MECL II] MCI600 Series MC1600 Series (30C to 85C) The requirement for digital systems with ever higher performance has increased the need for high-speed integrated circuits. The industry has recognized that the only economical way to obtain high operating system speed is through the used of emitter-coupled logic. Motorola offers a state-of-the-art, emitter- coupled logic family with subnanosecond propagation delays MECL III. MECL III circuit design is similar to that used is the popular MECL 10,000 family. In the MECL III line, as well as MECL 10,000, advanced processing techniques are employed and the capability for driving low-impedance terminated lines is provided. MECL III is recommended for new designs. FUNCTIONS AND CHARACTERISTICS (Vcc = 0, VEE = 5.2 V, Ta = 25C unless otherwise noted). Function Y type 1 Y teasing, (eropagation Delay Faw Dis. > -30 to Each 50-ohm L. mw Case -B5C Output ns typ typ/pkg High Bandwidth MC1601 - 0.75 600 650 Quad 2-Input OR/NOR Gate High Bandwidth MC1602 _- 0.75 460 650 Triple 2-2-3-Input OR/NOR Gate High Bandwidth 4-5-Input OR/NOR Gate MC1603 - 0.75 320 650 High Bandwidth Triple Line Receiver MC1604 - 0.75 460 650 Dual Type D Master-Slave Flip-Flop MC1605 - 500 MHz 525 650 Voltage Controlled Oscitlator McC1648 - *225 MHz 150 632, 646 Dual A/D Comparator MC1650 70 3.5 275 620 Dual A/D Comparator MC1651 70 3.0 275 620 Binary Counter MC1654 70 *325 MHz 750 620 Voltage-Controlled Multivibrator MC1658 70 *150 MHz 125 620 648 Dual 4-Input OR/NOR Gate MC1660 70 1.1 120 620 Quad 2-Input NOR Gate MC1662 70 1.1 240 620 Quad 2-Input OR Gate MC1664 70 1.1 240 620 Dual Clocked R-S Flip-Flop MC1666 70 1.8 220 620 Dual Clocked Latch MC1668 70 1.8 220 620 Master-Slave Type D Flip-Flop MC1670 70 *350 MHz 220 620 Triple 2-Input Exclusive OR Gate MC1672 70 1.3 220 620 Triple 2-Input Exclusive NOR Gate MC1674 70 1.3 220 620 Bi-Quinary Counter MC1678 70 *350 MHz 750 620 Dual 4-5-Input OR/NOR Gate MC1688 70 0.8 125 650 UHF Prescaler Type D Flip-Flop MC1690 70 *500 MHz min 200 620 Quad Line Receiver MC1692 70 1.1 220 620 4-Bit Shift Register MC 1694 70 *325 MHz 750 620 1 GHz Divide-By-Ten Counter MC1696 = *1 GHz min 650 650 Divide-By-Four Gigahertz Counter MC 1699 - *1.2 GHz 650 650 L ! arco = Ke A hee) 1 Lsuffix denotes Dual In-Line Ceramic Package, F suffix denotes Ceramic Flat Package, P suffix denotes Dual In-Line Plastic Package. (i.e., MC1GO0OL = Ceramic Dual In-Line Package, MC1600F = Ceramic Flat Package, MC1600P = Plastic Dual In-Line Package). e Requires Heat Sink [|ERC-LIC-214A2WCB or equivalent. # Loading Factors are based on: * Toggle Frequency 1. Full load output current, ly = 25 mAdc max 2. Maximum input current, lip, = 350 UAdc GENERAL FEATURES @ Gate Switching Speeds of 1.0 ns typical @ Capability of Driving Terminated Lines with Impedance as Low as 50 Ohms Flip-Flop Toggle Rate Greater Than 500 MHz Operation with Unused Inputs Left Open Compatibility with MECL 10,000 Series Counting Speeds to above 1 GHz CasesPERIPHERAL AND DISPLAY INTERFACE MC1411, MC1412, MC1413DRIVER ARRAYS The seven NPN Darlington-connected transistors in these arrays are well suited for driving lamps, relays or printer hammers in a variety of indus- trial and consumer applications. Their high break- down voltage and internal suppression diodes insures freedom from problems associated with inductive loads. Peak inrush currents to 600 mA permits them to drive incandescent lamps. The MC1411 (ULN2001A) version is a general- purpose array for use with DTL, TTL, PMOS or CMOS logic. The MC1412 (ULN-2002A) con- tains a zener diode, and resistor in series with the input to limit input current for use with 14 to 25 Volt PMOS logic. The MC1413 (ULN2003A) with a series input resistor is well suited for systems utilizing 5 Volts TTL or CMOS logic. VS Input A | 7 Pot Output A Input B fe Bye. [=] Output B "TCX Input fe] Ps. fz] Output C -? Input [= | PS ['s] output o to Input E [ey see 3] Output E L. Input F [=| i [=] Output F "C44 Input G J ~ hh. g| Output G L t=] Gnd ET Ly Output Clamp Package: 16-Pin Dual-In-Line Plastic COMPARATORS NC.p 4 - 14 |N.c MC17106 0 to 70C Gnaf 2 wW3Inc G Suffix Case 601 F Suffix Case 606 L Suffix Case 632 Non inv inpurL3 lence P Suffix Case 646 I input L4 it} vcc mct710 5 to 125C xe ([s 10 INC G Suftix Case 601 F Suffix Case 606 veeLo Pe] outout 0 INC L Suffix Case 632 Single Comparators *Connected to pin 6 via the substrate on some plastic units. Vio "iB AVOL Device mV KA viv Number Max. Max. Min. MC1710C 5.0 25 1000 MC1710 2.0 20 1250 C3430 C3431 0 to 70C L Suffix Case 620 P Suffix Case 648 Quad High-Speed Comparators with Three-State Enable Common to all Four Devices MC3432 MC3433 0 to 70C L Suffix Case 620 P Suffix -- Case 648 Quad Comparators with Open Collector Outputs, Common Strobe Input VIS iB tPHL Device mv uA ns Number Max. Max. Max. MC3430 16.0 20 45 MC3431 10 20 45 MC3432 6.0 20 50 MC3433 +10 20 50 VY MCI711C Nel ia] ne 0 to 70C l73_] Strobe 1 G Suffix Case 603 Inputst 2 12 trope F Suffix Case 606 [ L Suffix Case 632 | Gna 7 oe P Suffix Case 646 Vv ee Ca Bt 1 vce meci711 0 to 70C [ iD Jo t Inputs 2 3 12 vee G Suffix Case 603 Strobe 2 F Suftix Case 606 Cs js] Str L Suffix Case 632 ner [| J ne Duat Comparators with Strobes, (Top View) Wire-ORed Outputs *Connected to pin 4 via the substrate on some plastic units. VIO "iB AVOL Device mV uA VIN Number Max. Max. Min. MC1711C 5.0 100 700 Mc1711 3.5 75 700 MC1650 MC1651 Grad} 4 ~30 to 85C [eI L Suffix Case 620 Outputs A (_ Ultra-High Speed Dual Comparators with Latches ama [Ee] i inputs A {s| Yee [ Vee [e| VTH Common-Mode tPD tPD Device mV Range (Differ. Inputs} (Clock) Number Min. Volts Min. ns Max. ns Max. MC1650 +20 ~2.5 to 3.0 5.0 47 MC1651 +20 3.0 to 2.5 5.0 47