND
Vcc
Music sensor
control.
Low (open) :
MS ON
High : MS OFF
Head select
control.
Low (open) :
FORWARD
High: REVERSE
Music sensor
mode control.
Low (open): G1
High: G2
– 5 –
GND
Page 6
CXA2559Q
(Ta = 25°C, VCC = 8.0V, DVCC = 5.0V)
Pin
No.
Symbol
25 DIREF — —
26
GND
31
PBFB2
40
PBFB1
Typical pin voltage
DC
AC
1.2V —
0.0V
4.0V
—
–70dBm
I/O
I/O
resistance
—
I—
3239PBRIN2
PBRIN1
34
37
PBFIN2
PBFIN1
4.0V
–70dBm
I
—
—
Equivalent circuit Description
Vcc
Resistance for
setting the
reference current.
147
25
(Connects 18kΩ
between DIREF
pin and GND for
the standard
setting.)
GND
Ground.
Playback
Vcc
equalizer amplifier
feedback.
Playback
32
150 150
39
34
37
50p50p
equalizer amplifier
input.
31
(REVERSE head
40
connected)
Playback
GND
equalizer amplifier
input.
(FORWARD head
connected)
33
PBGND
38
35 VCT
0.0V —
4.0V —
—
—
O—
35
147
45k
30k
30k
×1
VGS
Playback
equalizer amplifier
ground.
(Connect to GND.)
Vcc
Center.
(Vcc/2 output)
GND
– 6 –
Page 7
Pin
No.
Symbol
Typical pin voltage
DC AC
I/O
I/O
resistance
CXA2559Q
(Ta = 25°C, VCC = 8.0V, DVCC = 5.0V)
Equivalent circuit Description
Vcc
36 PBREF O —
4.0V —
6
8
9
15
————
16
22
23
36
200
200
Playback
equalizer amplifier
reference.
(Vcc/2 output)
GND
Not connected.NC
– 7 –
Page 8
CXA2559Q
Electrical Characteristics (Ta = 25°C, VCC = 8.0V. DVCC = 5.0V)
Item
Operating voltage
Current consumption
Symbol
Vopr
ICC
No signal, MUTE OFF, 70µs, MS ON
Measurement conditions
Dolby NR (0dB = Line amplifier reference output level LINEOUT of –6dBm)
TAPEIN input sensitivity
Total harmonic
distortion 1
S/N ratio 1
Signal handling
Crosstalk between
channels 1
Mute characteristic
Output DC offset voltage
VTIN
THD1
SN1
SH1
CT1
MUTE
VOS1
TAPEIN 1kHz, LINEOUT 0dB
TAPEIN 1kHz –20dBm, RL = 2.7kΩ
No signal, Rg = 5.1kΩ, CCIR/ARM filter used
TAPEIN 1kHz, RL = 2.7kΩ, THD = 1%
TAPEIN 1kHz –24dBm, 1kHz BPF used
TAPE IN 1kHz –24dBm, MUTE ON,
1kHz BPF used
No signal, difference from VCT
Playback Equalizer Amplifier (PBEQ)
Playback equalizer amplifier
reference output level
Playback equalizer amplifier
frequency response 1
PBREF
F120
PBIN 315Hz –70dBm, 120µs mode
PBIN 2.7kHz –58.5dBm,
120µs mode at 315Hz
Min.
6.5
5.3
–32.0
–
74.0
13.0
–
–
–0.1
–27.0
–1.5
Typ.
8.0
7.8
–30.0
0.01
79.4
14.4
–96.0
–110.0
0.0
–25.0
0.0
Max.
11.0
10.3
–28.0
0.2
–
–
–70.0
–70.0
0.1
–23.0
1.5
Unit
V
mA
dBm
%
dB
dB
dB
dB
V
dBm
dB
Playback equalizer amplifier
frequency response 2
Signal handling
Total harmonic
distortion
S/N ratio
Output DC offset
voltage
Crosstalk between
channels
Crosstalk between
FORWARD and REVERSE
F70
SH2
THD4
SN3
VOS2
CT4
CT5
PBIN 4.5kHz –53.8dBm,
70µs mode at 315Hz
PBIN 1kHz, 120µs mode, RL = 2.7kΩ,
THD = 1%
PBIN 1kHz –52dBm, 120µs mode,
RL = 2.7kΩ
No signal, 70µs mode, Rg = 680Ω,
CCIR/ARM filter used
No signal, 120µs mode, Rg = 680Ω,
difference from VCT
PBIN 1kHz –52dBm, 120µs mode,
1kHz BPF used
PBIN 1kHz –52dBm, 120µs mode,
1kHz BPF used
–1.5
–10.0
–
57.0
–1.0
–
–
0.0
–3.0
0.07
63.5
0.0
–75.0
–80.0
1.5
–
0.5
–
1.0
–70.0
–70.0
dB
dBm
%
dB
V
dB
dB
– 8 –
Page 9
CXA2559Q
Item
Music Sensor
Signal detection level 1
Signal detection level 2
MS output leak current
MS output saturation
voltage
Logic Voltage
Low level
High level
Symbol
VMS1
VMS2
IOH
VOL
VIL
VIH
Measurement conditions
TAPEIN 5kHz, MS ON, G1 mode,
external constant of 39kΩ and 0.0047µF
TAPEIN 5kHz, MS ON, G2 mode,
external constant of 3.9kΩ and 0.47µF
No signal, MS OFF, G1 mode
TAPEIN 5kHz –30dBm, MS ON,
G1 mode, 1mA applied to MSOUT pin
Input voltage of NRSW, MUTESW,
TAPESW, DRSW, MSMODE, MSSW
Input voltage of NRSW, MUTESW,
TAPESW, DRSW, MSMODE, MSSW
Min. Typ.
–43.0
–63.0
–40.0
–60.0
–
–
0.0
0.3
0.0
2.5
Max.
–37.0
–57.0
–
–
VCC
1.0
1.0
0.8
Unit
dBm
dBm
µA
V
V
V
– 9 –
Page 10
Electrical Characteristics Measurement Circuit
CXA2559Q
Audio
SG
Power
Supply
VCC
GND
DC Ammeter
DV
C23
4.7n
0.47µ
C22
S21
S20
S19
S18
S17
∗
CC
R22
S16
10k
R17
1MEG
S15
S14
S13
S12
R28
50k
GND GND
DC
Voltmeter
0dB or 30dB
Amp
OFF: 0dB
ON : 30dB
S22
"A" WTG
DIN Audio
1kHz BPF
+20dB
CCIR/ARM
+20dB
AC
Voltmeter
Distortion
Analyzer
Oscilloscope
S27
S26
S25
S24
S23
R27 10k
R26 100
R25 10k
R24 100
R23 10k
∗
C9
S8
2.2µ
R8
2.7k
C7
0.01µ
∗
C5
2.2µ
C4
2.2µ
C3
22µ
C2
2.2µ
C1
2.2µ
R2
270
∗
270
0.01µ
∗
R6
680
∗
R5
680
∗
R4
680
∗
R3
680
R1
C6
S4
S3
S2
S1
A
31
32
33
34
35
36
37
38
39
40
PBFB2
PBRIN2
PBGND
PBFIN2
VCT
PBREF
PBFIN1
PBGND
PBRIN1
PBFB1
30
1
PBTC2
PBTC1
29
PBOUT2
PBOUT1
2
∗
2.7k
R7
C8
2.2µ
S6
28
OUTREF2
OUTREF1
3
C11
S5
1µ
S7
R10 5.1k
∗
C12
1µ
TAPEIN2
TAPEIN1
4
C10
22µ
R9 5.1k
∗
2627
GND
CXA2559Q
CC
V
5
R11 18k
∗
25
DIREF
NC
6
C17
2.2µ
C16
2.2µ
R12 2.7k
S10
R13 2.7k
∗
24
LINEOUT2
LINEOUT1
7
S9
MSSW
H/L
23
8
21
22
NC
NC
MSSW
MSMODE
TAPESW
MUTESW
MSOUT
NC
NC
MSLPF
9
10
S11
DRSW
MSTC
G1FB
G2FB
C15
270p
MSMODE
H/L
20
DRSW
H/L
19
TAPESW
H/L
18
MUTESW
H/L
17
16
NC
15
NC
R16
100k
14
C24
13
0.1µ
12
∗
R15
39k
11
∗
R14
3.9k
R21 10k
R20 100
R19 10k
R18 100
– 10 –
Notes1. Resistor tolerance
2. Capacitor tolerance
Coupling Capacitor
±5%
±1%
∗ :
±5%
±2%
∗ :
±10%
Page 11
Application Circuit
R6
C4
180
RVS2
FWD2
FWD1
RVS1
470p
C3
470p
C2
470p
C1
470p
R4
100k
R3
100k
R2
100k
R1
100k
R5
180
GND
GND
GND
PBFB2
PBRIN2
PBGND
PBFIN2
C5
22µ
PBREF
PBFIN1
PBGND
PBRIN1
PBFB1
VCT
C7
0.01µ
31
32
33
34
35
36
37
38
39
40
C6
0.01µ
45k
R8
10k
PBTC2
30
300k
30k
30k
7k/12k
1
PBTC1
R7
10k
PBOUT2
29
7k/12k
F2
F1
300k
2
PBOUT1
C9
0.1µ
OUTREF2
TAPEIN2
27
28
70µ/120µ
×1
×1
70µ/120µ
4
3
TAPEIN1
OUTREF1
C8
0.1µ
100k
100k
GND
GND
26
T2
T1
Vcc
Vcc
C10
5
22µ
GNDGND
DIREF
25
LPF
LINEOUT2
R9
18k
LINEOUT2
24
BIAS
MUTE
TAPE EQ
FWD/RVS
VCC
F3
6
7
NC
LINEOUT1
C11
0.47µ
LINEOUT1
C12
0.47µ
C13
0.1µ
23
8
NC
24dB
24dB
NC
NC
MSSW
21
22
MS MODE
MS ON/
DET
9
10
NC
MSLPF
C17
120p
GND
OFF
20
19
18
17
16
15
14
13
12
11
R10
3.9k
C19
0.47µ
MSMODE
DRSW
TAPESW
MUTESW
NC
NC
MSOUT
MSTC
G1FB
G2FB
R11
39k
C20
4.7n
GND
GND
From
Microcomputer
To Microcomputer
R13
100k
C18
0.1µ
R12
1MEG
CXA2559Q
CC
DV
GND
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.
– 11 –
Page 12
Description of Operation
1. Signal route
The CXA2559Q signal circuit is shown in Fig. 1.
CXA2559Q
PB IN
FWD
RVS
PBFB
AMP1
300k
PBTC
MUTE OFF
7k/12k
MUTE OFF
100k
PBOUT LINEOUT
TAPEIN
(–30dBm)
24dB
MUTE ON
AMP2
MUTE ON
VGS
VGS
(–6dBm line amplifier
reference output level)
Fig. 1. Signal route block diagram
2. Gain adjustment method
Adjust the playback equalizer amplifier gain so that –6dBm is output on LINEOUT (Pins 7 and 24) by playing
back the reference tape for Dolby level adjustment.
By this adjustment, the output can be the same level as for the CXA2560Q and CXA2561Q which have the
built-in Dolby NR system.
Dolby level is defined as 200nWb/m measured according to the ANSI high efficiency head method.
Use the following reference tapes specified by Dolby Laboratories Licensing Corporation.
0
–10
–20
–30
–40
–50
–60
–70
–80
(dBm)
PBOUT
VR adjustment
400Hz 200nWb/m: Dolby level reference tape
PBIN (HEAD)
–30dBm
TAPEIN
Fig. 2. Level diagram
–6dBm
(Dolby level)
LINEOUT
– 12 –
List of Calibration Cassette Tape
1. A-bex Laboratories, Inc.
(part no. TCC-130)
2. BASF (product code 09797 XE)
3. Kaneon Corp.
(LC Engineering part no. LCT-7001)
4. Standard Tape Laboratory
(catalogue no. 28)
5. TEAC Corporation, Japan
(part no. MTT150)
6. TEAC Corporation of America
(part no. MTT150)
7. Victor Company of Japan, Ltd.
(part no. TMT-6130, VTT-727)
8. Sony Corporation (part no. TY-256)
Page 13
3. Playback equalizer amplifier
CXA2559Q
PB IN
FWD
PBTC
C1
0.01µ
AMP1
300k
Ri
OUTREF
to TAPEIN
RVS
PBFB PBOUT
PBREF
R1
Fig. 3. Playback equalizer amplifier block diagram
The CXA2559Q configures the playback equalizer amplifier by connecting the external capacitor C1 and
resistor R1 shown in Fig. 3.
Two systems (FORWARD and REVERSE) of playback head input are provided for each channel.
The FORWARD input pin is selected when DRSW (Pin 19) is Low; REVERSE is selected when DRSW is
High.
The playback equalizer amplifier frequency response can be set in two levels (70µs/120µs).
When TAPESW (Pin 18) is Low, Ri is 7kΩ; when TAPESW is High, Ri is 12kΩ.
The gain can be adjusted by connecting VR between PBOUT (Pins 2 and 9) and OUTREF (Pins 3 and 28); or
by using VR for the external R1.
Gain [dB]
G1
T1
–6dB/oct
T2
T3
f3f2f1 Frequency [Hz]
Fig. 4. Playback equalizer amplifier frequency response
G1 = 20 log
G2, G3 = 20 log
T1 = C1 · (300k + Ri)
G2
T2, T3 =
G3
R1 + 300k
R1
R1 + Ri // 300k
R1
C1 · (R1 · 300k + 300k · Ri + Ri · R1)
R1 + R2
– 13 –
Page 14
4. Music sensor
TAPEIN2
R2
10k
R1
10k
× 1
× 1
VGS
D1
D2
R3
127k
AMP1
R4
100k
C1
64p
AMP2
Vcc
× 5
Fullwave
rectifier
Q1
Smoother
R5A
29k
R5B
10k
R6
1k
CXA2559Q
DVcc
R10
MSOUT
AMP3
0.775V for
signal detection
0.616V for no
signal detection
TAPEIN1
MSLPF
G1FB
C2
C3
R7
G2FB
C4
R8
MSTC
R9
C5
Fig. 5. Music sensor block diagram
(1)Adjustment of music signal interval detection level
Adjust the external resistors R7 and R8 to adjust the music signal interval detection level.
The signal detection level v1 and no signal detection level v2 are expressed by the following equations.
v1 = –39 + 20 log (39k/Rext) [dBm] Rext: R7 or R8
v2 = v1 – 2 [dBm]
(2)Low-frequency cut-off adjustment of music sensor
Adjust the external resistors R7, R8 and the external capacitors C3, C4 to adjust the low-frequency cut-off.
The low-frequency cut-off is expressed by the following equation.
fc1 = 1/ (2π · Cext · Rext) Cext, Rext: C3, R7 or C4, R8
(3)High-frequency cut-off adjustment of music sensor
Connect the external capacitor C2 to MSLPF (Pin 10) to adjust the high-frequency cut-off.
The high-frequency cut-off is expressed by the following equation.
fc2 = 1/ (2π · (64p + C2) · 100k)
The high-frequency cut-off is approximately 25kHz when MSLPF is left open .
(4)Response time adjustment
Adjust the external resistor R9 and the external capacitor C5 to adjust the response time.
The response time for signal detection depends on the internal resistor R6 and the external capacitor C5.
The response time for no signal detection depends on the external resistor R9 and the external capacitor
C5.
– 14 –
Page 15
CXA2559Q
5. Operation mode control method
The CXA2559Q has a mute switch (MUTESW), playback equalizer amplifier select switch (TAPESW), head
input select switch (DRSW), music sensor mode select switch (MSMODE) and music sensor switch (MSSW).
The operation modes for each switch are shown in the following table.
Pin No.
17
18
19
20
21
MUTESW
TAPESW
DRSW
MSMODE
MSSW
Pin name
Low (OPEN)
MUTE OFF
70µs
PBIN FORWARD
G1
MS ON
High
MUTE ON
120µs
PBIN REVERSE
G2
MS OFF
Notes on Operation
1. DIREF pin resistance
The current on DIREF (Pin 25) is the reference for the playback equalizer amplifier resistor 7kΩ/12kΩ and
the comparator threshold value of the music sensor.
Use the resistor with high accuracy for connecting to the DIREF pin.
(The resistance accuracy of 2% <metal-oxide> is recommended.)
Pin voltage
2. Playback equalizer amplifier
The playback equalizer amplifier characteristics are determined by the resistor connected between the IC
internal resistor and PBFB (Pins 31 and 40) and the capacitor connected between PBFB and PBTC (Pins 1
and 30). Use the parts which satisfies the accuracy required for the playback equalizer amplifier.
3. Music sensor
The resistance and capacitance connected to G2FB (Pin 11) and G1FB (Pin 12) determine the detection
level and high-frequency cut-off.
The response time is determined by the resistance and capacitance connected to MSTC (Pin 13).
Use the parts which satisfies the accuracy required for the music sensor.
– 15 –
Page 16
Example of Representative Characteristics
Current consumption vs. Supply voltage
9.0
8.8
8.6
8.4
8.2
Ta = 25°C
CXA2559Q
8.0
Current consumption [mA]
7.9
5.0 6.0 9.0 10.0 11.0
7.0 8.0
Supply voltage [V]
No signal
MUTE OFF
70µs
MS ON
Playback equalizer amplifier frequency response
65
60
55
50
45
Gain [dB]
40
35
30
25
VCC = 8.0V
Input : PBFIN1
Output : PBOUT1
100 10k
Frequency [Hz]
1k
Ta = 25°C
120µs
70µs
12.0
PBFIN
47µ
680
PBREF
PBREF
270
PBFB
0.01µ
300k
7k/12k
PBTC
Fig. 6. Measurement circuit for playback equalizer
amplifier frequency response
PBOUT
2.2µ
35
30
25
20
Gain [dB]
15
10
5
Line amplifier frequency response
VCC = 8.0V
Input : TAPEIN1
Output : LINEOUT1
100 10k
Frequency [Hz]
1k
Ta = 25°C
– 16 –
Page 17
Total harmonic distortion (playback equalizer amplifier)
VCC = 8.0V
Input : PBFIN1
Output : PBOUT1
1
10
RL = 2.7kΩ
Ta = 25°C
Total harmonic distortion (Line amplifier)
VCC = 8.0V
Input : TAPEIN1
Output : LINEOUT1
RL = 2.7kΩ
0
10
Ta = 25°C
f = 1kHz
CXA2559Q
f = 10kHz
0
10
Total harmonic distortion [%]
–1
10
–24 6
–16 –12 –8 –4 0 4
–20
Output level [dBm]
Ripple rejection ratio (PBOUT)
VCC = 8.0V
–40
RL = 2.7kΩ
–45
–50
–55
f = 1kHz
f = 100Hz
Ta = 25°C
–1
10
Total harmonic distortion [%]
–2
10
–6 –2 2 6 10 14
–10
Output level [dBm]
Ripple rejection ratio (LINEOUT)
VCC = 8.0V
–25
RL = 2.7kΩ
–30
–35
–40
Ta = 25°C
–60
Ripple rejection ratio [dB]
–65
100 1k 10k
Crosstalk between channels (1ch → 2ch)
0
–10
VCC = 8.0V
Input : PBFIN1
–20
Output : LINEOUT2
–30
(LINEOUT1 level = 0dBm)
–40
–50
–60
Crosstalk [dB]
–70
–80
–90
–100
100
Frequency [Hz]
1k 10k
Frequency [Hz]
Ta = 25°C
–45
Ripple rejection ratio [dB]
–50
100 1k 10k
PBFIN
47µ
680
PBFB
PBREF
PBREF
270
Fig. 7. Measurement circuit for crosstalk
between channels
– 17 –
Frequency [Hz]
300k
7k
PBTC
PBOUT
24dB
TAPEIN LINEOUT
2.2µ
0.1µ
Page 18
Frequency response for signal and blank detection level
CXA2559Q
–0
–10
–20
–30
–40
Input level [dBm]
Blank detection level
–50
–60
Blank detection level
Signal detection response time (G1)
Input TAPEIN1 f = 5kHz –38dBm
1.0
TAPEIN1
MSOUT
MSOUT
0.1
VCC = 8.0V
Input : TAPEIN1
G1 : R = 39kΩ, C = 4.7nF
G2 : R = 3.9kΩ, C = 0.47µF
Signal detection level
Signal detection level
100 1k 10k
Frequency [Hz]
Response time
MSTC
G1FB
14
12
VCC
100k
1MEG
13
C
39k
0.047µ
Ta = 25°C
G1
G2
Ta = 25°C
Signal detection response time (G2)
Input TAPEIN1 f = 5kHz –58dBm
1.0
TAPEIN1
MSOUT
Response time
MSOUT
14
100k
1MEG
13
0.1
MSTC
G2FB
C
11
3.9k
0.47µF
Ta = 25°C
Response time [ms]
0.01
Blank detection response time (G1)
Input TAPEIN1 f = 5kHz
1000
Response time [ms]
100
TAPEIN1
MSOUT
MSOUT
MSTC
G1FB
14
13
12
0.1
MSTC capacitance [µF]
Response time
VCC
100k
39k
0.0047µ
Ta = 25°C
–10dBm
–30dBm
–20dBm
Response time [ms]
0.01
1.00.01
0.01
0.1
1.0
MSTC capacitance [µF]
Signal detection response time (G2)
Input TAPEIN1 f = 5kHz
1000
TAPEIN1
MSOUT
MSOUT
MSTC
G2FB
100
Response time [ms]
Response time
14
100k
13
11
3.9k
0.47µF
Ta = 25°C
–30dBm
–40dBm
–50dBm
10
0.1
MSTC time constant [s]
10
1.00.01
0.1
1.00.01
MSTC time constant [s]
– 18 –
Page 19
Package Outline Unit: mm
CXA2559Q
40PIN QFP (PLASTIC)
9.0 ± 0.4
+ 0.4
7.0 – 0.1
+ 0.15
(8.0)
21
20
11
10
M
± 0.12
30
31
40
1
0.65
+ 0.15
0.1 – 0.1
0.3 – 0.1
+ 0.35
1.5 – 0.15
+ 0.1
0.127 – 0.05
A
0.1
SONY CODE
EIAJ CODE
JEDEC CODE
0.5 ± 0.2
ADETAIL
QFP-40P-L01
∗QFP040-P-0707
PACKAGE STRUCTURE
PACKAGE MATERIAL
LEAD TREATMENT
LEAD MATERIAL
PACKAGE WEIGHT
EPOXY RESIN
SOLDER / PALLADIUM
COPPER / 42 ALLOY
0.2g
PLATING
NOTE : PALLADIUM PLATING
This product uses S-PdPPF (Sony Spec.-Palladium Pre-Plated Lead Frame).
– 19 –
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