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AMD

Am1404A Datasheet Preview

Am1404A Datasheet

1024-Bit Dynamic Shift Registers

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Am1402A/Am1403A/Am1404A
Am2802/Am2803/Am2804
1024-Bit Dynamic Shift Registers
Distinctive Characteristics
• Quad 2S6-bit, dual S12-bit, single 1024-bit
• 10 MHz frequency operation guaranteed for Am2802,
Am2803 and Am2804.
• Low power dissipation of 0.1 mW/bit at 1 MHz
• DTL and TTL compatible
• Both military and commercial grade devices available
• 100%reliabilifyassurance testing in compliance with
MI L-STO-883.
• Electrically tested and optically inspected die for the
assembl&rs of hybrid products
FUNCTIONAL DESCRIPTION
The Am1402A, 3A, and 4A are 1024-bit silicon gate dynamic
shift registers. The low threshold characteristics of this tech-
nology allow high-speed operation and DTL and TTL com-
patibility. The Am1402A is a quad 256-bit device; the
Am1403A is a dual 512-bit register; and the Am1404A is a
single 1024-bit. register. All three devices require two-phase
non-overlapplng<clocks, and provide a one-bit shift on each
clock pulse. Tt)e'Ar.02S02, 3, and 4 registers are functionally
identical to the Am14D2A, 3A, and 4A, but are guaranteed to
operate over freqvencies from 400 Hz to 10 MHz.
BLOCK DIAGRAMS
Am1402A/1403A/1404A Shift Registers
37
bb
2~~D_'_________________·_"O_24_B_'TS_·_2_________________D~0t-5
Functi0fUll Equivalent of Each Register
Am1404A/Am2804
Am1402A/Am2802
Part Number
Am1402A/
2802
Am1403A/
2803
Am1404A/
2804
M05-396
.1~
02-----u--u-----L
DATAIN
I A I B I c I DIE I F
M05-397
Since the tvIIO'fe-gisterS shift on opposite clock pulses, a new
data bit is entered on both <1>1 and q,2" Data entering the
register on ¢, ,wtll ,appear at the output on <1>1 (from the
negative edge ,0(<1>1 tQ the negative edge of <1>21.
Package Type
ORDERING INFORMATION
Standard
Temperature
Speed Range
Range
Order Number
Hermetic DIP
Hermetic DIP
Molded DIP
O°C to +70°C
-55°C to+125°C
O°C to +70°C
AM1402A
AMl402ADM
AM 1402APC
TO-99
TO-99
Molded DIP
O°C to +70°C
-55°C to +125°C
O°C to +70°C
AM1403A
AM.14Q3AHM
AM1403APC
TO-99
TO-99
Mini DIP Plastic
O°C to +70°C
_55°C to +125°C
O°C to +70°C
. AM1404A
. AM1404AHM
AM1404APC
Extended
Speed Range
Order Number
AM2802DC
AM2802DM
AM2802PC
AM2803HC
AM2803HM
AM2803PC
AM2804HC
AM2804HM
AM2804PC
5-7




AMD

Am1404A Datasheet Preview

Am1404A Datasheet

1024-Bit Dynamic Shift Registers

No Preview Available !

Am1402A/03A/04A· Am2802l03/04
MAXIMUM RATINGS (Above which the useful life may be impaired)
Storage Temperature
Temperature Under Bias
Power Dissipation (Note 1)
Data and Clock Input Voltages with respect to most Positive Supply Voltage, Vee
Power Supply Voltage, VDD with respect to Vee
OPERATING RANGE
Part Number
Am1402A, Am1403A, Am1404A
Am1402ADM, Am1403AHM, Am1404AHM
Am2802DC, Am2803HC, Am2804HC
Am2802DM, Am2803HM, Am2804HM
Vcc
5V ±5%
5V ±5%
5V ±5%
5V ±5%
VDD
-4.75V to -9.45V
-4. 75V to -9.45V
-5V ±5%
-5V ±5%
Temperature Range
O°C to +70°C
_55°C to +125°C
O°C to +70oC
_55°C to +125°C
600mW
0.3Vto -20V
0.3 Vto -20 V
ELECTRICAL CHARACTERISTICS over operating range
Parameters
V IH
VIL
II
10
Iet>L
VOH
VOL
Vet>H
Vet>L
100(-5)
(Note 1)
100(-9)
(Note 1)
Description
Input HIGH Voltage
Input LOW Voltage
Input Current
Output Leakage Current
Clock Leakage Current
Output HIGH Voltage D~iving TTL,
Output HIGH Voltage Driving MOS
Output HIGH Voltage Driving TTL
Output HIGH Voltage Driving MOS
Output LOW Voltage
Clock Input HIGH Level
Clock I nput LOW Level
VOO Current, VOO = -5 V ±5%
VOO Current, VOO = -5V ±5%
VOO Current, VOO = -9V ±5%
Test Conditions
TA=25°C
T A = 25°C, VOUT = OV
TA = 25°C, Vet> = -12V
R,L = 3k to VOO,
VOO = -5V ±5%
RL = 4,7k to VOO,
VOO = -5V ±5%
RL = 4.7k to VOO,
VOO = -9V ±5%
RL = 6.2k to VOO, 3.9k to Vce
VOO = -9V ±5%
VOO = -5V±5%,
RL,= 3k to VOO, IOL = -1.6rnA
RL = 4.7k to VOO
VOO =-9V ±5%,IOL = -1.6rnA
VOO = -5V ±5%
VOO = -9V ±5%
5 MHz Data Rate
33% Duty eyc'le
Vet>L = VCC-17V
TA = 25°C
TA = O°C
TA = _55°e
10MHz Data Rate
40% Duty Cycle
Vet>L = VCC-17
TA = 25°C
TA = O°C
TA =_55°C
3MHz Data Rate TA = 25°C
26% Duty Cycle TA = O°C
Vet>L = VCC-14.7V TA = _55°C
Am1402A, 3A, 4A
Min. Typ. Max.
V e e -2 .O
Vce- 1O
VCC-4·2
<10
500
<10
1000
10 1000
2.4 3.5
VCC-l.9 VCC-l
2.4 3,5
VCC-l.9 VCC-l
-0.3
0.5
VCC-l
Vce-15
VCC-12.6
-0.3
40
0.5
VCC+0.3
Vee-17
VCC-14.7
50
56
30 40
45
Am2802, 3, 4
Min.
Typ.
Max.
V e e -2 .O
VCC-10
VCC-4.2
<10
500
<10
1000
10 1000
Units
V
V
nA
nA
nA
VCC-l.9 VCC-l
VCC-l.9 VCC-l
V
-0.3
0.5
V
VCC-l
VCC+0.3
V
VCC-15
VCC-12.6
Vce-17
VCC-14.7
V
40 50
56 rnA
70
50 60
68 rnA
80
30 40
45 rnA
60
Note: 1. Power dissipation is directly proportional to clock duty cycle and independent of frequency. The duty cycle is the clock LOW time (one cia.
line) divided by the clock period. At VDD = -9V the maximum duty cycle is 26%. The duty cycle should be kept as small as possible to minimi
power dissipation.
5-8



Part Number Am1404A
Description 1024-Bit Dynamic Shift Registers
Maker AMD
Total Page 6 Pages
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