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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
SN74HCT273ANSRG4 Texas Instruments Octal D-Type Flip-Flops With Clear 20-SO
CD40175BW Texas Instruments CMOS Quad D-Type Flip-Flop 0-WAFERSALE
SN74HCT273ANSR Texas Instruments Octal D-Type Flip-Flops With Clear 20-SO
SN74HCT273ANSRE4 Texas Instruments Octal D-Type Flip-Flops With Clear 20-SO
CD40174BKMSR Intersil Corporation 4000/14000/40000 SERIES, POSITIVE EDGE TRIGGERED D FLIP-FLOP, TRUE OUTPUT, CDFP16, CERAMIC, DFP-16
CD4076BKMSR Intersil Corporation 4000/14000/40000 SERIES, POSITIVE EDGE TRIGGERED D FLIP-FLOP, TRUE OUTPUT, CDFP16, CERAMIC, DFP-16

flip flop T (Toggle) Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2012 - flip flop T

Abstract:
Text: PSoC CreatorTM Component Datasheet ® Toggle Flip Flop 1.0 Features T input toggles Q value Configurable width for array of Toggle Flip Flops General Description The Toggle Flip Flop captures a digital value that can be toggled. When to Use a Toggle Flip Flop Use the Toggle Flip Flop , and output connections for the Toggle Flip Flop . t ­ Input This input determines whether to toggle , Flop is implemented in PLD macrocells using the built-in T Flip Flop mode. Table 1. 1-ArrayWidth Toggle


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74139 for bcd to excess 3 code

Abstract:
Text: F226 J-K flip flop with set 10 (4) 120 F227 J-K flip flop with setf/reset 11 (4) Toggle flip flops 121 TFR Toggle flip flop with reset 8 (3) 122 F312 Toggle flip flop with reset 7 (3) 123 F313 Toggle flip flop with set 7 (3) 124 F314 Toggle flip flop with set/reset 8 (3) 125 TFR1 Toggle flip flop with reset 7 (3) 126 F316 Toggle flip flop with set 7 (3) 127 F317 Toggle flip flop with set/reset 8 (3) 128 F325 Toggle flip flop with reset 7 (4) 129 F326 Toggle flip flop with set 7 (4


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PDF MSM70H000 MSM70H000, 74139 for bcd to excess 3 code design a bcd counter using jk flip flop ttl 74118 priority encoder 74148 alu 74381 jk flip flop to d flip flop conversion 74541 buffer design excess 3 counter using 74161 two 3 to 8 decoders 74138 7444 series Excess-3-gray code to Decimal decoder
asynchronous 4bit up down counter using jk flip flop

Abstract:
Text: ) 120 F227 J-K flip flop with set/reset 11 (4) Toggle flip flops 121 TFR Toggle flip flop with reset 8 (3) 122 F312 Toggle flip flop with reset 7 (3) 123 F313 Toggle flip flop with set 7 (3) 124 F314 Toggle flip flop with set/reset 8 (3) 125 TFR1 Toggle flip flop with reset 7 (3) 126 F316 Toggle flip flop with set 7 (3) 127 F317 Toggle flip flop with set /reset 8 (3) 128 F325 Toggle flip flop with reset 7 (4) 129 F326 Toggle flip flop with set 7 (4) 130 F327 Toggle flip flop with set


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PDF MSM70V000 MSM70V000, asynchronous 4bit up down counter using jk flip flop counter 74168 Multiplexer 74152 3-8 decoder 74138 synchronous counter using 4 flip flip 74183 alu 7444 series Excess-3-gray code to Decimal decoder counter 74169 MH 74151 74169 SYNCHRONOUS 4-BIT BINARY COUNTER
counter 74168

Abstract:
Text: (4) Toggle flip flops 121 TFR Toggle flip flop with reset 8 (3) 122 F312 Toggle flip flop with reset 7 (3) 123 F313 Toggle flip flop with set 7 (3) 124 F314 Toggle flip flop with set/reset 8 (3) 125 TFR1 Toggle flip flop with reset 7 (3) 126 F316 Toggle flip flop with set 7 (3) 127 F317 Toggle flip flop with set/reset 8 (3) 128 F325 Toggle flip flop with reset 7 (4) 129 F326 Toggle flip flop with set 7 (4) 130 F327 Toggle flip flop with set/reset 8 (4) 131 TFRE Toggle flip flop with


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PDF MSM70V000 MSM70V000, counter 74168 3-8 decoder 74138 counter 74169 Multiplexer 74152 74183 adder 74381 alu 74169 binary counter 74175 flip flops 74151 8 by 1 Multiplexer flip flop 74379
Not Available

Abstract:
Text: low true 0 1 Carry toggle flip flop (starts out low ) 1 0 Carry - high true 1 1 24 , -4 Pin 17 F unction 0 0 Borrow - low true 1 0 Borrow toggle flip flop (starts out low ) 1 0 , it-5 B it-4 Pin F unction Carry - low true Carry toggle flip flop (starts out low ) Carry - high , -5 B it-4 P in F unction Borrow - low true Borrow toggle flip flop (starts out low ) Borrow - high , T oggle Flip Flop . T oggles every time the 24-bit counter equals the 24-bit Preset Register


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PDF LS7166 24-bit 20-pin S7166 0000QH1
2003 - Not Available

Abstract:
Text: following: Bit-5 Bit-4 Pin 16 Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out , Borrow toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24-bit Comparator/Counter match , -4 Pin Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry - , -4 Pin Function 0 0 Borrow - low true 0 1 Borrow toggle flip flop (starts out low) 1 0 Borrow - , . The toggle flip flops are triggered by the trailing edges of the associated Carry, Borrow, or Compare


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PDF LS7166 LS7166 24-bit PC7166,
2003 - Not Available

Abstract:
Text: following: Bit-5 Bit-4 Pin 16 Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out , Borrow toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24-bit Comparator/Counter match , -5 Bit-4 Pin Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry , : Bit-5 Bit-4 Pin Function 0 0 Borrow - low true 0 1 Borrow toggle flip flop (starts out low) 1 , triggered. Bit-2: Compare Toggle Flip Flop . Toggles every time the 24-bit counter equals the 24-bit Preset


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PDF LS7166 LS7166 24-bit PC7166,
2012 - sr flip flop

Abstract:
Text: , 2012 SR Flip Flop PSoC CreatorTM Component Datasheet ® Component Parameters Drag a Toggle , PSoC CreatorTM Component Datasheet ® SR Flip Flop 1.0 Features Clocked for safe use in synchronous circuits. Configurable width for array of SR Flip Flops. General Description The SR Flip Flop stores a digital value that can be set or reset. When to Use an SR Flip Flop Use the SR Flip Flop to , connections for the SR Flip Flop . s ­ Input This input sets the output (to logic high `1'). The output


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2002 - t flip flop

Abstract:
Text: times. The simplest state machine is probably the toggle ( T ) flip flop , which can operate at 416 MHz on , met, so the only roadblock is the clock to output time for the T flip flop . Toggle flip flops have , CPLD products and results in the upper speed limit being that of the T flip flop toggle rates. Other , viewpoint on a digital device. Flip flop switching speed is typically limited by the sum of setup time (TSU , the expression: FMAX = 1/(TSU + TCO) This is a bare flip flop . In the programmable logic world, it


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PDF XAPP379 XAPP375, XAPP376, XAPP377 XAPP378. t flip flop COOLRUNNER-II 7 segment verilog code for johnson counter XAPP376 XAPP375 Implementation of digital clock using flip flops FLIP FLOP toggle flip flop T Toggle CoolRunner-II CPLD COOLRUNNER-II
siemens master drive circuit diagram

Abstract:
Text: J-K flip flop J-K flip flop with scan J-K flip flop with clear J-K flip flop with clear/scan J-K flip flop with preset/clear J-K flip flop with preset/clear and scan Toggle flip flop with clear Toggle flip , Primitive Cells (Cont.) Name Flip Flop FD1x FD1SX FD2x FD2Sx FD3x FD3SX FD4x FD4Sx FJK1X FJKISx FJK2X , , fanout=2) 150 MHz maximum toggle frequency Performance optimization with standard and high drive , Temperature Symbol V DD Basic Cell Delay vs. Fanout (SCxC1 VDD =5 V, T a =25°C with estimated wiring


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PDF TC110G M33S004 siemens master drive circuit diagram SR flip flop IC toshiba tc110g jk flip flop to d flip flop conversion SC11C1 JK flip flop IC half adder circuit using 2*1 multiplexer siemens Nand gate programmable slew rate control IO
Not Available

Abstract:
Text: following: Bit-5 Bit-4 Pin 16 Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out , Borrow toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24-bit Comparator/Counter match , -4 Pin Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry - , -4 Pin Function 0 0 Borrow - low true 0 1 Borrow toggle flip flop (starts out low) 1 0 Borrow - , . The toggle flip flops are triggered by the trailing edges of the associated Carry, Borrow, or Compare


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PDF LS7166 LS7166 24-bit PC7166,
2006 - LFLS7166

Abstract:
Text: Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry - high true 1 1 24 , -4 Pin 17 Function 0 0 Borrow - low true 0 1 Borrow toggle flip flop (starts out low) 1 0 Borrow , toggle flip flop (starts out low) 1 0 Carry - high true 1 1 24-bit Comparator / Counter match - low , Borrow toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24-bit Comparator/Counter match , -bit counter overflows generating a carry. Trailing edge triggered. Bit-2: Compare Toggle Flip Flop . Toggles


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PDF LFLS7166 LFLS7166 24-bit PC7166, 24-bit 136th PC7166 LFLS7166-S Toggle flip flop block diagram of register file with d flip flop quadrature encoder 8 bit incremental optical encoder 5V ttl LFLS7166 24-bit Quadrature Counter PC716
2000 - Not Available

Abstract:
Text: -4 Pin 16 Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry - , bits as follows: Bit-5 Bit-4 Pin 17 Function 0 0 Borrow - low true 0 1 Borrow toggle flip flop , low true 0 1 Carry toggle flip flop (starts out low) 1 0 Carry - high true 1 1 24 , Borrow - low true 0 1 Borrow toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24 , overflows generating a carry. Trailing edge triggered. Bit-2: Compare Toggle Flip Flop . Toggles every time


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PDF LS7166 LS7166 24-bit PC7166,
Not Available

Abstract:
Text: toggle flip flop (starts out low) 1 0 Borrow - high true 1 1 24-bit Comparitor/Counter match - high , triggered. Bit-2: Compare Toggle Flip Flop . Toggles every time the 24-bit counter equals the 24-bit Preset , -5 Bit-4 Pin 16 Function 0 0 Carry - low true 0 1 Carry toggle flip flop (starts out low) 1 0 , Control Register as follows: Bit-5 Bit-4 Pin Function 0 0 Carry - low true 0 1 Carry toggle flip , Register. They are insepa­ rably linked together. The toggle flip flops are triggered by the trailing


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PDF 24-bit 20-pin 24-bit
2001 - Single Toggle Flip Flop

Abstract:
Text: . Figure 1. Flip-Flop ­ D-Type Generator 4 IP Core Generator: Flip Flop 2434B­1/02 IP Core Generator: Flip Flop Flip-Flop ­ Toggle The Toggle Flip-Flop generator can be used to create a register , Initialization Value Radix 2 IP Core Generator: Flip Flop 2434B­1/02 IP Core Generator: Flip Flop , 598.8 1.7 8 1x8 IP Core Generator: Flip Flop 2434B­1/02 IP Core Generator: Flip Flop , IP Core Generator: Flip-Flop Features · Flip-Flop ­ D-Type · Flip-Flop ­ Toggle · Accessible


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PDF AT94K AT40K AT40KAL AT94K 2434B 1/02/xM Single Toggle Flip Flop AT40K AT40KAL AT94KAL Single T-Type Flip-Flop
MC1034

Abstract:
Text: and will override the clock, settmg both the master and the slave portions of the flip flop A , portions of the flip-flop are internally offset to give a "raceiess" flip flop (i.e., the master is , rise and »all times of the clock waveforms This single-phase Type D flip flop may be used in both counter and shift reg^ ister applications. Typically the flip-flop will shift and toggle above 180 MHz , advantages over the J K »lip flop in applications such as single-rail operation Since a true master slave


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PDF MCI000/1200 MC1034 MC1034 delay reset flip flop rs FLIPFLOP SCHEMATIC Single Toggle Flip Flop
UC3842

Abstract:
Text: the zero to < 50 % is obtained by the UC3844 and UC3845 by the addition of an internal toggle flip flop which blanks the output off every other clock cycle. BLOCK DIAGRAM ( toggle flip flop used only , /= T SGS-THOMSON * 7#. R f f ln © ® @ n [ L [ i( O T M a © i UC2842/3/4/5 UC3842/3/4/5 _ CURRENT MODE PWM CONTROLLER For complete specification refer to ' Unear & Switching Voltage Regulators Appl. M a n u a l( Order Code AMLISVOREST/1) ! OPTIMIZED FOR OFF-LINE AND DC TO DC


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PDF UC2842/3/4/5 UC3842/3/4/5 UC3842/3/4/5 UC3842 UC3844 UC3843 UC3845 U3844 UC3845 dc dc applications dc dc uc3843 uc-3843 uc3845 applications TOGGLE FLIP FLOP
flip flop T Toggle

Abstract:
Text: is a dual gated flip flop with two independent function controls. A low level on the MODE input creates a D flip flop , and a high level on the MODE input converts it to a JK flip flop . These devices , 40 ns Function Table '12 Inputs Outputs Clear Mode Clock J K D Q Q H X X X X X L H L H t L L X Qo Qo L H I H L X H L L H I L H X L H L H t H H X Toggle L L t X X L L H L L î X X H H L , toggle rate 28 MHz ■Typical power dissipation 220 mW Absolute Maximum Ratings (Note i> Supply


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PDF DM7512/DM8512 DM7512/8512 flip flop T Toggle JK flip flop toggle
priority encoder 74148

Abstract:
Text: /73 (*2> 1-54 JKF J-K flip flop with set/reset 13 8 7.1/9.1 (*2) 1-55 TFRE Toggle flip flow with enable/reset 10 8 6.9/75 (*2) 1-56 TFE Toggle flip flop with enable/set/reset 12 8 7.1 /9.0 (*2) 1-57 TFR Toggle flip flop with reset 8 8 6.7/8.1 (*2) Others 1-58 D2ND 2-input NAND driver gate 3 30 3.5 , /8.1 (*2) Flip flop 1-70 DLT1 D-type latch 3 7/2 1-71 TFR1 Toggle flip flop with reset 7 8 1-72 F327 Toggle flip flop with set/reset 8 8 Note: *1 tpd = (tpLH +tPHL>''2. VDD = 5 V,Ta = 25°C, FO = 3


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PDF MSM70000 MSM71000, MSM72000, MSM71000 MSM74000] MSM75000] priority encoder 74148 priority encoder 74147 shift register 7495 msm7200 MSM7000 alu 74381 msm7500 multiplexers 74 LS 150 74150 demultiplexer MSM72000
74LS7S

Abstract:
Text: €¢ Independent input terminals for each flip flop • Direct-coupled reset input • Q and flip flop . 1. Clock input waveform: trS15ns. tf ¿6ns. 2. CL , 2. Waveforms Out 1. Measurement made for each flip flop . 2. CL includes probe and tool floating , -pin plastic OIL package P-4 14-pin Panaflat package (SO-14D) Pin configuration (top view) - icp| T 1 Reset | T ik( T vcu[ T 2cp{ t 2Reset|"^" 2j( t TTîsTT :x i |K ¡5 ■+CP |J « £ati ¿0" ñ]lQ


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PDF DN74LS DN74LS73 DN74LS73 74-LS7s 14-pin SO-14D) 74LS7S MA161
Not Available

Abstract:
Text: €¢ • Features Negative-edge trigger Independent input terminals for each flip flop , input waveform: 1. Measurement made for each flip flop . 2. C l includes probe and tool floating , tp u ts 1. Measurement made for each flip flop . 2. C l includes probe and tool floating , characteristics (Ta = — 20~ + 7 5 t í ) Parameter Sym Test conditions Min Input voltage Typ , alternately HIGH, and clock inputs grounded. ■Switching characteristics ( V c c = 5 V, T a = 2 5 t i


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PDF DN74LS DN74LS73 DN74LS73 14-pin
1 bit full adder with carry

Abstract:
Text: MACROCELL Sequential Logic Functions (cont'd) - Toggle Flip Flop with asynchronous parallel load Interface , Latch with S - D Flip Flop - D Flip Flop with R (reset) \ - D Flip Flop with S (set) - D Flip Flop with R _ - D Flip Flop with S - D Flip Flop with R and S - D Flip Flop with R and S - D Flip Flop with 1 clock JK Flip JK Flip JK Flip JK Flip JK Flip JK Flip JK Flip Flop Flop with Flop with Flop with Flop , state internal bus driver - RS Flip Flop with NAND - RS Flip Flop with NOR EQU1VALEMT MACROCELL


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PDF MIL883B 1 bit full adder with carry 1-Bit full adder 1d1200a RS flip flop cmos
Toggle flip flop IC

Abstract:
Text: «IK Flip Flop The M C10EP35 is a higher speed/low voltage version of the EL35 JK flip flop . The J/K data enters the master portion of the flip flop when the clock is LOW and is transferred to the slave , CLK L L H H X QN+1 L L H H X Z = Low to High Transition 1 K o o J 8 7 Flip Flop vcc , activated with a logic HIGH. · 300ps Propagation Delay · 3.5 G H z Toggle Frequency · High Bandwidth Output , :PHL : S H RR Characteristic Maximum Toggle Frequency3 Propagation Delay Setup Time Hold Time Reset


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PDF MC10EP35/D C10EP35 300ps MC10EP35 Toggle flip flop IC flip flop 945 flip flop j k
T flip flop pin configuration

Abstract:
Text: input terminals for each flip flop • Direct-coupled reset input • Q and 1} outputs o • Wide , Notes 1. Measurement made for each flip flop . 1. Clock input waveform: tr£15ns, tfS6ns, 2. CL , 2. Waveforms 1. Measurement made for each flip flop . 2. CL includes probe and tool floating , -0V HIGH data LOW data Pin configuration (top view) icpfT 1 Reset fT ik[ T 2CP( T 2Re»etpi" 2 j [7 Hmt :x K < -CP 1 q-t TTJ iq ñjGND TÖJ2K T ]2Q T ]2(3 ■Recommended operating


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PDF DN74LS DN74LS73 DN74LS73 14-pin SO-14D) T flip flop pin configuration j-k flip flop clock toggle flip flop T Toggle MA161 delay reset flip flop flip flop jk JK flip flop toggle
DN74LS76

Abstract:
Text: T Notes 1. Measurement made for each flip flop . 2. Cl includes probe and tool floating , • Independent input and output terminals for each flip flop • Direct-coupled set and reset â , ) ICP( T 1 SetQT 1 Reset [ T lj[7 V,:[ T 2CP[ T 2 Sel^ 2 Keset ( T Jrffi y Ü]lK ÏÏJlQ h]IQ , 5X Ri. put y I ^ C : Li ^ame load circuit as above Outputs 1. Measurement made for each flip flop . 2. CL includes probe and tool floating capacitance. 3. Diodes are all MA161 or equivalent


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PDF DN74LS DN74LS76 DN74LS76 16-pin SO-16D) MA161
Supplyframe Tracking Pixel