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Making use of ECL meant system designers were confronted with high power consumption which reduced the usefulness of those chips. It's part of the reason why most systems that used those chips only used them where high speed was vitality needed and even then expensive special cooling was often needed.
 
Making use of ECL meant system designers were confronted with high power consumption which reduced the usefulness of those chips. It's part of the reason why most systems that used those chips only used them where high speed was vitality needed and even then expensive special cooling was often needed.
 
=== Second source ===
 
{| class="wikitable"
 
|-
 
! [[Second Source]] !! Country
 
|-
 
| [[Signetics]] || United States
 
|-
 
| [[Radiotechnique-Compelec]] (RTC) || France
 
|-
 
| [[Hitachi]] || Japan
 
|}
 
  
 
== Members ==
 
== Members ==
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== Systems ==
 
== Systems ==
* 1974: [[DEC]] {{decc|DECsystem-10}} (KL10 PDP-10) switched to 100K-series from Schottky in 1975 with {{decc|DECsystem-20}} models followed
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* 1974: [[DEC]] {{decc|DECsystem-10}} (KL10 PDP-10) switched to 100K-series from Schottky in 1975
 
** 1975: DEC {{decc|1080}}
 
** 1975: DEC {{decc|1080}}
 
** 1976: DEC {{decc|2040}}
 
** 1976: DEC {{decc|2040}}
** 1977: DEC {{decc|2050}}
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** 1976: DEC {{decc|2050}}
** 1981: DEC {{decc|2060}}
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** 1976: DEC {{decc|2060}}/{{decc|2065}}
** 1984: DEC {{decc|2065}}
 
 
* 1981: [[Control Data Corporation]] {{cdc|Cyber 205}} used 100K series chips for its [[microcode]] memory logic boards
 
* 1981: [[Control Data Corporation]] {{cdc|Cyber 205}} used 100K series chips for its [[microcode]] memory logic boards
 
* 1983: [[UC Berkeley]] [[Big RISC]] (BRISC) supercomputer was made entirely of 100K parts
 
* 1983: [[UC Berkeley]] [[Big RISC]] (BRISC) supercomputer was made entirely of 100K parts
 
* 1985: [[Floating Point Systems]] {{fps|FPS-264}} FP Coprocessor
 
* 1985: [[Floating Point Systems]] {{fps|FPS-264}} FP Coprocessor
 
* 1980s: [[Digital Equipment Corporation]] {{decc|VAX 8000}} minicomputers used 100K series parts for various components such as the clock phase generator
 
* 1980s: [[Digital Equipment Corporation]] {{decc|VAX 8000}} minicomputers used 100K series parts for various components such as the clock phase generator
* 1982: DEC {{decc|Titan|l=arch}}
 
 
{{expand list}}
 
{{expand list}}
  

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Facts about "100K - Fairchild"
designerFairchild +
first launched1973 +
full page namefairchild/100k +
instance ofintegrated circuit family +
main designerFairchild +
manufacturerFairchild +
nameFairchild 100K +
technologyECL +