10190 ETC1 | Alldatasheet
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Technical content
PARAMETER [min [ve [max [unr | t+— | Propagation Delay $1 Low t+ | Rise Time t~ | Fali Time t—+ | Propagation Delay $2 Low 5.2 tee popes 57 t+ | Rise Time 2.0 t= __| Fall Time 2.0 t+— | Propagation Delay Enza | S001 S1 or S2 5.9 ta+ or $3 Low 5.6 t+ | Rise Time 2.0 t= | Fall Time 2.0 high = ert low 4031 Voor = Voce = +20 Vee = -3.2 Vee, Veg = -32 Vac SWITCHING TIME TEST CIRCUIT Vuap awe Each ECL 10,000 series has been designed to meet the de specifi- cer Noe cations shown in the test table, after thermal equilibrium has been established. The circuit is in a test socket or mounted on a printed vw mur | our Your circuit board and transverse air flow greater than 500 {linear fpm is rocnanner “a> LT TL rocmannen-e maintained. Outputs are terminated through a 50-ohm resistor to o_ ~ -2.0 volts. ° PROPAGATION DELAY WAVEFORMS @ 25°C comx ° | coax a eur Paty popeb dt Pour wm Le sow \\ Ke ° Re . Fo o PULSE GENERATOR O——1 To | ' vos oa FAL o [eee bee oa Fp Lo ! U | aos on ; i j= no 1 A | A om Wout { TA aos oa % f° Ai | oy SS oa ao) Pa bee oe, . roto ols tbo fl toy od ma voor | 1 = | 1 ] J ooze a be Input putse All input and output cables to the scope are equal lengths of 50- uo ohm coaxial cable. Wire length should be <‘% inch from TPin to input pin and TPout to output pin. QUAD DIFFERENTIAL RECENVER/MST-ECL TRANSLATOR 10180, UAL IFEEREN TAL HECEIVERHMS -ECLIRANSLAIOR = 10180 10190F
DESCRIPTION
The 10190 is both a general purpose ECL 10,000 series line re- When used in the translator mode, one of the differential inputs is ceiver and an MST (IBM 370) to ECL translator. With the Voc tied to ground and the other to the MST source. Vcc is non-critical Terminal (Pin 9) connected to ground, the device will accept either between +0.5 and +2.0 Volts. single-ended or differential ECL 10K signals. With Vc¢ connected in the ECL ine receiver mode, a single ended input is accommo- to +125 Volts, the device will accept MST logic levels (+0.4 and - dated by connecting the other Input to an external Vee source. 0.4 nominal). In either case, the output of the 10190 is standard ECL 10k. /- 410 G,0OTCE
= —=-_ 09 A ODPEREN HAL RECEIVERS ECC TRANS ALOR et
8 EEE
+ High speed; propagation delay - 25 ns TYP. + High common mode noise rejection F PACKAGE + Output drives 50 2 lines . + Dual-purpose : —p: Quad line receiver (ECL-ECL) Transistor (MST-ECL) + High input impedance . —p: +Non-critical Veg tolerance in translator mode (0.5 to +2.0 Volts) , + Open emitter outputs +Immune to power supply faults a am + Defined output (low) with both inputs open " APPLICATIONS ta 258 VP ‘Line receiver Voc = 8. Veg = 8 GNO = 1.16 *MST to ECL translator SWITCHING TIME TEST CIRCUIT PROPAGATION DELAY WAVEFORMS @ 25°C om our sur [ leom ¢ ase om wor [ae | ton - vour | om | non | 2 Notes sa 1. Each ECL 10,000 series device has been designe to meet the OG specications shown the tet table, ator thermal equilum has been estabished. The creat sn atest socket ‘or mounted ona printed cca board and vaneverse ai fow greater than $00 nea’ Ipm is maintained. Voltage levels wil shift approximately 3 mV with an air flow of 200 tinear fpm. Outputs aro terminated trough a S0-ohm resistor o 2.0 vos, our
2 For AC tests al input and output cates tothe scope are equal lengths of 50-chm coaxial
50-ohm fermnation o gtound is located tn each scope input. Unused outputs are Cor = = nected 10 a SO-ohm reustor to ground ve sazvee 3. Test procedures are shown for only one input or set of input conditions. Other inputs are | input puca tested inthe sare manne. tee t= 22040208 4. All voltage measurements are relerenced tothe grouns terminal Terminals not speciicaty | (20% 10 60%) toleronced ae ltt electicaly open S(}R0TEE /- 4