table of contents - Tecnun

TABLE OF CONTENTS11.11.21.31.41.51.61.71.81.922.12.22.32.42.52.62.72.8PROPERTIES AND DEFINITIONSOF DIGITAL ICS 1Inverting and Non-Inverting Cates 1Ideal Logic Elements 2Inverter Voltage Transfer Characteristic 4Logic Swing and Transition Width 6Noise in Digital CircuitsFan-In and Fan-Out 76Transient Characteristics 8Power Dissipation 10Power-Delay Product 11DIODES 15PN Junction and MN Schottky Diodes 15Diode Modelling 15Diode CapacitanceSPICE Diode Model1818Diode- Resistor Logic 19Level-Shifted Diode-Resistor Logic 21Clamping Diodes 23Level-Shifting Diodes 243 BIPOLAR JUNCTIONTRANSISTORS3.1 Junction Isolated NPN BJT 273.2 Oxide Isolated NPN BJT 273.3 Multi-Emitter BJT 273.4 Schottky-Clamped BJT 283.5 Lateral PNP BJTs 313.6 The Ebers-Moll BJTModel 313.7 BJTModes of Operation 323.8 The Cummel-Poon BJTModel 353.9 SPICE BJTModel 373.10 Integrated Circuit Resistors 394 INTRODUCTION TO BIPOLARDIGITAL CIRCUITS 424.1 Analysis of BJT Circuits with KnownStates 424.2 BJTInverter 454.3 TTL Super-Circuitry 464.4 Level-Shifting BJTs 48274.5 Discharge Paths and Base DrivingCircuitry 484.6 Self-Biasing BJTs 494.7 Power Dissipation of Bipolar LogicCircuits 505 RESISTOR- TRANSISTORLOGIC (RTL) 565.1 Basic RTL Inverter 565.2 Basic RTL NOR Cate 565.3 Basic RTL NAND Cate 575.4 RTL Fan-Out 595.55.6RTL Power DissipationBasic RTL Non-Inverter62625.7 Basic RTL OR and AND Cates 645.8 RTL with Active Pull-Up 645.9 RTL SPICE Simulation 675.10 Direct Coupled Transistor Logic and CurrentHogging 686 DIODE- TRANSISTOR6.1LOGIC (DTL)Basic DTL Inverter 726.2 Modified DTL 736.3 Transistor Modified DTL 746.4 DTL NAND Cate 756.5 DTL Fan-Out 756.6 DTL Power Dissipation 786.7 DTL SPICE Simulation 807 TRANSISTOR- TRANSISTORLOGIC (TTL) 837.1 Basic TTL Inverter 837.2 Comparison of Stored-ChargeDTL and TTL 84Removal from7.3 Basic TTL NAND Cate and the Multiple-Emitter BJT 857.47.5Standard TTL NAND Cate with Totem PoleOutput 85Standard TTL Voltage TransferCharacteristic 877.6 TTL Fan-Out 897.7 TTL Power Dissipation 9172Xl