Datasheet · 1976
Intel 1402A/1403A/1404A Dynamic Shift Registers (1976 Data Catalog)
Intel 1402A/1403A/1404A dynamic shift registers — 1976 Intel Data Catalog pages 4-2 to 4-6; metal-can (M1404A) pinout used to check the KENBAK-1 reproduction board.
Datasheet · 1976
Intel 1402A/1403A/1404A dynamic shift registers — 1976 Intel Data Catalog pages 4-2 to 4-6; metal-can (M1404A) pinout used to check the KENBAK-1 reproduction board.
SERIAL MEMORIES Electrical Characterl811c8 Over Temperature Clock Level8 Supplle8[V] Page No. TTL MOSITTL 5, -5 or 5,-9 4-3 TTL MOSITTL 5, -5 or 5, c9 4-3 TTL MOSITTL 5, -5 or 5,-9 4-3 400mW TTL MOSITTL 5, -5, or 5, -9 4-7 1MHz 350mW TTL TTL +5 4-11 De8crlpllon Min. Max. 1402A 1024 Quad 256-81t Dynamic 10kHz 5MHz 500mW 0 :i 1403A 1024 Dual 512-81t Dynamic 10kHz 5MHz 500mW W 1404A 1024 1024-81t Dynamic 10kHz 5MHz 500mW ee 140SA 512 Dynamic Recirculating 10kHz 2M Hz Z 2401 2048 Dual 1024-81t Dynamic Recirculating 25kHz 0 tCJ 0 (J ::; 0 Data Rep. Rate Power Input. Dlsslpallon Output Max.[1] Levels Type No. Of BlIs 2405 1024 1024-81t Dynamic Recirculating 25kHz 1MHz 350mW TTL TTL +5 4-11 2416 16,384 ceo Serial Memory 125kHz 2M Hz 300mW TTL MOS. +12, -5 4-15 Note: Power Dissipation calculated with maximum power supply current and nominal supply Yoltagee. inter 1402A, 1403A, 1404A 1024 BIT DYNAMIC SHIFT REGISTER • Guaranteed 5 MHz Operation over Temperature Range • Inputs Protected Against Static Charge • Low Power Dissipation--.1 mW/bit at1 MHz • Standard Packaging -- 8 Lead Metal Can,16 Pin Ceramic Dual In-Line • DTL, TTL Compatible • Low Clock Capacitance -- 140 pF • Low Clock Leakage -- ~ 1 J-IA • Three Standard Configurations -Quad 256 Bit -- 1402A, Dual 512 Bit --1403A, Single 1024 Bit -1404A The 1402A/1403A/1404A are direct pin for pin replacements for the 1402/1403/1404. Due to "on chip" multiplexing the data rate is twice the clock rate. Data is shifted one bit on each clock pulse (both \ill and 16 2 ). The 1402A/1403A/1404A family is ideally suited for usage in low cost serial memories or delay line applications. A high speed data rate of 5 MHz is easily obtained at the power supplies of +5V and -5V. The 1402A/3A/4A are capable of operating at the power supply voltages of +5V, -9V as well as +5V, -5V. The input to the shift register can be driven directly by standard bipolar integrated circuits (TTL, DTL, etc.l. The design of the output stage provides driving capability for both MOS and bipolar Ie's. Use of low threshold silicon gate technology allows high speed (5 MHz guaranteed I while reducing power dissipation by a factor of two and clock input capacitance by a factor of three compared to equivalent products manufactured by conventional technologies. PIN CONFIGURATION IN 4 voo OUT 4 NC voo $2 IN 3 OUT 3 vee Vee M1403A M1404A C1402A/P1402A 4-3 1402A, 1403A, 1404A Absolute Maximum Ratings (1 ) Temperature Under Bias Storage Temperature O°C to 70°C -65°C to +160°C Power Dissipation (2) 1 Watt Data and Clock Input Voltages and Supply Voltages with respect to VCC . +O.5V to -20V D.C. Characteristics T A = O°C to 70°C, V cc = +5V ±5%, unless otherwise specified Voo = -5V ±5% or -9V ±5% SYMBOL Typ (3 ) MAX. UNIT I nput Load Current <10 500 nA TA =25O C TEST III MIN. CONDITIONS ILO Output Leakage Cu rrent <10 1000 nA VOUT=O.OV, TA =25 OC ILC Clock Leakage Current 10 1000 nA Max. VI LC' TA =25 O C VIL Input "Low" Voltage Vcc -4.2 V VIH Input "High" Voltage Vcc +·3 V 50 rnA Vcc -l0 Vcc -1.5 Voo =-5V ±5% 1001 Power Supply Current 40 IOD2 Power Supply Current VILC VIHC Clock Input Low Voltage Clock Input High Voltage VOL Output Low Voltage VOH1 Output High Voltage Driving TTL 2.4 3.5 VOH2 Output High Voltage Driving MOS Vcc-l.4 Vcc -l TA ~250} 0"",",", Lo," "0", 5 MHz Data Rate, 33% Duty Cycle, Continuous Operation, Tc=OoC rnA Vcc -17 V cc -15 V Vcc -l Vcc +·3 V 0.5 V RL1 =3K to Voo ' 10L = 1.6 rnA V RL1 =3K to Voo ' IOH= -100 flA V RL2 =4. 7K to V00 (See p. 6 for connection) rnA TA -25 -.3 Voo = -9V±5% 1003 VILC=VCC -17V 56 Power Supply Current 30 40 rnA V Vcc +·3 V J 0"',", " L"" "0", 3 MHz Data Rate, 26% Duty Cycle, Continuous Operation, VILc=Vcc-14.7V 1004 Power Supply Current VILC VIHC Clock Input Low Voltage Vcc -14.7 Clock Input High Voltage Vcc -l VOL Output Low Voltage V RL1 =4.7K to Voo ' IOL = 1.6 rnA VOH1 Output High Voltage Driving TTL 2.4 3.5 V RL1 =4.7K to Voo' 10H=- lOOfl A VOH2 Output High Voltage Driving MOS Vcc-l.4 Vcc -l V RL2 =6.2K to Voo} (See p. 6 for RL3 =3.9K to VCC connection) -.3 45 Vcc -12.6 0 0.5 Tc =OoC Note 1: Stresses above those listed under "Absolute Maximum Ratings" may cause permanent damage to the device. This is a stress rating only and functional operation of the device at these or at any other condition above those indicated in the operational sections of this specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. Note 2: The 1 watt dissipation is not to be construed as an operating rating (see note 1). For operating at elevated temperatures the device must be derated based as shown on page 3. When operating at V DD = -5V±.5% the maximum duty cycle is 33% and at V OD =-9V+5%the maximum duty cycle is 26%. In applications the duty cycle should be a minimum to reduce power dissipation. Duty cycle = It¢pw + ~(tR + tF)]x clock rate. Note 3: Typical values are at T A = 250 C and at nominal voltages. 1402A,1403A,1404A A. C. Characteristics T A = O°C to 70°C; Vcc = +5V ±5% Voo =-9V ±5% VOO=-5V ±5% SYMBOL TEST (Test Load 1) UNIT (Test Load 2) MIN. MAX. 1.5 MHz 5.0 Note 1 3.0 MHz ~sec MIN. MAX. Frequency Clock Rep Rate Frequency Data Rep Rate Note 1 t¢pw Clock Pulse Width .130 10 .170 10 10 Note 1 10 Note 1 nsec 1000 . nsec 2.5 t¢o Clock Pulse Delay ~, tF Clock Pulse Transition 1000 taw Data Write Time (Set Up) 30 60 tOH Data To Clock Hold Time 20 20 tA+,t A _ Clock To Data Out Delay nsec nsec 110 90 nsec CAPACITANCEI21 V CC= +5V ±5%, Voo= --5V ±5% or -9V ±5%, T A = 25°C SYMBOL TEST TYP. MAX. CIN I nput Capacitance 5 pF 10 pF COUT Output Capacitance 5 pF 10 pF CI/J Clock Capacitance 110 pF 140 pF VI/J = Vcc CI/J11/J2 Clock to Clock Capacitance 11 pF 16 pF VI/J - Vcc Note 1: See page 5 for guaranteed curve. CONDITIONS V" ~ V" J VOUT-VCC i~HZ Note 2: This parameter is periodically sampled and 15 not 100% tested. Switching Characteristics Conditions of Test TEST LOAD 1 TEST LOAD 2 Input rise and fall times: 10 nsec Output load is 1 TTL gate 3k Voo~ -5V±5% Timing Diagram I BIT 1 BIT 2 BIT N BIT N+1" BIT 1 BIT N+2 BIT 2 l~ 1-: -or t00 ---1---: I I ! I I I I I t00-l_1 I I : 1- I Voo~ -9V±5% -r------- VIHC 01 CLOCK tC/J1 PW 4.7k CLOCK RATE :: +--------- VILC I II II --11-tR --I I II 10% I "'2 II I YJ II I CLOCK tow' - I 110I I I I I I I I I tOH '--,-.-1 I- I I I I : -ltC/J2Pwl-+OATA RATE-I I .. OATAIN •• ---.. IN BIT 2 IN BIT 1 90% -------------------n----------;.--- ________.__ 1 _ l__ t A+ OA;;-O-U~----------------------------1r-------------l--j( ----------------....,l/ *tDW and tOH same for t~2 "N ~ 256 lor 1402A, N ~ 51210r 1403A. N ~ 102410r 1404A I I I ..1 _________ V IH : __I I ... _________ OUT BIT 1 !..-t A _ V 1L ~r----- VOH 01"-.- VOL OUT BIT 2 4-5 1402A, 1403A, 1404A Typical Characteristics POWER DISSIPATION IBIT VS SUPPLY VOLTAGE POWER DISSIPATION IBIT VS CLOCK AMPLITUDE .7r---~-r--r--~-.--._-._-, SPECIFIED CLOCK AMPLITUDE RANGE .6 .6 .5 .5 .4 .4 DATA RATE OF 5 MHz 33% DUTY CYCLE f---I- .3 .3 f - - - I - ., ., f - - - I - o '-', <,----'--9 -10 -11 -12 -13 -14 -15 o -16 -12 -13 Voo-Vee (VOL lS) IOO CURRENT VS DATA RATE 100 -14 -15 -16 -17 -18 -19 -20 -22 Vile - Vee (VOL IS) MAXIMUM DATA RATE VS CLOCK AMPLITUDE r------,----,------,--r-r-, 'O~--t--t---t~~+---t 40 30 'O~----r----r----~~-+-+~ 10KHz 1 KHz 100KHz -10 lOMHz -12 -16 -14 -18 Vile -Vee (VOL IS) DATA RATE MINIMUM OPERATING DATA RATE OR MAXIMUM CLOCK PULSE DELAY VS TEMPERATURE 10K --- J. ~"I".~~--.I k G\lp..f\P'..- _r ¢\.~ .-- 0.' -- --- ---10 20 25 30 Voo· -5V OR_ V'I- -'VI ·40 50 60 70 AMBIENT TEMPERATURE (Oe) DTL/TTL MOS Interfaces .1 I ~ ~ RL3 3K f Vee IN 1402A13A/4A DTlITTl 1111 (112 Vee IN OUT ~, Vee RL2 V 'Heli vOLe I UV'He 111, OUT DTLITTL Vee RU 1 AL Load Resistor Values for Different VOO Supplies VCC=5V Vcc=SV VOO=-5V Voo=-9V ~1 3.0K 4,7K RL, 4.7K 6.2K RL3 No' required 3.9K Vee Vile 111, 4-6 1402A/3A/4A 111,