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Bipolar Logic;  Inverter;  PDIP - N;  7 V;  0.1 mA;  2 V;  0.8 V;  3.4 V (Typ.) 735-1616

Manufacturer: Texas Instruments Description: Bipolar Logic; Inverter; PDIP - N; 7 V; 0.1 mA; 2 V; 0.8 V; 3.4 V (Typ.) Device contains six independent inverters.


 
NAND Gate,  Quadruple 2-Input;  NAND Gate;  PDIP - N;  7 V;  2 V;  0.8 V;  0 to   degC 735-1610

Manufacturer: Texas Instruments Description: NAND Gate, Quadruple 2-Input; NAND Gate; PDIP - N; 7 V; 2 V; 0.8 V; 0 to degC These devices contain four independent 2-input NAND Gates. The devices perform the Boolean function Y == A B or Y == A + B in positive logic.


 
Line Driver;  TTL;  20-Lead PDIP;  7 V;  0.1 mA;  2 V;  0.8 V;  2 V (Min.) 735-1711

Manufacturer: Texas Instruments Description: Line Driver; TTL; 20-Lead PDIP; 7 V; 0.1 mA; 2 V; 0.8 V; 2 V (Min.) PNP inputs reduce DC loading Hysteresis at inputs improves noise margins These octal buffers and line drivers are designed specifically to improve both the performance and density of three-state memory address drivers, clock drivers, and bus-oriented receivers and transmitters.


 
Gate,  AND;  Quadruple 2 Input Positive AND Gate;  PDIP;  7 V;  0.1 mA;  2 V;  0.8 V 735-1621

Manufacturer: Texas Instruments Description: Gate, AND; Quadruple 2 Input Positive AND Gate; PDIP; 7 V; 0.1 mA; 2 V; 0.8 V These devices contain independent 2 input AND Gate.


 
Schottky;  TTL;  14-Lead PDIP;  7 V;  25 mA;  2 V (Min.);  0.80 V (Max.);  0 to   degC 735-1888

Manufacturer: Texas Instruments Description: Schottky; TTL; 14-Lead PDIP; 7 V; 25 mA; 2 V (Min.); 0.80 V (Max.); 0 to degC Package options include plastic inchesSmall outlineinches packages. Ceramic chip carriers and flat packages and plastic and ceramic DIPs These devices contain two independent D-type positive-edge-triggered flip-flops. A low level at the preset or clear inputs sets or resets the outputs regardless of the levels of the other inputs. When preset and clear are inactive, data at the D input mee


 
2 Input Positive OR Gate;  2 Input OR Gate;  PDIP;  7 V;  0.1 mA;  2 V;  0.8 V 735-1747

Manufacturer: Texas Instruments Description: 2 Input Positive OR Gate; 2 Input OR Gate; PDIP; 7 V; 0.1 mA; 2 V; 0.8 V Dependable Texas instruments quality and reliability These device contain four independent 2-input OR gates.


 
Flip-Flop;  D-Type Flip-Flop;  PDIP - N;  7 V;  24 mA (Typ.);  2 V;  0.8 V 735-1771

Manufacturer: Texas Instruments Description: Flip-Flop; D-Type Flip-Flop; PDIP - N; 7 V; 24 mA (Typ.); 2 V; 0.8 V Full parallel access for loading Buffered control inputs These 8-bit registers feature 3-state outputs designed specifically for driving highly capacitive or relatively low-impedance loads. The high-impedance 3-state and increased high-logic-level drive provide these registers with the capability of being conne


 
Inverter,  Hex;  Inverter;  PDIP;  7 V;  9 mA (Typ.) (HIGH),  30 mA (Typ.) (LOW);  2 V 735-1619

Manufacturer: Texas Instruments Description: Inverter, Hex; Inverter; PDIP; 7 V; 9 mA (Typ.) (HIGH), 30 mA (Typ.) (LOW); 2 V These devices contain six independent inverters. To perform correctly, the open-collector outputs require pull-up resistors. These devices may be connected to other open-collector outputs to implement active-low wired-OR or active-high wire-AND functions.


 
Schottky;  Octal Buffer/Line Driver w/3 State Outputs;  20-Lead PDIP;  7 V;  52 mA 735-5088

Manufacturer: Texas Instruments Description: Schottky; Octal Buffer/Line Driver w/3 State Outputs; 20-Lead PDIP; 7 V; 52 mA The Octal buffers and line drivers are designed to have the performance of the series SN54LS240⁄SN74LS240 series, and at the same time offer a pin out having the inputs and outputs on the opposite side packages. This ar


 
Counter;  TTL;  16-Lead PDIP;  7 V;  0.1 mA;  2 V;  0.8 V;  3.4 V (Typ.);  8 mA (Max.) 735-1665

Manufacturer: Texas Instruments Description: Counter; TTL; 16-Lead PDIP; 7 V; 0.1 mA; 2 V; 0.8 V; 3.4 V (Typ.); 8 mA (Max.) Internal look-ahead for fast counting Carry output for n-Bit cascading Synchronous counting Synchronous operation is provided by having all flip-flops clocked simultaneously so that the outputs change coincident with each other when so instructed by the count-enable inputs and internal gating. A buffered clock input triggers the four flip-flops


 
Multivibrator;  TTL;  16-Lead PDIP;  5 V (Typ.);  4.7 mA (Typ.);  2 V (Min.) 735-5098

Manufacturer: Texas Instruments Description: Multivibrator; TTL; 16-Lead PDIP; 5 V (Typ.); 4.7 mA (Typ.); 2 V (Min.) Highly stable Overriding clear terminates output pulse Dual multivibrators with performance characteristics virtually identical to those of the ’121 devices. Each multivibrator features a negative-transition triggered input and a positive-transition-triggered input, ei


 
Flip-Flop;  TTL;  16-Lead PDIP;  5 V (Typ.);  11 mA (Typ.);  2 V (Min.);  8 mA (Max.) 735-1686

Manufacturer: Texas Instruments Description: Flip-Flop; TTL; 16-Lead PDIP; 5 V (Typ.); 11 mA (Typ.); 2 V (Min.); 8 mA (Max.) Contain four flip-flops with single-rail outputs Buffered clock and direct clear inputs Individual data input to each flip-flop For buffer⁄storage registers, shift registers, pattern generators applications.


 
Schottky;  NAND;  PDIP;  7 V;  5.9 mA (Typ.) High,  8.2 mA (Typ.) Low;  2 V;  0.8 V 735-1637

Manufacturer: Texas Instruments Description: Schottky; NAND; PDIP; 7 V; 5.9 mA (Typ.) High, 8.2 mA (Typ.) Low; 2 V; 0.8 V Improved line receiving characteristics High noise immunity Its operation from very slow edges.


 
Counter;  TTL;  14-Lead PDIP;  7 V;  38 mA (Typ.);  2 V;  0.8 V;  3.4 V (Typ.) 735-5114

Manufacturer: Texas Instruments Description: Counter; TTL; 14-Lead PDIP; 7 V; 38 mA (Typ.); 2 V; 0.8 V; 3.4 V (Typ.) Dual 4-bit version can significantly improve system densities by reducing counter package count by 50% Typical maximum count frequency 35 MH These monolithic circuits contains eight master-slave flip-flop and additional gating to implement, two individual four-bit counter in a single package.


 
Positive-NAND Gate;  8-Input NAND Gate;  PDIP;  7 V;  0.1 mA;  2 V;  0.8 V 735-5076

Manufacturer: Texas Instruments Description: Positive-NAND Gate; 8-Input NAND Gate; PDIP; 7 V; 0.1 mA; 2 V; 0.8 V Dependable Texas instruments quality and reliability These devices contain a single 8-input NAND gate.


 
Shift Register;  TTL;  14-Lead PDIP;  7 V;  0.1 mA;  2 V;  0.8 V;  -0.4 mA (Max.) 735-1671

Manufacturer: Texas Instruments Description: Shift Register; TTL; 14-Lead PDIP; 7 V; 0.1 mA; 2 V; 0.8 V; -0.4 mA (Max.) Gated serial inputs Asynchronous clear Fully buffered and clock and serial inputs.


 
Buffer/Driver;  TTL;  14-Lead PDIP;  7 V;  0.1 mA;  2 V;  0.8 V;  30 V (Max.) 735-4078

Manufacturer: Texas Instruments Description: Buffer/Driver; TTL; 14-Lead PDIP; 7 V; 0.1 mA; 2 V; 0.8 V; 30 V (Max.) Convert TTL voltage levels to MOS levels High-sinnk current capability Input clamping diodes simplify system design Open-collector driver for indicator lamps and relays Inputs fully compatible with most TTL circuits 175 mW typical power dissipation, 8 ns average propagation delay time.


 
Buffer/Line Driver;  TTL;  20-Lead PDIP;  7 V;  13 mA (Typ.);  2 V;  0.6 V (Max.) 735-1806

Manufacturer: Texas Instruments Description: Buffer/Line Driver; TTL; 20-Lead PDIP; 7 V; 13 mA (Typ.); 2 V; 0.6 V (Max.) 3-state outputs drive bus lines or buffer memory address registers PNP inputs reduce DC loading Hysteresis at inputs improves no Offer a pinout having the inputs and outputs on opposite sides which greatly enhances printed circuit board layout.


 
Counter;  N Package;  PDIP;  7 V;  18 mA (Typ.);  2 V;  0.8 V;  3.4 V (Typ.) 735-1668

Manufacturer: Texas Instruments Description: Counter; N Package; PDIP; 7 V; 18 mA (Typ.); 2 V; 0.8 V; 3.4 V (Typ.) Synchronous operation is provided by having all flip-flop clocked simultaneously so that the output change coincide with each other when so instructed by the count enable inputs and internal gating. This mode of operation eliminates the output counting sp


 
Buffer/Driver;  TTL;  14-Lead PDIP;  5 V (Typ.);  45 mA (Max.);  2 V (Min.) 735-4079

Manufacturer: Texas Instruments Description: Buffer/Driver; TTL; 14-Lead PDIP; 5 V (Typ.); 45 mA (Max.); 2 V (Min.) Convert TTL voltage levels to MOS levels High sink-current capability Input clamping diodes simplify system design Feature high-voltage open-collector outputs to interface with high-level circuits or for driving high-current loads. They are also characterized for use as buffers for driving TTL inputs.


 
Positive-AND Gate;  No Value;  14-Lead PDIP;  5 V (Nom.);  1.2 mA (Typ.) (High) 735-5082

Manufacturer: Texas Instruments Description: Positive-AND Gate; No Value; 14-Lead PDIP; 5 V (Nom.); 1.2 mA (Typ.) (High) Quality and reliability These device contain two independent 4-input AND gates.


 


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