TC9164 ,HIGH VOLTAGE ANALOG FUNCTION SWITCH ARRAYTC9162 ~64AN/AFTC91 62AN, TC91 63AN, TC91 MANTC91 62AF, TC91 63AF, TC91 64AFTC9162AN/AF, TC9163AN/A ..
TC9164AF ,HIGH VOLTAGE ANALOG FUNCTION SWITCH ARRAYTC9162 ~64AN/AFTC91 62AN, TC91 63AN, TC91 MANTC91 62AF, TC91 63AF, TC91 64AFTC9162AN/AF, TC9163AN/A ..
TC9164AN ,HIGH VOLTAGE ANALOG FUNCTION SWITCH ARRAYTC9162 ~64AN/AFTC91 62AN, TC91 63AN, TC91 MANTC91 62AF, TC91 63AF, TC91 64AFTC9162AN/AF, TC9163AN/A ..
TC9171P ,High Speed PLL with Built-In PrescalerI1L.--.7i'i71'r)'i'rl'7 109HIBA.o HIGH SPEED PLL NITH BUILT IN PRESCALERELECTEQNICE1The T"09171p/72 ..
TC9172AP ,HIGH SPEED PLL WITH BUILT-IN PRESCALERTOSHIBA TC9172AP,TC9227,28PT(‘Q177AP T(‘Q777P T(‘Q77RPTC9172AP, TC9227P and TC9228P are high-speed ..
TC9176P ,HIGH EFFICIENCY ELECTRONIC VOLUMEELECTRICAL CHARACTERISTICS (Unless otherwise specified,CHARACTERISTI'C_ TESTS.YMBOL" CIR-.CUIT1lss- ..
TDA7264 ,25 + 25W STEREO AMPLIFIER WITH MUTE/ST-BYTDA7264TDA7264A®25 + 25W STEREO AMPLIFIER WITH MUTE/ST-BYWIDE SUPPLY VOLTAGE RANGE (UP TO50V ABS MA ..
TDA7265 ,25 +25W STEREO AMPLIFIER WITH MUTE & ST-BYTDA7265®25 +25W STEREO AMPLIFIER WITH MUTE & ST-BYWIDE SUPPLY VOLTAGE RANGE (UP TO±25V ABS MAX.)SPL ..
TDA7265B ,30 W + 30 W stereo amplifier with mute and standbyapplications such as home entertainment systems and stereo TV sets.■ Standby feature (low I ) Q■ Sh ..
TDA7265SA ,18W+18W STEREO AMPLIFIER WITH MUTE & ST-BYFEATURES■ WIDE SUPPLY VOLTAGE RANGE (UP TO +25V ABS MAX.)■ SPLIT SUPPLY■ HIGH OUTPUT POWER 18+18WCl ..
TDA7266 ,7+7W DUAL BRIDGE AMPLIFIERTDA7266®7+7W DUAL BRIDGE AMPLIFIERWIDE SUPPLY VOLTAGE RANGE (3-18V) TECHNOLOGY ..
TDA7266B ,10+10W DUAL BRIDGE AMPLIFIERELECTRICAL CHARACTERISTICS (Continued)Symbol Parameter Test Condition Min. Typ. Max. UnitVT Mute Th ..
TC9164
HIGH VOLTAGE ANALOG FUNCTION SWITCH ARRAY
TOSHIBA TC9162--64AN/AF
TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC
TC9162AN, TC9163AN, TC9164AN
TC9162AF, TC9163AF, TC9164AF
HIGH VOLTAGE ANALOG FUNCTION SWITCH ARRAY
TC9162AN/AF, TC9163AN/AF and TC9164AN/AF are TC9162AN
. . . . TC9163AN
analog switch arrays for high voltage application. TC9164AN
By inputting the specified serial data, the analog switches
are controlled. As each analog switch is independently
controllable, switch of wide use is available.
FEATURES
. . . . . . SDlP28-P-400-1.78
0 Analog switches of 16 circuits are built m, allowing to
TC9162AF
provide three types according to internal connections. TC9163AF
. Dual power supply of (+) and (-) can be used. TC9164AF
In this case the switch select data is operated in a single
power supply by the built-in level shifter.
As the threshold level of the input inverter is designed
low, interface with CMOS microcomputer is easily
available.
SOP28-P-450-1 .27
c As the analog switches are high-voltage(30V) use and Weight
have superior linearity of on-resistance, extra low SDlP28-P-400-1.78 : 2.2g (Typ.)
distortion and wide dynamic range can be realized. SOP28-P-450-1.27 : 0.8g (Typ.)
0 Owing to CMOS structure current consumption is low.
0 Package is shrinked DIP 28 PIN.
980508EBA2
O TOSHIBA is continually working to improve the quality and the reliability of its products. Nevertheless, semiconductor devices in general can
malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing
TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss
of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified
operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the
TOSHIBA Semiconductor Reliability Handbook.
0 The products described in this document are subject to foreign exchange and foreign trade laws.
o The information contained herein is presented only as a guide for the apflications of our products. No responsibility is assumed by TOSHIBA
ORPORATION for any infringements of intellectual property or other rights 0 the third parties which may result from its use. No license is granted
K implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others.
e information contained herein is subject to change without notice.
1998-05-15 1/12
TOSHIBA
TC9162--64AN/AF
PIN CONNECTION (TOP VIEW)
TC9162AN/AF
vss r 1 28 VDD
L-S1 E 2 27 [1 R-S1
L-52 E 3 26 , R-52
L-COM1 ti 4 25 , R-COM1
L-S3 t 5 24 a R-53
L-S4 E 6 23 a R-S4
L-COM2 t 7 22 , R-COM2
L-SS ti 8 21 , R-SS
L-Ss E 9 20 a R-Ss
L-COM3 r 10 19 [I R-COM3
L-S7 t 11 18 a R-Sy
L-COM4 t 12 17 [I R-COM4
ST t 13 16 a DATA
GND t 14 15 [I CK
BLOCK DIAGRAM
TC9162AN/AF
L-S1 e
L-S2 e
L-COMI o
L-S? e
L-S4 CE
L-COM2 Ci?
L-S5 e
L-S6 Ci?
L-COM3 u5iil
L-Sy CE
L-COM4 Q
TC9163AN/AF
vsst 1 28 VDD
L-S1 E 2 27 [1 R-51
L-S2 E 3 26 [I R-S2
L-S3 E 4 25 [I R-S3
L-COM1 E 5 24 l] R-COM,
L-S4 E 6 23 a R-S4
L-S5 E 7 22 [1 R-55
L-S6 E 8 21 il R-S6
L-COM2 E 9 20 a R-COM2
L-S7 E 10 19 El R-S7
L-Sg ti 11 18 , R-Sg
L-COM3 l] 12 17 [I R-COM3
ST ti 13 16 , DATA
GND E 14 15 , CK
vss GND VDD
E - "'ir-, 'r, -D E
t bl il, t
l: - 0 U - l:
h' f, S. 5
= T c,
SHIFT REGISTER
TC9164AN/AF
Vss E 1 V 28 U VDD
L-S1 E 2 27 , R-S1
L-S2 t 3 26 a R-S2
L-S? t 4 25 [I R-S?
L-54 t 5 24 , R-S4
L-COM1 t 6 23 l] R-COM1
L-S5 t 7 22 , R-SS
L-S6 E 8 21 , R-S6
L-COM2 t 9 20 , R-COMZ
L-S7 t IO 19 [I R-S7
L-Sg t 11 18 l] R-Sg
L-COM3 t 12 17 [I R-COM?
ST t 13 16 l] DATA
GND t 14 15 , CK
R-COM1
R-COM?
R-COM4
@696639$®®®®9
1998-05-15 2/12
1998-05-15 3/12
L-COM3
R-COM3
L-COM 2
R-COM2
L-COM1
rm
C55: m_mncz.
_.>._.nI Omncfi.
rmR-COM1
GND VDD
TC9164AN /AF
SHIFT REGISTER
s®>->-
L-Sy cTo?
L-S8 0
L-COM3 Q
L-COM2 0
L-SS o
L-S6 Ci]
>>> >>
L-COM1 Ci)
L-S2 9
rm_r>._.flI ancz‘
_r>._.flI ancz.
GND VDD
rm>3 >o>
Cig' R-COMZ
® R-57
® R-S8
0 R-COM3
<4 << <<
... .. ..
C2id R-54
Ciii" R-Ss
Ciih" R-COM1
Cis", R-53
Cii" R-SI
TC9163AN /AF
TOSHIBA
TC9162--64AN/AF
TOSHIBA TC9162--64AN/AF
DESCRIPTION OF PIN FUNCTIONS (L-ch/R-ch)
PIN No.
TC9162 TC9163 TC9164 SYMBOL PIN NAME FUNCTION & OPERATION NOTE
AN/AF AN/AF AN/AF
-Power
1 I/SS Terminal
14 GND Ground A lies Su I Volta e -
Terminal pp ppy g .
+ Power
28 VDD Terminal
2/27 2/27 2/27 SI Input & Output Terminal
3/26 3/26 3/26 S2 for Analog Switch
5/24 4/25 4/25 S3
6/23 6/23 5/24 S4 Switch Input
8/21 7/22 7/22 S5 Terminal Sn O-iia8-
9/20 8/21 8/21 Sts -
11/18 10/19 10/19 Sy Snel C) 53 .
- 11/18 11/18 58 SM C BS _
4/25 5/24 6/23 COM1 . I
Switch I
7/22 9/20 9/20 COM2 O t t 1
10/19 12/17 12/17 COM3 u p.” COM Cy-l
Terminal n
12/17 - - COM4
Strobe Input Strobe Input for Data
13 ST .
Terminal Interrupt Low
15 CK flock. Input Clock Input for Data Transfer Threshold
Terminal Input
. . Terminal
16 DATA Data'lnput Serlfal Data Input for Switch
Terminal Setting
1998-05-15 4/12
TOSHIBA TC9162--64AN/AF
DESCRIPTION OF OPERATION
DATA INPUT
Each analog switch array of TC9162AN/AF, TC9163AN/AF and TC9164AN/AF can be optionally
controlled by inputting specified data to DATA, CK, and ST terminals.
The data are composed of 14 bit as follows.
SWITCH
DATA 1 2 3 4 5 6 7 8 R-ch L-ch Co c1 C2 C3
CK ll ll ll ll ll ll ll ll ll ll ll ll ll ll
1 2 3 4 5 6 7 8 9 10 11 12 13 14
As the bit 1~8 correspond to the analog switches 1 to 8 respectively, set the bit of the desired switch
to the level "1"(see Note).
Bit 9 and 10 are channel selecting bit(left and right). When either one of these bit is set to level "1",
the desired channel is selected. The selection is made both simultaneously("I" and "I") as well as
either right or left independently("1" and "0", "o" or "I").
Bit 11 to 14 are code bit to be used for chip selection.
For example, when TC9162AN/AF, TC9163AN/AF and TC9164AN/AF are used simultaneously, if DATA,
CK and ST terminals of each device are commonly connected, either one of TC9162AN/AF, TC9163AN/
AF or TC9164AN/AF can be selected by these code bit data.
The codes are set respectively as follows:
C0 C1 C2 C3
TC9162AN/AF 0 0 0 0
TC9163AN/AF 1 0 0 0
TC9164AN/AF 0 1 0 0
Note : As for TC9162AN/AF, the switch consists of 7 circuits.
So the Shit must be used at level "O".
1998-05-15 5/12
TOSHIBA TC9162--64AN/AF
TIMING OF DATA, CK and ST
Input data to the DATA, CK and ST terminals in the following timing conditions.
DATA X X or-Ly h / x
CK t'i'-1 g m l', Fl l-l I-
STB 5!!!! " i m E
Ilalla: i: " i a :a: a l
b a20.5ps, b21.0ps
The data to the DATA terminal is input to the internal shift registers sequentially with synchronizing
to the rise of the input to the CK terminal.
DATA x x x x 2
f"lf"lf"l
CK CIClCl
DATAC DQ DQ DQ l l DQ DQ
r" r" F“ f (Fm r"
CKC' ' ' , ,
The input data are finally transferred to the latch circuit from the shift register by the ST signal,
updating the previous data.
1998-05-15 6/12
TOSHIBA TC9162--64AN/AF
POWER SUPPLY CORRELATIONS
As the power supply sequence of analog switch part and control part, the analog part can be used
by a dual power supply of (+) and (-), in which case, the control part operates in single power
supply.
As the thresshold level of the terminals of CK, DATA and ST are designed to low, CMOS
microcomputers of 5V system can be easily interfaced in.
C USE OF DUAL POWER SUPPLY
+15V VDD
CK GND
-15V VSS
LOW THRESHOLD
LEVEL INVERTER
0 USE OF SINGLE POWER SUPPLY
VDD Citii
GNDG -'-o, ru-u/lr/
GND, vss
The operating voltage range of a single power
supply use is half of a dual power supply use.
1998-05-15 7/12
TOSHIBA TC9162--64AN/AF
MAXIMUM RATINGS (Ta = 25°C)
CHARACTERISTIC SYMBOL RATING UNIT
Supply Voltage (1) -0.3--36 V
VDD- - -
Supply Voltage (2) GND 0.3 20
Input Voltage VIN Vss-0.r'-VDD+0.3
Power Dissipation PD 300 mW
Operating temperature Top, -40--85 'C
Storage Temperature Tstg - 65--150 "C
ELECTRICAL CHARACTERISTICS (Unless otherwise specified, VDD = 15V, V55 = - 15V, GND = 0V, Ta = 25°C)
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
3::2:;%SUPPIY VDD‘VSS - Dual power operation 16 ~ 34 V
Operating Supply . .
Voltage(2) VDD GND - Single power operalton 8 18 V
Operating Supply Current IDD - No loaded, open - 0.01 0.1 mA
Back-up Voltage VB - Data holding voltage 4 ' 18 V
Back-up Current IB - VDD=4.0V, VSS=GND=0V - 1 10 PA
I tV lt "H"level l/IH - CK DATA STt . I 4 -- VDD v
npu o age "L" level VIL - ' ' ermma GND -- 1.0
Operating Min. Pulse
t . - - - -
Width Min 0.5 /rs
Switch-on Resistance RON 2 - - 80 100 f)
Total Harmonic
. - - . = - u
Distortion THD 3 fin=0 20kHz,Vin 1vrms 0.001 0.005 A
Noise Voltage VNO 4 f=20--50kHz - 1.0 10 PVrms
1998-05-15 8/12
Tt9SFlliBA TC9162--64AN/AF
APPLICATION CIRCUIT
l. BACK-UP CIRCUIT 2. SWITCH-ON RESISTANCE
_.®ij. :
' Cap- EH92
I + u. 282726 8;; l>eC) 'e,
NIH. HM, ION
ct a l 2 w 1314 - 0.1
l tttl- -.. t? RON-i,','.
w. TOTAL HARMONIC DlSCRlPTlON l NOISE VOLTAGE
' DlSTORTION A NOISE
ce ANALYZER m METER
L‘wr re, ' t
THD I Vin RON - VDD/N/SS
co VDD--6V, vss-- -6V
0.03 © VDD--9V, VSS-- -9V
IS) VDD-- 12V,Vss= I 12V
© VDD-- 15VNss-- L2
- 0.00 - l
m 0.003 m
hN--1kHz
xoumoob
RL--47kn
o; l 10
Vin (Vrms) VDD/N/SS (V)
1998-05-1 m m: 2
TOSHIBA TC9162--64AN/AF
APPLICATION INFORMATION
1. AT POWER ON
When a voltage is applied, the analog switch is under an unstable condition.
Provide external measures such as muting untilthe data is finally set.
2. PROTECTION AGAINST EXCESS INPUT
When there is a possibility of inputting a excess voltage, more than VDD'VSS: to the analog
switch, add a protective circuit as shown below:
3. NOISE AT DATA TRANSFERRING
Some frequency of the CK signal may affect the analog switch and cause noises at data
transferring.
CK signals should be at the frequency out of audio band as possible.
1998-05-15 10/12
TOSHIBA TC9162--64AN/AF
OUTLINE DRAWING
SDlP28-P-400-1.78 Unit : mm
r'"'nr'-1r-nrn_1f-1f-nr-ni-nr-l7nl-1r-1rm
L-JL-lt-JL-ICI/lL-ICICI/JL-ICI/JCI
8.8i0.2
26.1 MAX
25.6i0.2
0! 02-;
q 1 Fi tl
--'"'r- _ m.
CO. er,
1 .243TYP 1 .0i0.1 0.46:0.1
Weight : 2.2g (Typ.)
1998-05-15 11/12
TOSHIBA TC9162--64AN/AF
OUTLINE DRAWING
SOP28-P-450-1.27 Unit : mm
'?hiopcopprrppp1i'---,r-=
(450mil)
8 8:0 2
11.8:t0.3
j'f1"jj.ii,i,,al.1ii,,.Ci,lrii-.--'-'-
0 .995TYP
l. 19.0MAX
31 E v.3
4 eu', ai S,?
ram ui 'ir,
- .. __
-‘ i5'
g 1.0i0.2
Weight : 0.8g (Typ.)
1998-05-15 12/12
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