MUSES72320 MUSES72320V

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MUSES72320 - MUSES72320
MUSES72320V - MUSES72320V

MUSES72320
±18V Operation 2-Channel Electronic Volume
GENERAL DESCRIPTION MUSES72320 ±18V operation 2-channel electronic volume, which optimized high-end audio professional audio applications with advanced circuitry layout. MUSES72320 performs noise distortion characteristics with resistance ladder circuit. functions controlled three-wired serial bus. Selectable 8-Chip address available using four chips same serial line. It's suitable highly linear volume control Hi-fi audio systems. PACKAGE OUTLINE
MUSES72320V
FEATURES Operating Voltage 3-Wired Serial Control Selectable 8-Chip Address Output Noise Distortion Volume
±8.5 ±18V Chip Address Select Function Available using eight chips same serial line conforms characteristic external operational amplifier. conforms characteristic external operational amplifier. -111.5dB /0.25dBstep, MUTE +31.5 0.5dBstep Channel Separation -120dB typ. Zero Cross Detection circuit Detection CMOS Technology Package Outline SSOP32
BLOCK DIAGRAM
Zero Cross Detection
D_VDD D_REF
Control Logic
VDATA LATCH ADR0 ADR2 CLOCK ADR1
Ver. 0.6E
MUSES72320
FUNCTION
SYMBOL REFL L_REF L_REF LL_REF OutL
FUNCTION Zero Cross Detection circuit Reference Voltage Reference Voltage Opamp non-inverting input connect terminal Reference Voltage Opamp inverting input connect terminal Reference Voltage
SYMBOL D_VDD DATA CLOCK LATCH D_REF VInL VD_CAP ADR2 ADR1 ADR0
FUNCTION Digital block Power Supply Control data signal input Clock signal input Latch signal input Digital block Reference Voltage Power Supply input Power Supply Power Supply input Power Supply Digital block Noise Rejection Capacitor terminal Chip address setting terminal Chip address setting terminal Chip address setting terminal Zero Cross Detection circuit ON/OFF setting terminal
output Switching noise rejection capacitor DCCAP_L (Lch) Switching noise rejection capacitor DCCAP_R (Rch) OutR output R_REF RR_REF R_REF REFR Reference Voltage Opamp inverting input connect terminal Reference Voltage Opamp non-inverting input connect terminal Reference Voltage Zero Cross Detection circuit Reference Voltage
Ver. 0.6E
MUSES72320
ABSOLUTE MAXIMUM RATING (Ta=25°C) PARAMETER SYMBOL
Power Supply Voltage Maximum Input Voltage Power Dissipation Operating Temperature Range Storage Temperature Range V+/VVIM Topr Tstg
RATING
+20/-20 V+/V1000
NOTE: EIA/JEDEC STANDARD Test board (76.2x114.3x1.6mm, 2layer, FR-4) mounting
UNIT
+125
ELECTRICAL CHARACTERISTICS PARAMETER Power Supply Operating Voltage Supply Current Supply Current SYMBOL
TEST CONDITION
MIN.
±8.5
TYP.
±15.0
MAX.
±18.0 10.0 10.0
UNIT
(Ta=25°C, =±15V, unless otherwise specified) V+/VICC signal signal
Input/Output Characteristics1 (Output)
(Ta=25°C,V+/V-=±15V, VIN=2Vrms, f=1kHz, Volume=0dB, Gain=0dB, VOUT with MUSES01, RL=47k, unless otherwise specified)
Maximum Input Voltage Voltage Gain Voltage Gain Voltage Gain Error Voltage Gain Error Maximum Attenuation Mute level Channel Separation Channel Separation Input Impedance
Mute
f=1kHz,THD=1% Volume=-20dB VIN=2Vrms, f=1kHz Volume=0dB VIN=200mVrms, f=1kHz Volume=+15dB VIN=2Vrms, f=1kHz Volume=0dB VIN=2Vrms, f=1kHz Volume=-60dB VIN=4Vrms, f=1kHz Volume=-111.5dB, A-weight f=1kHz, VIN=4Vrms Volume=Mute, A-weight f=1kHz, =2Vrms,A-weight Volume=0dB, Rg=0 f=20kHz, =2Vrms Volume=0dB, Rg=0 23pin, 26pin
10.9 -0.5 -0.5 -1.0
-111.5 -120 -110
Vrms
Input/Output Characteristics2 (Output)
(Ta=25°C,V+/V-=±15V, VIN=2Vrms, f=1kHz, Volume=0dB, Gain=0dB, VOUT with MUSES01, RL=47k, unless otherwise specified)
Maximum Output Voltage Total Harmonic Distortion Total Harmonic Distortion
THD1 THD2
f=1kHz,THD=1% Volume=-6dB, Gain=+6dB f=1kHz,VIN=1Vrms BW=400Hz-30kHz f=10kHz,VIN=1Vrms BW=400Hz-30kHz
0.0005 0.001
Vrms
Ver. 0.6E
MUSES72320
ELECTRICAL CHARACTERISTICS PARAMETER
SYMBOL
TEST CONDITION
MIN.
TYP.
MAX.
UNIT
Input/Output Characteristics (Output)
(Ta=25°C, =±15V, VIN=2Vrms, f=1kHz, Volume=0dB, VOUT 3pin, 14pin, RL=100k, unless otherwise specified) -118 -100 Volume=0dB, Output Noise1 VNO1 (1.26µ) (10µ) (Vrms) Rg=0, A-weight, -118 Volume=-111.5dB, Output Noise2 VNO2 (Vrms) (1.26µ) Rg=0, A-weight,
Logic Control Characteristics PARAMETER SYMBOL TEST CONDITION MIN. TYP. MAX. UNIT Digital block Power Supply Characteristics
D_VDD Terminal Input Voltage D_REF Terminal Input Voltage
VDVDD VDREF
17pin Terminal Input 21pin Terminal Input VDVDD VDREF
V3.0
0.8*V+
Digital block Supply Voltage Range
Logic Control Terminal Characteristics
(Ta=25°C, =±15V, VDREF =0V, unless otherwise specified) High Level Input Voltage1 Level Input Voltage1
VIH1 VIL1
DATA, CLOCK, LATCH DATA, CLOCK, LATCH
0.7*VDD
0.3*VDD
Chip Address Zero cross Terminal Characteristics
(Ta=25°C, =±15V, VDREF =0V, unless otherwise specified) High Level Input Voltage2 Level Input Voltage2 VIH2 VIL2 ADR0, ADR1, ADR2, ADR0, ADR1, ADR2, 0.7*VDD
0.3*VDD
Ver. 0.6E
MUSES72320
TERMINAL DESCRIPTION
SYMBOL FUNCTION EQUIVALENT CIRCUIT TERMINAL VOLTAGE
input input
V-(sub) L_REF R_REF
1.5k
L_REF R_REF
Reference Voltage Reference Voltage
V-(sub)
Opamp non-inverting input connect terminal Opamp non-inverting input connect terminal
V-(sub)
LRLch Opamp inverting input connect terminal Opamp inverting input connect terminal
V-(sub)
Ver. 0.6E
MUSES72320
TERMINAL DESCRIPTION
SYMBOL FUNCTION EQUIVALENT CIRCUIT
TERMINAL VOLTAGE
OutL OutR
output output
V-(sub)
DCCAP_L DCCAP_R Switching noise capacitor (Lch) Switching noise capacitor (Rch) rejection rejection
1.5k V-(sub)
REFR REFL Zero Cross Detection circuit Reference Voltage Zero Cross Detection circuit Reference Voltage
V-(sub)
DATA CLOCK LATCH
Control data signal input Clock signal input Latch signal input
V-(sub)
Ver. 0.6E
MUSES72320
TERMINAL DESCRIPTION
SYMBOL FUNCTION EQUIVALENT CIRCUIT TERMINAL VOLTAGE
D_VDD 125k
D_REF Digital block Reference Voltage
125k
V-(sub)
125k
D_VDD Digital block Power Supply
125k V-(sub) D_REF
Power Supply
V-(sub)
ADR2 ADR1 ADR0 Zero Cross Detection circuit ON/OFF setting terminal Chip address setting terminal Chip address setting terminal Chip address setting terminal
V-(sub)
D_CAP Digital block Noise Rejection Capacitor terminal
V-(sub)
Ver. 0.6E
MUSES72320
TEST CIRCUIT Supply Current (ICC) Supply Current (IEE)
LATCH
CLOCK
DATA
10µF ADR0 ADR1 ADR2
100µF
100µF
10µF
10µF
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF
100µF
TEST CIRCUIT
Maximum Input Voltage (VIM), Maximum Output Voltage (VOM), Voltage Gain (GV1), Voltage Gain (GV2), Maximum Attenuation (ATT), Mute level Mute), Total Harmonic Distortion 1(THD1), Total Harmonic Distortion 2(THD2)
LATCH
CLOCK
DATA
10µF ADR0 ADR1 ADR2
10µF
100µF
100µF
10µF
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF 10pF
100µF
10pF
MUSES01
10µF
10µF L=47k
MUSES01 L=47k
VOUT
VOUT
Ver. 0.6E
MUSES72320
TEST CIRCUIT
Output Noise 1(VNO1), Output Noise 1(VNO2)
LATCH CLOCK DATA
10µF ADR0 ADR1 ADR2
100µF
100µF
10µF
10µF
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF
100µF
VOUT
(Filter: A-weght)
RL=100k
VOUT
(Filter: A-weght)
RL=100k
TEST CIRCUIT
Channel Separation 1(CS1), Channel Separation 2(CS2)
LATCH CLOCK DATA
10µF ADR0 ADR1 ADR2
10µF
100µF
100µF
10µF
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF 10pF
100µF
10pF
MUSES01
10µF
10µF RL=47k
MUSES01 RL=47k
VOUT
Ver. 0.6E
MUSES72320
APPLICATION CIRCUIT <Application circuit with J-FET Input type OpAmp.>
LATCH CLOCK DATA V10µF
2247µF
2247µF
100µF
100µF
ADR0
ADR1
ADR2
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF 10pF
100µF 10pF
J-FET Input type MUSES01, MUSES8920, NJM8901, NJM2082,
10µF
10µF
J-FET Input type MUSES01, MUSES8920, NJM8901, NJM2082,
OutL
OutR
<Application circuit with Bipolar Input type OpAmp.>
LATCH CLOCK DATA
V10µF
2247µF
2247µF
100µF
100µF
ADR0
ADR1
ADR2
D_CAP
A_VEE
A_VEE
A_VCC
A_VCC
D_REF
D_VDD
Control Logic
L_REF
R_REF
REFL
L_REF
L_REF
L_REF
R_REF
R_REF
R_REF
REFR
100µF 10pF 10µF
100µF 10pF 10µF
Rbias*
470k
10µF Bipolar Input type MUSES02, MUSES8820, NJM8801,NJM2114, NJM5532,NJM2068, NJM4580 OutL
10µF
OutR
Bipolar Input type MUSES02, MUSES8820, NJM8801,NJM2114, NJM5532,NJM2068, NJM4580
Rbias*
470k
Ver. 0.6E
MUSES72320
NOTES
necessary adjust overcurrent protection. input coupling capacitors(CIN) input resistance(RIN=20k) form high-pass filter with corner frequency determined [fc=1/(2RINCIN)]. Rbias affects Volume(Att.) linearity characteristic. When Rbias value small, amount attenuation increases, that output amplitude becomes small deteriorates internal analog switch. other hand, when Rbias large, affected noise from outside. Please decide resistance value after verifies enough actual application. Separate terminals High Middle voltage(AC) terminals voltage(AC) pattern design. Function Purpose Reference Voltage voltage(AC) signal Reference Voltage Middle voltage(AC) signal Reference Voltage High voltage(AC) signal Reference Voltage High voltage(AC) signal Reference Voltage Middle voltage(AC) signal Reference Voltage voltage(AC) signal Table.1 Purpose Reference Voltage Terminal
Ver. 0.6E
MUSES72320
CONTROL DATA FORMAT
LATCH
CLOCK
DATA
First
Note.) CLOCK High prevent incorrect operation during standby period.
SYMBOL
PARAMETER CLOCK Clock Width CLOCK Pulse Width (High) CLOCK Pulse Width (Low) LATCH Rise Hold Time DATA Setup Time DATA Hold Time CLOCK Setup Time LATCH High Pulse Width
UNIT µsec µsec µsec µsec µsec µsec µsec µsec
CONTROL DATA MUSES72320 control data constructed with 16bits.
Data Select Address Chip Address
Don't Care Don't Care
Volume Control (Att.)
Cont
Cont
Volume Control (Gain) Volume Control (Att.) Volume Control (Gain)
Don't Care Don't Care Don't Care
Chip address chip address select terminals (ADR0, ADR1,ADR2) status. Chip address select terminal Chip address
ADR2 (31pin) High High High High ADR1 (30pin) High High High High ADR0 (29pin) High High High High
Ver. 0.6E
MUSES72320
INITIAL CONDITION
Note.) This product starts MUTE setting power "ON". after removing MUTE each setting. audio signal inputted input signal terminal before power "ON", cause initial condition abnormality. conditions such above, prevents that abnormality setting MUTE before power "OFF"
Ver. 0.6E
MUSES72320
DEFINITION RESISTOR xVolume Control (Att.) -111.5dB 0.5dBstep.
Volume Volume controlled independently when Cont ="0".
Volume Control (Att.) Volume Control (Att.) Volume Control Data
Data
Setting Mute -0.5dB -1.0dB -1.5dB -2.0dB -2.5dB -3.0dB -3.5dB -4.0dB -4.5dB -5.0dB -5.5dB -6.0dB -6.5dB -7.0dB -7.5dB -8.0dB -8.5dB -9.0dB -9.5dB -10.0dB -10.5dB -11.0dB -11.5dB -12.0dB -12.5dB -13.0dB -13.5dB -14.0dB -14.5dB -15.0dB -15.5dB -16.0dB -16.5dB -17.0dB -17.5dB -18.0dB -18.5dB -19.0dB -19.5dB -20.0dB -20.5dB -21.0dB -21.5dB -22.0dB -22.5dB -23.0dB -23.5dB
Ver. 0.6E
MUSES72320
Volume Control Data Data Setting -24.0dB -24.5dB -25.0dB -25.5dB -26.0dB -26.5dB -27.0dB -27.5dB -28.0dB -28.5dB -29.0dB -29.5dB -30.0dB -30.5dB -31.0dB -31.5dB -32.0dB -32.5dB -33.0dB -33.5dB -34.0dB -34.5dB -35.0dB -35.5dB -36.0dB -36.5dB -37.0dB -37.5dB -38.0dB -38.5dB -39.0dB -39.5dB -40.0dB -40.5dB -41.0dB -41.5dB -42.0dB -42.5dB -43.0dB -43.5dB -44.0dB -44.5dB -45.0dB -45.5dB -46.0dB -46.5dB -47.0dB -47.5dB
Ver. 0.6E
MUSES72320
Volume Control Data Data Setting -48.0dB -48.5dB -49.0dB -49.5dB -50.0dB -50.5dB -51.0dB -51.5dB -52.0dB -52.5dB -53.0dB -53.5dB -54.0dB -54.5dB -55.0dB -55.5dB -56.0dB -56.5dB -57.0dB -57.5dB -58.0dB -58.5dB -59.0dB -59.5dB -60.0dB -60.5dB -61.0dB -61.5dB -62.0dB -62.5dB -63.0dB -63.5dB -64.0dB -64.5dB -65.0dB -65.5dB -66.0dB -66.5dB -67.0dB -67.5dB -68.0dB -68.5dB -69.0dB -69.5dB -70.0dB -70.5dB -71.0dB -71.5dB
Ver. 0.6E
MUSES72320
Volume Control Data Data Setting -72.0dB -72.5dB -73.0dB -73.5dB -74.0dB -74.5dB -75.0dB -75.5dB -76.0dB -76.5dB -77.0dB -77.5dB -78.0dB -78.5dB -79.0dB -79.5dB -80.0dB -80.5dB -81.0dB -81.5dB -82.0dB -82.5dB -83.0dB -83.5dB -84.0dB -84.5dB -85.0dB -85.5dB -86.0dB -86.5dB -87.0dB -87.5dB -88.0dB -88.5dB -89.0dB -89.5dB -90.0dB -90.5dB -91.0dB -91.5dB -92.0dB -92.5dB -93.0dB -93.5dB -94.0dB -94.5dB -95.0dB -95.5dB
Ver. 0.6E
MUSES72320
Volume Control Data Data Setting -96.0dB -96.5dB -97.0dB -97.5dB -98.0dB -98.5dB -99.0dB -99.5dB -100.0dB -100.5dB -101.0dB -101.5dB -102.0dB -102.5dB -103.0dB -103.5dB -104.0dB -104.5dB -105.0dB -105.5dB -106.0dB -106.5dB -107.0dB -107.5dB -108.0dB -108.5dB -109.0dB -109.5dB -110.0dB -110.5dB -111.0dB -111.5dB Mute
Initial Setting
Ver. 0.6E
MUSES72320
xVolume Control (Gain.)
+31.5dB 0.5dBstep. Volume Volume controlled independently when Cont ="0".
Volume Control (Gain) Volume Control (Gain)
Volume Control Data Data Setting +0.25dB +0.5dB +1.0dB +1.5dB +2.0dB +2.5dB +3.0dB +3.5dB +4.0dB +4.5dB +5.0dB +5.5dB +6.0dB +6.5dB +7.0dB +7.5dB +8.0dB +8.25dB +8.5dB +9.0dB +9.5dB +10.0dB +10.5dB +11.0dB +11.5dB +12.0dB +12.5dB +13.0dB +13.5dB +14.0dB +14.5dB +15.0dB +15.5dB +16.0dB +16.25dB +16.5dB +17.0dB +17.5dB +18.0dB +18.5dB +19.0dB +19.5dB +20.0dB +20.5dB +21.0dB +21.5dB +22.0dB +22.5dB +23.0dB +23.5dB
Ver. 0.6E
MUSES72320
Volume Control Data Data Setting +24.0dB +24.25dB +24.5dB +25.0dB +25.5dB +26.0dB +26.5dB +27.0dB +27.5dB +28.0dB +28.5dB +29.0dB +29.5dB +30.0dB +30.5dB +31.0dB +31.5dB
Initial Setting
xL/R Cont Cont
Cont
Select independent control" Lch-Rch link control" method volume control (Att). Select independent control" Lch-Rch link control" method volume control (Gain). Zero Cross Detection circuit ON/OFF setting
Don't Care
Cont
Don't Care
Don't Care
TEST
TEST
<L/R Cont <L/R Cont
Method volume control (Att).> Setting Lch, independent control
Lch-Rch link control
Initial Setting
Method volume control (Gain).> Setting Lch, independent control
Lch-Rch link control
Initial Setting
Command table when Lch, interconnected control
Lch-Rch link control (Att.) Lch-Rch link control (Gain) Acceptable Acceptable
Ver. 0.6E
MUSES72320
<Z/C Zero Cross Detection circuit ON/OFF setting Setting Zero Cross Detection circuit: Zero Cross Detection circuit:
Initial Setting
Zero cross detection circuit When "Z/C terminal Low" "Z/C set.
("D13") Zero Cross Detection Zero Cross Detection circuit circuit Zero Cross Detection Zero Cross Detection circuit circuit
terminal (32pin)
High
Ver. 0.6E
MUSES72320
xVolume Control (Att) +0.25dB -111.5dB(0.25dB/step) setting example Using Volume Control(Gain) +0.25dB enables 0.25dB/step range +0.25dB -111.5dB. (+8.25dB, +16.25,+24.25 also used)
Volume Control Data Volume Control (Gain)
Volume Control (Att)
Gain Setting +31.5dB +31.0dB +30.5dB +30.0dB +29.5dB +29.0dB +28.5dB +28.0dB +27.5dB +27.0dB +2.0dB +1.5dB +1.0dB +0.5dB +0.25dB +0dB -0.25dB -0.5dB -0.75dB -1.0dB -1.25dB -1.5dB -1.75dB -2.0dB -2.25dB -2.5dB -2.75dB -3.0dB -3.25dB -3.5dB -3.75dB -4.0dB -4.25dB -4.5dB -4.75dB -5.0dB -5.25dB -5.5dB -5.75dB -6.0dB -110.25dB -110.5dB -110.75dB -111.0dB -111.25dB -111.5dB Mute
Ver. 0.6E
MUSES72320
TYPICAL CHARACTERISTICS
Supply Voltage signal 85oC 85oC 25oC 25oC [mA] [mA] Supply Voltage signal
-40oC
-40oC
Supply Voltage [±V] bient perature V=±15V, signal
Supply Voltage [±V] bient perature V=±15V, signal
[mA] [mA]
Ambient Temperature Maxim Input Voltage Frequency V=±15V, THD=1%, VOL=-20dB, GAIN=0dB Maximum Input Voltage [Vrms] Maximum Input Voltage [Vrms]
Ambient Temperature Maxim Input Voltage bient perature V=±15V, THD=1%, VOL=-20dB, GAIN=0dB
±15V ±12V
-40oC 11.5 25oC
1000 Frequency [Hz] 10000 100000
±8.5V
Ambient Temperature [oC]
Ver. 0.6E
MUSES72320
Volum Gain Output Volum Setting V=±15V, f=1kHz, Vin=4Vrms, GAIN=0dB, Bandpass Volume Gain Output [dB] -112 -112 -40, 85oC Volume Gain Output [dB] -80dB -100 -120 -140 -160 1000 Frequency [Hz] Volum Gain Output Error Volum Setting V=±15V, f=1kHz, Vin=100mVrms, VOL=0dB, Bandpass Volume Gain Output Error [dB] -0.5 -1.5 -112 Volume Setting [dB] Volum Resolution Volum Setting V=±15V, f=1kHz, Vin=100mVrms, VOL=0dB, Bandpass 10000 100000 -110dB -100dB Volum Gain Output Frequency V=±15V, f=1kHz, Vin=4Vrms, GAIN=0dB, Bandpass -20dB -40dB -60dB
Mute
Volume Setting [dB] Volum Gain Output Error Volum Setting V=±15V, f=1kHz, Vin=4Vrms, GAIN=0dB, Bandpass Volume Gain Output Error [dB] -0.5 -1.5 -40oC 85oC 25oC
-40, 85oC
Volume Setting [dB] Volum Resolution Volum Setting V=±15V, f=1kHz, Vin=4Vrms, GAIN=0dB, Bandpass
Volume Resolution [dB] Volume Resolution [dB]
-40, 85oC -0.5
-40, 85oC -0.5
-1.5
-1.5
-112
Volume Setting [dB]
Volume Setting [dB]
Ver. 0.6E
MUSES72320
Volum Matching Error Volum Setting V=±15V, f=1kHz, Vin=4Vrms, GAIN=0dB, Bandpass Volume Matching Error [dB] Volume Matching Error [dB] -40, 85oC -0.5 -1.5 -112 -0.5 -1.5
Volum Matching Error Volum Setting V=±15V, f=1kHz, Vin=100mVrms, VOL=0dB, Bandpass
-40, 85oC
Volume Setting [dB]
Volume Setting [dB] Input Resistance Volum Setting V=±15V, signal, Measure:InL
Output Resistance Volum Setting V=±15V, signal, Measure:L+
85oC Output Resistance Input Resistance
85oC
25oC
-40oC
-40oC
-112
-112
Volume Setting [dB] Maxim Output Voltage Frequency V=±15V, THD=1%, VOL=-6dB, GAIN=+6dB
Volume Setting [dB] Maxim Output Voltage bient perature V=±15V, THD=1%, VOL=-6dB, GAIN=+6dB
Maximum Output Voltage [Vrms]
10.5
Maximum Output Voltage [Vrms]
±18V
±15V
25oC 85oC
±8.5V
1000 Frequency [Hz] 10000 100000
Ambient Temperature
Ver. 0.6E
MUSES72320
[CAUTION] specifications this databook only given information without guarantee regards either mistakes omissions. application circuits this databook described only show representative usages product intended guarantee permission right including industrial rights.
Ver. 0.6E

MUSES72320 MUSES72320V

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