| 2613 | 81DA561M250MB2D | Aluminum Capacitors + 105 C/ Snap-in |
| 2614 | 81DA682M050KC2D | Aluminum Capacitors + 105 C/ Snap-in |
| 2615 | 81DA821M200KD2D | Aluminum Capacitors + 105 C/ Snap-in |
| 2616 | 82007 | IR Receiver Modules for Remote Control Systems |
| 2617 | 82092 | IR Receiver Modules for Remote Control Systems |
| 2618 | 82107 | IR Receiver Modules for Remote Control Systems |
| 2619 | 82159 | IR Receiver Modules for Remote Control Systems |
| 2620 | 82186 | Package Dimensions in mm |
| 2621 | 82325 | Package Dimensions in mm |
| 2622 | 83143 | High Intensity SMD LED |
| 2623 | 83765 | Transmissive Optical Sensor with Phototransistor Output |
| 2624 | 83816 | 1 Form A Solid State Relay |
| 2625 | 83930 | PD45, Lens |
| 2626 | 84063 | The Constituents of Semiconductor Components |
| 2627 | 84068 | Tape and Reel Standards |
| 2628 | 86015 | Schottky Barrier Rectifier |
| 2629 | 893D | Solid Tantalum Chip Capacitors, TANTAMOUNT®, Built-In-Fuse Miniature, Molded Case in Three Case Codes, Fusible, Meets EIA 535BAAC and IEC Specification QC300801/US0001, Automatic Pick and Place Compatible |
| 2630 | 90° PATTERNS - DUAL GRID | Transducer-Class® Strain Gages |
| 2631 | 94SA | High Capacitance, Miniaturized and Well Suited for High-Frequency Switching Power Supplies |
| 2632 | 94SC | General Use Capacitor with Superior High Frequency Characteristics Suitable for use in Noise Limiters and Switching Power Supplies |
| 2633 | 94SH | Guaranteed Long Life, Used for Industrial Applications |
| 2634 | 94SL | Super Miniaturized, Ideal for user in VCR's, Car Stereos, and other Size Critical Applications |
| 2635 | 94SP | High Capacity, Low ESR, Ideal for Designing around MPU's for Computer Equipment |
| 2636 | 94SS | Miniaturized version of types 94SA, 94SC, 94SL |
| 2637 | A104 | Mono Axial Serise / Leaded Ceram IC Multilayer Capacitors |
| 2638 | A20 | Single Value Chip Resistors Standard |
| 2639 | A20, WA20 | Body components available with any desired pin and socket combination, Floating contacts, Meets applicable paragraphs of MIL-C-28748 |
| 2640 | A30R | Center Tap Chip Resistor |
| 2641 | A30RAE | Center Tap Chip Resistor |
| 2642 | A30RAK | Center Tap Chip Resistor |
| 2643 | A30RBC | Center Tap Chip Resistor |
| 2644 | A30RBE | Center Tap Chip Resistor |
| 2645 | A30RBK | Center Tap Chip Resistor |
| 2646 | A30RCC | Center Tap Chip Resistor |
| 2647 | A30RCE | Center Tap Chip Resistor |
| 2648 | A30RCK | Center Tap Chip Resistor |
| 2649 | A30RDC | Center Tap Chip Resistor |
| 2650 | A30RDE | Center Tap Chip Resistor |
| 2651 | A30RDK | Center Tap Chip Resistor |
| 2652 | A30RSC | Center Tap Chip Resistor |
| 2653 | A30RSE | Center Tap Chip Resistor |
| 2654 | A30RSK | Center Tap Chip Resistor |
| 2655 | A30V | Center Tap Chip Resistor |
| 2656 | A902 | N-Channel JFET |
| 2657 | ABG-12205 | Dual Linear Drive Electronics, DC/DC Converter, Compact, Rugged Design, High Brightness |
| 2658 | AGP15 | Miniature Glass Passivated Junction Plastic Controlled Avalanche Rectifiers |
| 2659 | AGP15 SERIES | Miniature Glass Passivated Junction, Plastic Controlled Avalanche Rectifiers, Forward Current 1.5A |
| 2660 | AGP15-400 | Diodes |
| 2661 | AGP15-600 | Diodes |
| 2662 | AGP15-800 | Diodes |
| 2663 | AN101 | An Introduction to FETs |
| 2664 | AN102 | FET Biasing Techniques |
| 2665 | AN103 | The FET Constant-Current Source |
| 2666 | AN104 | SPICE Parameters for Select JFETs |
| 2667 | AN105 | FETs As Voltage-Controlled Resistors |
| 2668 | AN106 | Low-Noise JFETs--Superiror Performance to Bipolars |
| 2669 | AN201 | High-Performance Multiplexing with the DG408 |
| 2670 | AN203 | Silicon-Gate Switching Functions Optimize Data Acquisition Front End |
| 2671 | AN204 | Serially-Controlled 8-Channel Analog Switch Array Simplified |
| 2672 | AN206 | DG406 Multiplexer Optimizes Medical Simulator |
| 2673 | AN207 | 15-ns DG611 Switch Family Combines Benefits of CMOS and DMOS |
| 2674 | AN208 | A High-Performance, Low Cost Analog Switch Family |
| 2675 | AN501 | The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications |
| 2676 | AN504 | Video Crosspoint Switch Simplifies Large Matrix Designs |
| 2677 | AN601 | Unclamped Inductive Switching Rugged MOSFETs for Rugged Envi |
| 2678 | AN602 | Driver Ics for Automotive Diagnostic Communications Meet ISO9141 Stndards |
| 2679 | AN603 | Designing With the Si9978DW Configurable H-Bridge Controller |
| 2680 | AN701 | Designing High-Frequency DC-to-DC Converters with the Si9114A Switchmode Controller |
| 2681 | AN702 | Efficient ISDN Power Converters Using the Si9100 |
| 2682 | AN703 | Designing DC/DC Converters with the Si9110 Switchmode Controller |
| 2683 | AN704 | Designing DC/DC Converters to Meet CCITT Specifications for ISDN Terminals |
| 2684 | AN705 | Si9910 Adaptive Power MOSFET Driver Improves Performance in High-Voltage Half-Bridge Applications |
| 2685 | AN707 | Designing Low-Power Off-Line Flyback Converters, using the Si9120 switchmode controller IC |
| 2686 | AN708 | Low-Power Universal-Input Power Supply Achieves High Efficiency |
| 2687 | AN709 | Designing with the Si9976DY N-Channel Half-Bridge Driver and LITTLE FOOT Dual MOSFETs |
| 2688 | AN710 | High-Efficiency Buck Converter for Notebook Computers |
| 2689 | AN713 | A 1-Watt Flyback Converter Using the Si9100 |
| 2690 | AN714 | A Compact Controller for Brushless DC Motors |
| 2691 | AN715 | Designing Low-Voltage DC/DC Converters with the Si9145 |
| 2692 | AN716 | Designing with Siliconix PC Card (PCMCIA) Power Interface Switches |
| 2693 | AN718 | Powering the Pentium VRE with the Si9145 Voltage Mode Controlled PWM Converter |
| 2694 | AN7188K | 2 Power Amplifier 18 W |
| 2695 | AN720 | Si9986 Buffered H-Bridge |
| 2696 | AN723 | Design A High Performance Buck or Boost Converter with Si9165 |
| 2697 | AN724 | Designing A High-Frequency, Self-Resonant Reset Forward DC/DC For Telecom Using Si9118/9 PWM/PSM Controller |
| 2698 | AN725 | Si9136: Novel Triple-Converter Controller |
| 2699 | AN726 | Design High Frequency, Higher Power Converters with Si9166 |
| 2700 | AN727 | High-Frequency, High-Efficiency Buck Converter Design for Multi-Cell Battery Configured Systems Using Si9167 |
| | |
