FLIPFLOP APPLICATION Search Results

altera MTBF

Abstract: EPF8452A
Contextual Info: Metastability January 1998, ver. 3 Introduction in Altera Devices Application Note 42 The output of an edge-triggered flipflop has two valid states: high and low. To ensure reliable operation, designs must meet the flipflop’s timing requirements. The input to the flipflop must be stable for a minimum time

EPF8452A

Contextual Info: Metastability June 1996, ver. 2 Introduction in Altera Devices Application Note 42 The output of an edge-triggered flipflop has two valid states: high and low. To ensure reliable operation, designs must meet the flipflop’s timing requirements. The input to the flipflop must be stable for a minimum time

Metastability in Altera Devices

Contextual Info: Metastability June 1996, ver. 2 Introduction in Altera Devices Application Note 42 The output of an edge-triggered flipflop has two valid states: high and low. To ensure reliable operation, designs must meet the flipflop’s timing requirements. The input to the flipflop must be stable for a minimum time

altera MTBF

Abstract: half hour delay circuit d flipflop MET D 103 t flipflop EPF8452A max plus flex 7000
Contextual Info: Metastability May 1999, ver. 4 Introduction in Altera Devices Application Note 42 The output of an edge-triggered flipflop has two valid states: high and low. To ensure reliable operation, designs must meet the flipflop’s timing requirements. The input to the flipflop must be stable for a minimum time

flipflop

Abstract: METASTABILITY EPF8452A
Contextual Info: Metastability May 1999, ver. 4 Introduction in Altera Devices Application Note 42 In non-synchronous systems, if the asynchronous input signals violate a flipflop’s timing requirements, the output of the flipflop can become metastable. Metastable outputs oscillate or hover between high and low

EPX780

Abstract: epx740 altera epx740
Contextual Info: Metastability in Altera Devices March 1995, ver. 1 Introduction Application Note 42 The output of an edge-triggered flipflop has two valid states: high and low. To guarantee reliable operation, designs m ust m eet the flipflop's timing requirem ents. The input to the flipflop must be stable for a

Contextual Info: Metastability in Altera Devices The o u tp u t of an edge-triggered flipflop has tw o valid states: high and low. To ensure reliable operation, designs m u st m eet th e flipflop's tim ing requirem ents. The in p u t to the flipflop m u st be stable for a m inim um tim e

Contextual Info: Metastability in Altera Devices J a n u a r y 1998. v e r. 3 Introduction A p p lic a tio n N o te 42 The output of an edge-triggered flipflop has two valid states: high and low. To ensure reliable operation, designs must meet the flipflop's timing requirements. The input to the flipflop must be stable for a minimum time

SFB1001

Abstract: SFB1001T Megaxess frankfurt
Contextual Info: Preliminary Technical Data SFB1001T M EMegaxess G AGmbH X Deutschland ESS Edition 09/00 Laser Diode Driver with Input D FlipFlop Description Features The SFB1001 is a high speed current source for driving a semiconductor laser diode in optical transmission applications.

AC00

Abstract: AC74 ACT74 CD74AC74 CD74AC74E CD74AC74EX CD74ACT74 CD74ACT74E SCHS231
Contextual Info: [ /Title CD74 AC74, CD74 ACT74 /Subject (Dual DType FlipFlop with Set and Reset PositiveEdgeTriggered) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan CD74AC74, CD74ACT74 Data sheet acquired from Harris Semiconductor

colour tv circuit

Abstract: TDA 2140 TDA2140 integrated circuits of PAL TDA2150 tv antenna
Contextual Info: Integrated circuits for RF applications TDA2140 PAL subcarrier reference oscillator for colour TV receivers V < 1 3 .2 Supply voltage Power dissipation ^ to t 0.8 W Flyback input resistance R\ 1 kQ Drive voltage for the colour killer correct phase of PAL flipflop

Contextual Info: Metastability in Altera Devices May 1999, ver. 4 Introduction Application Note 42 In non-synchronous systems, if the asynchronous input signals violate a flipflop's timing requirements, the output of the flipflop can become metastable. Metastable outputs oscillate or hover between high and low

Contextual Info: [ /Title CD74 AC74, CD74 ACT74 /Subject (Dual DType FlipFlop with Set and Reset PositiveEdgeTriggered) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan CD54/74AC74, CD54/74ACT74 Data sheet acquired from Harris Semiconductor

AC00

Abstract: AC74 ACT74 CD54AC74F3A CD74AC74E CD74AC74EX D112CP
Contextual Info: [ /Title CD74 AC74, CD74 ACT74 /Subject (Dual DType FlipFlop with Set and Reset PositiveEdgeTriggered) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan CD54/74AC74, CD54/74ACT74 Data sheet acquired from Harris Semiconductor

CD54HC73

Abstract: CD54HC73F3A CD74HC73 CD74HC73E CD74HC73M CD74HCT73 HC73
Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

JK Flip-flop

Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

CD54HC73

Abstract: CD54HC73F3A CD74HC73 CD74HC73E CD74HC73M CD74HCT73 HC73
Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

cd54hc73f

Abstract: CD54HC73 CD54HC73F3A CD74HC73 CD74HC73E CD74HC73M CD74HCT73 HC73
Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

Harris CD74ACT174M

Abstract: AC174 CD74AC174 CD74AC174E CD74AC174M CD74ACT174 CD74ACT174E CD74ACT174M
Contextual Info: [ /Title CD74 AC174 , CD74 ACT17 4 /Subject (Hex D FlipFlop with Reset) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan ced TTL) /Creator () /DOCI NFO CD74AC174, CD74ACT174 Data sheet acquired from Harris Semiconductor

ac175 harris

Contextual Info: [ /Title CD74 AC175 , CD74 ACT17 5 /Subject (Quad D FlipFlop with Reset) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan ced TTL) /Creator () /DOCI NFO CD74AC175, CD74ACT175 Data sheet acquired from Harris Semiconductor

Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description

ACT174 Harris

Contextual Info: [ /Title CD74 AC174 , CD74 ACT17 4 /Subject (Hex D FlipFlop with Reset) /Autho r () /Keywords (Harris Semiconductor, Advan ced CMOS , Harris Semiconductor, Advan ced TTL) /Creator () /DOCI NFO CD74AC174, CD54/74ACT174 Data sheet acquired from Harris Semiconductor

CD54HC73

Abstract: CD54HC73F3A CD74HC73 CD74HC73E CD74HC73M CD74HCT73 HC73
Contextual Info: [ /Title CD74 HC73, CD74 HCT73 /Subject (Dual J-K FlipFlop CD54HC73, CD74HC73, CD74HCT73 Data sheet acquired from Harris Semiconductor SCHS134E Dual J-K Flip-Flop with Reset Negative-Edge Trigger February 1998 - Revised September 2003 Features Description