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Part Manufacturer Description Datasheet Download Buy Part
LT1126CJ8 Linear Technology IC DUAL OP-AMP, 200 uV OFFSET-MAX, 65 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC, CERAMIC, DIP-8, Operational Amplifier
LT1057CJ8 Linear Technology IC DUAL OP-AMP, 1400 uV OFFSET-MAX, 5 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC SEALED, CERDIP-8, Operational Amplifier
LT685CH Linear Technology IC COMPARATOR, 2500 uV OFFSET-MAX, 5.5 ns RESPONSE TIME, MBCY10, METAL CAN, TO-5, 10 PIN, Comparator
LT1999MPMS8-10#TRPBF Linear Technology LT1999 - High Voltage, Bidirectional Current Sense Amplifier; Package: MSOP; Pins: 8; Temperature Range: -55°C to 125°C
LT1999MPS8-50#TRPBF Linear Technology LT1999 - High Voltage, Bidirectional Current Sense Amplifier; Package: SO; Pins: 8; Temperature Range: -55°C to 125°C
LTC6102CDD-1#PBF Linear Technology LTC6102 - Precision Zero Drift Current Sense Amplifier; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C

Toggle flip flop IC Datasheets Context Search

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

Abstract: flip flop T TOGGLE FLIP FLOP
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 , , 2012 Toggle Flip Flop PSoC CreatorTM Component Datasheet ® Component Parameters Drag a


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asynchronous 4bit up down counter using jk flip flop

Abstract: 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 74169 SYNCHRONOUS 4-BIT BINARY COUNTER counter 74169 MH 74151
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 74169 SYNCHRONOUS 4-BIT BINARY COUNTER counter 74169 MH 74151
counter 74168

Abstract: 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
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
74139 for bcd to excess 3 code

Abstract: 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
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
siemens master drive circuit diagram

Abstract: SR flip flop IC toshiba tc110g TC110G jk flip flop to d flip flop conversion JK flip flop IC SC11C1 programmable slew rate control IO siemens Nand gate SR flip flop IC pin diagram
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 , Buffer Total Quantity 62 15 6 22 36 8 14 6 48 40 324 581 © Siem ens Components, Inc., A S IC Products


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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 JK flip flop IC SC11C1 programmable slew rate control IO siemens Nand gate SR flip flop IC pin diagram
toggle type flip flop ic

Abstract: Toggle flip flop IC
Text: flip - flop s w ith true and com plem ent outputs, designed fo r use in high-perform ance ECL system s , The resultant clo ck signal co n tro llin g the flip - flop is the logical OR operation of these tw o , ) and M aster R eset (MR) inputs. Each flip - flop also has its own D irect Set (S D n ) and D irect C , «o» S Y N ER G Y T RI P L E D H J P - F L û viüUb.i 3 i S E M IC O N D U C T O R F EA TU R E S Max. toggle frequency of 800MHz Differential outputs I ee min. of -8 0 m A Industry


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PDF 800MHz F100K 24-pin 28-pin SY100S331 SY100S331 SY100S331DC SY100S331FC SY100S331JC toggle type flip flop ic Toggle flip flop IC
Not Available

Abstract: No abstract text available
Text: , P1, P2, and P3, the Load signal is used to disable the Toggle input (Tn) of the flip - flop . The , pulses (see the Output State Diagram). INPUTS Clock (Pin 2) The internal flip -flo p s toggle and , The flip -flo p s shown in the circuit diagram s are T oggle-E nable flip - flop s. A T o g g le CLOCK LOAD Enable flip -flo p is a com bination of a D flip -flo p and a T flip - flop . When loading data , the flip - flop . The logic level at the Pn input is then clocked to the Q output of the flip -flo p


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PDF 54/74H MC54/74HC160A HC162A LS160 LS162,
MC1034

Abstract: maxim 5678
Text: J K flip flop in applications such as single-rail operation Since a true master slave design > s , ill override the clock, setting both the master and the slave portions of the flip flop A low fevel c , master and stave portions of the flip-flop are internally offset to give a "raceiess" flip flop (i.e , independent of the rise and fall times of the clock waveforms This single-phase T yp e D flip flop m ay be , ing the state o f the flip -flo p and sim p lifie s system application. W hen the c loc k is low , the


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PDF I000/1200 MC1034 maxim 5678
Toggle flip flop IC

Abstract: flip flop 945 flip flop j k
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
Not Available

Abstract: No abstract text available
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
2009 - PO74G112A

Abstract: T flip flop pin configuration JK flip flop IC diagram
Text: PO74G112A www.potatosemi.com DUAL NEGATIVE-EDGE-TRIGGERED J-K FLIP FLOP WITH CLEAR AND PRESET , NEGATIVE-EDGE-TRIGGERED J-K FLIP FLOP WITH CLEAR AND PRESET 74 Series Noise Cancellation GHz Logic Maximum Ratings , www.potatosemi.com DUAL NEGATIVE-EDGE-TRIGGERED J-K FLIP FLOP WITH CLEAR AND PRESET 74 Series Noise , DUAL NEGATIVE-EDGE-TRIGGERED J-K FLIP FLOP WITH CLEAR AND PRESET 74 Series Noise Cancellation GHz , J-K FLIP FLOP WITH CLEAR AND PRESET 74 Series Noise Cancellation GHz Logic Packaging Mechanical


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PDF PO74G112A 750MHz 5000-VHuman-BodyModel A114-A) 200-VMachineModel A115-A) 16pin 150mil 173mil PO74G112A T flip flop pin configuration JK flip flop IC diagram
2003 - Not Available

Abstract: No abstract text available
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,
Not Available

Abstract: No abstract text available
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 , toggle flip flops are triggered by the trailing edges o f the associated Carry, Borrow, or Compare match


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

Abstract: No abstract text available
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: No abstract text available
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,
2006 - LFLS7166

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

Abstract: No abstract text available
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,
2012 - sr flip flop

Abstract: S-R flip flop clock high frequency flip flop
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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2001 - Single Toggle Flip Flop

Abstract: AT40K AT40KAL AT94K AT94KAL Single T-Type Flip-Flop
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
crc-16 implementation

Abstract: toggle type flip flop ic
Text: 10G024 10G024K Quad D Flip Flop with XOR Inputs 1.9 GHz Clock Rate 10G PicoLogicTM Family_ FEATURES , quad D-type flip flop with XOR gate or 2:1 MUX data inputs (D0A-D3A, D0B-D3B). When the DA and DB , , and is latched into the flip flop by the rising edge of either the Individual clock inputs (CLK0-CLK3 , each flip flop asynchronously to a low level. All device outputs can be disabled (brought low), without interfering with the current.state of the flip flop , via the output enable (OUTEN) control. This permits


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PDF QQ00405 10G024 10G024K 10G024K) 10G061 050P3 crc-16 implementation toggle type flip flop ic
2002 - t flip flop

Abstract: COOLRUNNER-II 7 segment verilog code for johnson counter XAPP376 XAPP375 Abel code for johnson counter XAPP377 XAPP378 CoolRunner-II CPLD flip flop T Toggle
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 Abel code for johnson counter XAPP378 CoolRunner-II CPLD flip flop T Toggle
1984 - ic CD40106

Abstract: cd40106 application notes ten segment display 74HC 74HCT IC family spec 74HC14 oscillator application diagram TIMEX PT CD40106 PIN OUT 74C14 74hc logic family spec AN-376
Text: FIGURE 3 Output status determines dynamic dissipation in this 3-state-output flip flop The IC , many outputs are toggling For example a 74HC374 octal 3state flip flop clocked at 1 MHz dissipates much , its inputs are tied High or Low during clocking Figure 3 shows that when the flip flop 's outputs , outputs can toggle at a different rate from that of the IC 's clock or input Thus for an individual IC and , the load toggle rate to the IC 's toggle frequency CLE e (CL)(fL f) (7) Display drivers CPD is


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PDF MM54HC ic CD40106 cd40106 application notes ten segment display 74HC 74HCT IC family spec 74HC14 oscillator application diagram TIMEX PT CD40106 PIN OUT 74C14 74hc logic family spec AN-376
JK flip flop IC

Abstract: RS flip flop IC 9022 ic 9022 JK flipflop 9001 toggle type flip flop ic 9022DC
Text: are inhibited. A jo in t (JK) input is provided fo r all flip - flop s in this fam ily. The com mon , provided on all flip - flop s except the 9020, which because of a logic trade-off has only clear inputs. The , . This operation is represented sym bolically by AND gates in the logic symbol for each flip - flop . , CHARACTERISTICS (Ta = 25°C, Vcc = 5.0 V, C l = Ci = 15 pF of all flip - flop s unless otherwise noted) SYMBOL Clock , aterial 5-4 9XXX Series FUNCTIONAL DESCRIPTION - The T T L 9000 series has fo u r flip -flo p s


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PDF 9000DC 9020DC 9022DC 9000FC 9001FC 9020FC 9022FC 9000DM 9020DM 9022DM JK flip flop IC RS flip flop IC 9022 ic 9022 JK flipflop 9001 toggle type flip flop ic
1984 - 74hc00 oscillator circuit

Abstract: cd40106 application notes CD40106 CRYSTAL 20 MHZ with 74hc14 74HC374 ic CD40106 IC 74C14 74HCT IC family spec CD40106 PIN OUT CD40106 Family specifications
Text: . Figure 3 shows that when the flip flop 's outputs are enabled and the data inputs are changing, virtually , Flip flops: The same as for latches. The device's inputs are configured to toggle , and any preset or , . AN008128-3 FIGURE 3. Output status determines dynamic dissipation in this 3-state-output flip flop . The , , these outputs can toggle at a different rate from that of the IC 's clock or input. Thus, for an , load multiplied by the ratio of the load toggle rate to the IC 's toggle frequency: CLE = (CL)(fL/f).


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PDF MM54HC/74HC an008128 74hc00 oscillator circuit cd40106 application notes CD40106 CRYSTAL 20 MHZ with 74hc14 74HC374 ic CD40106 IC 74C14 74HCT IC family spec CD40106 PIN OUT CD40106 Family specifications
Not Available

Abstract: No abstract text available
Text: aster-slave D-type flip - flop s w ith d iffe re n tia l outputs, designed for use in new, high-perform ance , operation before use as clocking control for the flip - flop s. Data is clocked into the flip-flops on the , . 1100MHz toggle frequency Extended 100E Vee range of -4.2V to -5.46V Differential outputs Asynchronous , transition u = LOW-to-HIGH transition D C E L E C T R I C A L C H A R A C T E R I S T IC S V e e = V e e , 65 - 5 5-71 S E M IC O N D U C TO R SYNERGY. SY10E151 SY100E151 s V ee = V ee


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PDF SY10/100E151 1100MHz SY10E151JC SY10E151JCTR SY100E151JC SY100E151 J28-1
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