P6230: Difference between revisions

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{{Spec | Input Impedance | 450 Ω // 1.3 pF  (1.6 pF guaranteed) }}
{{Spec | Input Impedance | 450 Ω // 1.3 pF  (1.6 pF guaranteed) }}
{{Spec | Signal delay    | 8.7 ± 0.1 ns    }}
{{Spec | Signal delay    | 8.7 ± 0.1 ns    }}
{{Spec | DC offset      | –5 V ≤ (V<sub>signal</sub> + V<sub>offset</sub>) ≤ +5 V }}
{{Spec | DC offset      | −5 V ≤ (V<sub>signal</sub> + V<sub>offset</sub>) ≤ +5 V }}
{{Spec | Features |  
{{Spec | Features |  
* Readout Pin  
* Readout Pin  
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<blockquote>
ECL logic is most commonly operated from a -5.2 V supply with Vcc connected to ground. The output of an ECL gate is the emitter of an NPN emitter follower stage. The output is pulled down to a negative supply (about -2 V) with an external resistor (50 Ω to 100 Ω). Since speed is a major consideration in ECL designs, the interconnections between gates are often transmission lines, and the pull-down resistor doubles as a line termination.  
ECL logic is most commonly operated from a −5.2 V supply with Vcc connected to ground. The output of an ECL gate is the emitter of an NPN emitter follower stage. The output is pulled down to a negative supply (about −2 V) with an external resistor (50 Ω to 100 Ω). Since speed is a major consideration in ECL designs, the interconnections between gates are often transmission lines, and the pull-down resistor doubles as a line termination.  
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|align=right|  $799
|align=right|  $799
|-
|-
! In 2022 Dollars
! In 2023 Dollars
|align=right|  –
|align=right|  –
|align=right|  $1,070
|align=right|  $1,200
|align=right|  $980
|align=right|  $1,000
|align=right|  $1,140
|align=right|  $1,200
|align=right|  $1,550
|align=right|  $1,600
|}
|}