10100 PHILIPS | Alldatasheet
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ECNNo. _|99799 Gate une 14,1990 Product Specification Quad 2-Input NOR Gate with Strobe ECL Products FEATURES ORDERING INFORMATION PIN CONFIGURATION & & [15) Ge DESCRIPTION " a The 10100 is a Quad 2-Input NOR Gate pIN DESCRIPTION % 3) o7 with another input common to all gates. >; & fia) 6 integrated pull-down resistors, which | 00-0; [omaimpus «| avoid the need for a supply voltage. or a [29) Complementary Data Outputs (NOR) LOGIC DIAGRAM SIMPLIFIED SCHEMATIC © Veer oe ® ° mE “ s ry Dp & © ® . [Ted Oe EEL 0) 20350555 Oy 24405 +5 052 0550778, © VEE BI
Philips Components ECL Products Product Specification Gate 10100 ABSOLUTE MAXIMUM RATINGS: [sme [ anaes | Vee | Supriyvotiage oe Input voltage (Vin should never be more negative than Vee) ee [to Output source current (consrvaus} a re NOTE: Operation beyond the limits set forth in this table may impair the useful life of the device. Unless otherwise noted, these limits are specified over the operating ambient temperature range. DC OPERATING CONDITIONS TEST MTS SYMBOL conpmions [Mins [nom [Max | | Vecr.Vece [Crevitground ee Supply voltage (negative) a OO Lee [eae [ee | a ae a re [sore [eo PO ve Low velit votage woo | ves [Tl Operating anbient temperature range [so Ts [os [| NOTE: ‘When operating at other than the specified Vee voltage (~5.2V), the DC and AC Electrical Characteristics will vary slightly from specified values. June 14, 1990 82
Philips Components ECL Products Product Specification Gate 10100 DC ELECTRICAL CHARACTERISTICS Veo = Voce = ground, Veg =~5.2V 2 0.010V, Ta = ~90°C to +85°C output loading 5082 to -20V + 0.010V unless othorwise specified’? rest ‘SYMBOL CONDITIONS? [ MIN. TYP. | MAX. | UNIT [-seco [| ov Vou | High level output voltage Apply Visa to all inputs. [-s80 [| -s10 | av | Tax o0sre [ [=~ | ep Wer Sout wih Van ca | Vour | High level output threshold voltage applied to all other inputs. [sof [wv | de App Ventweachinga ome atatne, | [|e | nv | Vorr | Low level output threshold voltage with Viauw applied to atlotherinputs, — [| [1630] mv | ne ee Vo. | Low level output voltage Apply Viasax to all inputs, [=1950] [1680] mv | ae Ta= 726°C [oneat atime, witVawn appiedtoat [|| aa | ya | St [T, = +28°C | applied to all other inputs. [ {| | a | Aer Voanecechinpuincerress | os [| | wa | Low level input current Ta=+26°C [one.at atime, with Venaxappiedioat [05 | [| pa | Ta 195° [erie | | AVou | High level output Ww ‘BVez__| voltage compensation AVo, | Low level output Avo, 428% w ‘Aves _ | voltage compensation Ta= 928°C AVgs | Reference bias voltage w “Bvez__ | compensation NOTES: 1. Tho specified limits represent tho worst case values for the parameter. Since those worst case values normally occur at the supply voltage and temperature extremes, additional noise immunity can be achieved by decreasing the allowable operating condition ranges 2. Conditions for testing shown in the tables are not necessarily worst case, For worst case testing guidelines, refer to DC Testing, Chapter 1 Section 3 3. The specified limits shown in the DC Electrical Characteristics table can be met only after thermal equilibrium has been established. Thermal ‘equilibrium is established by applying power for at least 2 minutes, while maintaining transverse airflow of 2.5 meters/sec (500 linear feetmin) ‘over the device, mounted either in atest socketor on a printed circuit board. Test voltage values are given in the DC Operating Conditions table, June 14, 1980 83
Philips Components ECL Products Product Specification Gate 10100 AC ELECTRICAL CHARACTERISTICS Vecs = Voce = ground, Veg = -§.2V +0.010V [MINT wax [wine [tv [wax [Min | MAX, | ‘in | Propagation delay 7.00 700 | 200 | 290 | 1.00 | 330 tea | S,0,t00, Waveform 1 1.00 1,00 | 2.00 | 290 | 100 | 330 Transition time 360 200 370 [ie [erweiiowmaon | wows | iis [3e8 [8 | | 38 [te | 38 | NOTE: For AG test setup information, see AC Testing, Chapter 2, Section 3 AC WAVEFORMS ssni0my 4,09 INPUTS som sa10mv om tour 1G, OUTPUTS we 20% a som mm ome L m1 Waveform 1. Propagation Delay and Transitions Times Jane 14, 1990 84