TOSHIBA TC83220-0027

TC83220-0027
TOSHIBA CMOS Digital Integrated Circuit Silicon Monolithic
TC83220-0027
TC83220-0027 Single-Chip CMOS LSI for FL (fluorescent) Calculator
The Toshiba printing/display calculator circuit TC83220-0027 is
10- or 12-digit calculator on single-chip CMOS LSI.
TC83220-0027 can drive the printing machine
(M41TAV/M42TV/M42V; EPSON) with magnet driver circuit, and
can drive the fluorescent display tube with DC-DC converter. It
contains a 4 K-word ROM, a 256 × 4-bit RAM.
Features
Operational Features
·
Print: 11 or 13 digits of data.
(including decimal point. 2 digits of operational
symbol.)
Weight: 4.12 g (typ.)
3 digits of commas.
·
Display: 10 or 12 digits of data. (including punctuation in each digit.)
1 digit of floating minus sign, memory load, error symbol.
3 digits of commas.
·
Decimal output: Decimal set lock key controls output format.
·
Key input buffer: 8 stages
·
Function: 4 basic arithmetic functions (+, −, ×, ÷).
Fixed decimal setting (“0”, “1”, “2”, “3”, “4”, “6”), full floating decimal, and ADD mode.
Repeat addition and subtraction.
Automatic constants in multiplication, division, percent calculation, calculations.
Automatic percent add-on and percent discount calculation.
Memory calculation.
Automatic accumulating calculation.
Gross margin profit calculation.
Delta percent calculation.
Tax calculation.
Grand total calculation.
Two-key rollover.
·
Item counter: 0~999 count up or −999~0~999 count up/down by depressing of
·
Punctuation: Commas for thousands on display
·
Kinds of touch key:
1
+,
−
key.
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·
Kinds of lock key: “NP” printing mode selectable switch.
“Σ” summation mode selectable switch.
“5/4” “CUT” “UP” rounding switch.
Fixed point mode selectable switch.
“0”, “1”, “2”, “3”, “4”, “6”, “F”, “A”.
“IC+” item counter mode selectable switch.
“GT” grand total memory selectable switch.
“SET”, “CAL” tax memory selectable switch.
·
Duty of display: Duty = 1/17.77
·
Leading zero suppression
·
Trailing zero suppression
·
Tax calculation:
+TAX
key is calculation for included tax.
−TAX
key is calculation for excluded tax.
SET
selects set mode for tax rate.
CAL
selects normal calculation mode.
Changing lock key from
SET
to
CAL
stores number of display to tax memory.
Changing lock key from
CAL
to
SET
recalls tax rate to display from tax memory.
Depression of
tax.
+TAX
following data key at CAL mode performs the calculating included
Depression of
tax.
−TAX
following data key at CAL mode performs the calculating excluded
Electrical Features
·
P-MOS output buffer with pull down resistor for direct driving of fluorescent display tube.
·
Oscillator/clock generator internal to chip.
·
Key board encoding internal to chip.
·
Dual in line package.
Protection
(1) In the overflow condition, all key except “C”, “C/CE”, “CE”, “Feed”, “→” key are inoperative.
(2) Key bouncing protection (at 4 MHz clock)
Key read in: 15 ms
Key off: 40 ms
Function Select
(1) “10/12” selectable with auto power off mode
ON ････････ 10-digit calculated
OFF ･･･････ 12-digit calculated
Speed of Calculation (at 4 MHz clock)
(1) Addition
(2) Multiplication
(3) Division
(4) Memory calculation
(5) Percentage calculation
1 + 1 + 31.2 ms
× 999999999999 = 26.8 ms
999999999999 ÷ 1 = 100.6 ms
999999999999 ÷ 1 M + 108.8 ms
1 × 999999999999% 35.2 ms
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Pin Assignment (top view)
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System Diagram
C = 100 pF
R = 1 kW = 2%
Note 1: MG CONTROL CIRCUIT
Note 2: FL CUT (R72)
Print CN........Power (VKK) CUT
Note 3: Connection to HOLD pin is shown in the following page.
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Key Connection
Touch Key
Lock Key
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Note 6: R70 digit (P23) of “M” data.
Note 5: R70 digit (P22) of “-” data.
Note 4: R70 digit (P20) of “E” data.
Connection of FL
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Operation Example
Key
TAB 4/5
F
IC 10/12 S
4/5 OFF
GT MOD
10 OFF OFF CAL
Print
Display
Touch
POWER·ON···
<PF>·
C
<PF>·
0.
1. ··+
1+·····
1.
2-·····
2. ··-
R
-1.
◊·····
-1. ··◊
R
-1.
-1. ··*
R
*·····
<PF>·
IC+
1. ··+
1+·····
2. ··-
2-·····
◊·····
002.............
*·····
002.............
-1. ··◊
-1. ··*
<PF>·
OFF
-1.
1.
R
-1.
R
-1.
R
-1.
3´·····
3. ··´
3.
4¸·····
4. ··¸
12.
=·····
4. ··=
3. ··*
<PF>·
5´·····
5. ··´
6%·····
6. ··%
3.
5.
0.3 ··*
<PF>·
0.3
5.3 +·%
+·····
<PF>·
2¸·····
2. ··¸
3%·····
3. ··%
5.3
2.
66.66666666 ··*
<PF>·
2·MU/D···
2. GM
3=·····
66.66666666
2.
3. ··%
0.06185567 D·*
2.06185567 ··*
<PF>·
2. D
2D%·····
3=·····
2.06185567
2.
3. ··=
1. D·*
50. D·%
50.
<PF>·
Note 7: <PF> .....Paper feed
PRINT COLOR...... R: Red
...... No mark: Black
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Key
TAB 4/5
F
IC 10/12 S
4/5 OFF
10
GT MOD
S OFF CAL
Print
Display
Touch
3´·····
3. ··´
3.
4¸·····
4. ··¸
12.
=·····
4. ··=
3. ··+
<PF>·
5´·····
5. ··´
6%·····
6. ··%
3.
5.
0.3 ··+
<PF>·
+·····
0.3
5.3 +·%
<PF>·
2¸·····
5.3
2. ··¸
3%·····
2.
3. ··%
66.66666666 ··+
<PF>·
2·MU/D···
66.66666666
2. GM
3=·····
2.
3. ··%
0.06185567 D·*
2.06185567 ··+
<PF>·
2.06185567
2. D
2D%·····
3=·····
2.
3. ··=
1. D·*
50. ··+
<PF>·
*·····
50.
122.0285223 ··*
<PF>·
GT
122.0285223
GT·····
0. G·◊
0.
2+·····
2. ··+
2.
3+·····
3. ··+
5.
*·····
5. G·+
<PF>·
5.
3-·····
3. ··-
R
-3.
4-·····
4. ··-
R
-7.
5-·····
5. ··-
R
-12.
*·····
-12. G·+
R
<PF>·
-12.
GT·····
-7. G·◊
R
GT·····
-7. G·*
R
-7.
<PF>·
OFF
M+·····
-7. M·+
C·····
0. C
-7.
R
M
-7.
M
0.
Note 7: <PF> .....Paper feed
PRINT COLOR...... R: Red
...... No mark: Black
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Key
TAB 4/5
IC 10/12 S
Print
GT MOD
M◊·····
<PF>·
M*·····
F
4/5 OFF
10
Display
Touch
S OFF CAL
M
-7. M·◊
R
-7. M·*
R
<PF>·
#/P·····
-7.
-7. ··◊
2·#/P·····
·-7.
R
-7.
#2..............
2.
#/P·····
2. ··◊
2.
0¸·····
0. ··¸
0.
=·····
0. ··=
...............
0. ··*
<PF>·
C·····
E
0. C
<PF>·
F
CUT OFF
12 OFF OFF CAL
0.
POWER·ON···
0.
<PF>·
C
<PF>·
SET
0. %
<PF>·
3·····
0.
3.
CAL
3. ··%
<PF>·
C·····
0.
0. C
<PF>·
SET
0.
3. ··%
<PF>·
CAL
3.
0.
1560·····
1,560.
+TAX·····
1,560.
46.8 D
1,606.8 ··*
<PF>·
+TAX·····
1,606.8
1,606.8 ··◊
48.204 D
1,655.004 ··*
<PF>·
1560·····
1,655.004
1,560.
´·····
1,560. ··´
78900·····
1,560.
78,900.
+TAX·····
78,900. ··=
123,084,000. ··◊
3,692,520. D
126,776,520. ··*
Note 7: <PF> .....Paper feed
PRINT COLOR...... R: Red
...... No mark: Black
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Key
TAB 4/5
IC 10/12 S
Print
GT MOD
Display
Touch
<PF>·
126,776,520.
=·····
126,776,520.
5·····
5.
´·····
5. ··´
5.
+TAX·····
5.
=·····
5. ··=
25. ··*
<PF>·
F
CUT OFF
12 OFF OFF CAL
+TAX·····
25.
25. ··◊
0.75 D
25.75 ··*
<PF>·
25.75
=·····
25.75
C·····
0. C
<PF>·
2
0.
1560·····
1,560.
+·····
1,560.00 ··+
1,560.00
1100·····
1,100.
+·····
1,100.00 ··+
+TAX·····
2,660.00 ··◊
2,660.00
79.80 D
2,739.80 ···*
<PF>·
F
+TAX·····
2,739.80
2,739.80 ··◊
82.194 D
2,821.994 ··*
<PF>·
2,821.994
980000000000
+TAX·····
980,000,000,000.
980,000,000,000.
29,400,000,000. D
...............
1.00940000000 ··*
<PF>·
C·····
E
···1.00940000000
0. C
<PF>·
0.
1560·····
1560.
+/-·····
-1,560.
+TAX·····
-1,560.
-46.8 D
-1,606.8 ··*
<PF>·
1560·····
R
R
R
-1,606.8
1,560.
-TAX·····
1,560.
Note 7: <PF> .....Paper feed
PRINT COLOR...... R: Red
...... No mark: Black
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Key
TAB 4/5
F
IC 10/12 S
CUT OFF
Print
GT MOD
Display
Touch
-45,43689321 D··
12 OFF OFF CAL
R
1,514.56310679 ··*
<PF>·
-TAX····
1,514.56310679
1,514.56310679 ··◊
-44.11348855 D··
R
1,470.44961824 ··*
<PF>·
SET
1,470.44961824
3. ··%
<PF>·
3.
C····
0.
CAL
0. ··%
<PF>·
SET
0.
0. ··%
<PF>·
0.
1234····
1,234.
CAL
1,234. ··%
<PF>·
0.
980000000000
+TAX····
980,000,000,000.
980,000,000,000.
...............
0. ··*
<PF>·
C····
E
0.
0. C
<PF>·
0.
Note 7: <PF> .....Paper feed
PRINT COLOR...... R: Red
...... No mark: Black
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Maximum Ratings (VSS = 0 V)
Characteristics
Symbol
Rating
Unit
Supply voltage 1
VDD
-0.5~7
V
Supply voltage 2
VKK
-40~+0.5
V
Input voltage
VIN
-35~VDD + 0.5
V
Output voltage
VOUT
-35~VDD + 0.5
V
Output current
IOUT
-10
mA
Power dissipation (Topr = 70°C)
PD
600
mW
Soldering temperature, time
Tsld
260 (10 s)
°C
Storage temperature
Tstg
-55~125
°C
Operating temperature
Topr
0~40
°C
Recommended Operating Conditions (VSS = 0 V)
Symbol
Test
Circuit
Test Condition
Min
Max
Unit
Operating temperature
Topr
¾
¾
0
40
°C
Supply voltage
VDD
¾
¾
4.5
6
V
Supply voltage (FL)
VKK
¾
¾
-30
-15
V
VDDH
¾
¾
2
6
V
VIH1
¾
VDD ´
0.7
VDD
V
VDD ´
0.75
VDD
V
VDD ´
0.9
VDD
V
VKK
VDD ´
0.3
V
VKK
VDD ´
0.25
V
VKK
VDD ´
0.1
V
VDD 35
VDD
V
Characteristics
Supply voltage (hold)
Input high voltage
(except schmitt circuit input)
VDD >
= 4.5 V
Input high voltage
(schmitt circuit input)
Input high voltage
VIH2
¾
VIH3
¾
VIL1
¾
Input low voltage
(except schmitt circuit input)
VDD < 4.5 V
VDD >
= 4.5 V
Input low voltage
(schmitt circuit input)
Input low voltage
VIL2
¾
VIL3
¾
VOUT
¾
Output voltage
(source open drain)
VDD < 4.5 V
¾
Clock high pulse width
(Note 8)
TWCH
¾
VIN = VIH
80
¾
ns
Clock low pulse width
(Note 8)
TWCL
¾
VIN = VIL
80
¾
ns
Note 8: In case of the external clock operation.
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Electrical Characteristics
DC Characteristics (VSS = 0 V, VDD ± 10%, Topr = 0~40°C)
Characteristics
Symbol
Test
Circuit
Test Condition
Min
Typ.
Max
Unit
VHS
¾
¾
¾
0.7
¾
V
IIN
¾
VDD = 5.5 V, VIN = 5.5/0 V
¾
¾
±50
mA
ILO
¾
VDD = 5.5 V, VOUT = -32 V
¾
¾
-10
mA
VOH
¾
VDD = 4.5 V, IOH = -6 mA
2.4
¾
¾
V
RIN
¾
¾
100
¾
kW
50
80
200
kW
¾
3
6
mA
¾
0.6
0.9
mA
¾
3.5
6
mA
¾
0.5
10
mA
2.4
4.0
5.6
MHz
Hysteresis voltage
(schmitt circuit input)
Input current
( RESET , HOLD , TEST )
Output leak current
(source open drain)
Output high voltage
(P1~P2, R4~R9)
Input pull down resistor
(K0, R7~R9)
VDD = 5.5 V, VKK = -30 V
Pull down resistor
RKK
¾
Operating supply current
IDD 0
¾
Supply current (after clear)
IKK 1
¾
Supply current (shown full digits)
IKK 2
¾
Holding supply current
IDD H
¾
Ff
¾
(source open drain)
Oscillating frequency
VDD (VDDH) 5.5 V, fc = 4 MHz,
VIN = 5.3/0.2 V
VKK = -30 V, fc = 4 MHz
VDD = 5.5 V
VDD = 5.0 V, C = 100 pF
R = 1 kW ± 2%
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The Proposal of Outer Circuit for Tax Rate Holding with Back-Up Battery
Note 9: V1 = 3 V: Battery supply
V2 = 5 V: AC supply
~HOLD pin is pulled down in the LSI, but normally pulled up to VDD.
~RESET pin is pulled up to VDD.
(1)
Setting POWER SW to ON, V2 is supplied to VDD pin, and also to HOLD pin.
Then calculator operates normally.
(2)
Setting POWER SW from ON to OFF, V1 is supplied to VDD pin and VSS is supplied to HOLD pin.
Under this connection, TAX RATE is held.
(3)
Setting POWER SW to ON, V2 is supplied to VDD pin, and also to HOLD pin.
Then calculator operates normally with TAX RATE to be held.
Note 10: V1 (battery) should be supplied to the circuit after V2 (AC) supply, because of prevention from
exhaustion of battery and abnormal operation.
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Package Dimensions
Weight: 4.12 g (typ.)
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RESTRICTIONS ON PRODUCT USE
000707EBA
· TOSHIBA is continually working to improve the quality and 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 comply with the standards of
safety in making a safe design for the entire system, and to avoid situations in which a malfunction or failure of
such TOSHIBA products 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 TOSHIBA products specifications. Also, please keep in mind the precautions and
conditions set forth in the “Handling Guide for Semiconductor Devices,” or “TOSHIBA Semiconductor Reliability
Handbook” etc..
· The TOSHIBA products listed in this document are intended for usage in general electronics applications
(computer, personal equipment, office equipment, measuring equipment, industrial robotics, domestic appliances,
etc.). These TOSHIBA products are neither intended nor warranted for usage in equipment that requires
extraordinarily high quality and/or reliability or a malfunction or failure of which may cause loss of human life or
bodily injury (“Unintended Usage”). Unintended Usage include atomic energy control instruments, airplane or
spaceship instruments, transportation instruments, traffic signal instruments, combustion control instruments,
medical instruments, all types of safety devices, etc.. Unintended Usage of TOSHIBA products listed in this
document shall be made at the customer’s own risk.
· The products described in this document are subject to the foreign exchange and foreign trade laws.
· The information contained herein is presented only as a guide for the applications of our products. No
responsibility is assumed by TOSHIBA CORPORATION for any infringements of intellectual property or other
rights of the third parties which may result from its use. No license is granted by implication or otherwise under
any intellectual property or other rights of TOSHIBA CORPORATION or others.
· The information contained herein is subject to change without notice.
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