| Application Notes |
|
| ATE ICs |
| an1108.pdf | Applying Power MOSFET Drivers |
| Amplifiers/Buffers |
| an053.pdf | The ICL7650S: A New Era in Glitch-Free Chopper Stabilized Amplifiers |
| an1111.pdf | Doubling the Output Current to a Load with a Dual Op Amp |
| an1112.pdf | A Cost Effective Method for Transmitting Composite Video |
| an1213.pdf | VFA, CFA, Bipolar or CMOS - Which High-Speed Amplifier Is Best for Your Low-Noise Application? |
| an1266.pdf | EL4543 CAT-5 CMV Offset Network Recovers Usable CMV Range at Receiver |
| an1298.pdf | Instrumentation Amplifier Application Note |
| an1299.pdf | Measuring RF Interference in Audio Circuits |
| an1306.pdf | Avoid Instability in Rail-to-Rail CMOS Amplifiers |
| an1307.pdf | CAT-5 Video Transmission: Troubleshooting and Equalization |
| an1308.pdf | A Unique Coax Cable Driver Circuit with Common Mode Noise Cancellation |
| an1309.pdf | Feedback Gives Peak Detector More Precision |
| an1310.pdf | Ground Loop Considerations in Long Distance Video Transmission |
| an1314.pdf | Reducing AC Coupling Capacitance in High Frequency Signal Transmission |
| an1315.pdf | Rail-to-Rail Amplifier Extends Resolution and Range of Light Sensor |
| an1318.pdf | Transmitting SXGA Video Signal through 1kft (300m) CAT-5 Cable |
| an1318sc.pdf | Transmitting SXGA Video Signal through 1kft (300m) CAT-5 Cable (Simplified Chinese) |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an1331.pdf | Avoiding Instability in Rail-to-Rail CMOS Amplifiers |
| an1374.pdf | Automatic Digital Cable Compensation for Long Cat-5 Cables |
| an1377.pdf | Half Bridge Driver Generates 100V, 10A, 4μs Pulses |
| an1418.pdf | Use of ISL55016 as a Single-Ended to Differential Converter |
| an519.pdf | Operational Amplifier Noise Prediction |
| an548.pdf | A Designers Guide for the HA-5033 Video Buffer |
| an551.pdf | Recommended Test Procedures for Operational Amplifiers |
| an553.pdf | HA-5127, HA-5137, HA-5147, Ultra Low Noise Amplifiers |
| an9305.pdf | HA5020 Operational Amplifier Feedback Resistor Selection |
| an9315.pdf | RF Amplifier Design Using HFA3046, HFA3096, HFA3127, HFA3128 Transistor Arrays |
| an9415.pdf | Feedback, Op Amps and Compensation |
| an9420.pdf | Current Feedback Amplifier Theory and Applications |
| an9507.pdf | Video Cable Drivers Save Board Space, Increase Bandwidth |
| an9508.pdf | Video Multiplexer Delivers Lower Signal Degradation |
| an9510.pdf | Basic Analog for Digital Designers |
| an9513.pdf | Component Video Sync Formats |
| an9514.pdf | Video Amplifier with Sync Stripper and DC Restore |
| an9523.pdf | Evaluation Programs for SPICE Op Amp Models |
| an9524.pdf | EL5108 Video Buffer Forms Differential Line Driver/Receiver |
| an9528.pdf | 900MHz Down Converter Consumes Little Power |
| an9637.pdf | Simple Phase Meter Operates to 10MHz |
| an9641.pdf | High-Frequency VGA Has Digital Control |
| an9653.pdf | Use and Application of Output Limiting Amplifiers |
| an9654.pdf | Use of Life Tested Parts |
| an9663.pdf | Converting From Voltage-Feedback to Current-Feedback Amplifiers |
| an9723.pdf | Single-Ended To Differential Twisted Pair Driver |
| an9740.pdf | Digital Control Selects The Number of Analog Cycles and Burst Frequency |
| an9744.pdf | RF Up/Down Conversion Is Simplified By Linear Arrays |
| an9745.pdf | HFA1100 Single 5V Supply Application |
| an9752.pdf | Sync Stripper and Sync Inserter for Composite Video (HFA1115, HFA1135) |
| an9756.pdf | Properly Terminating Video Op Amps (HFA1100, HFA1105, HFA1109, HFA1135) |
| an9757.pdf | A Cookbook Approach to Single Supply DC-Coupled Op Amp Design |
| an9787.pdf | An Intuitive Approach To Understanding Current Feedback Amplifiers |
| an9802.pdf | Window Comparator With Independent Adjustments (HA2841, HA4905) |
| an9815.pdf | Crystal Filter Yields Pure Sine Waves |
| an9816.pdf | High Frequency AGC Has Digital Control |
| an9825.pdf | Power Crystal Oscillator With Feedback Stabilized Duty Cycle |
| Automotive ICs |
| an1157.pdf | Power Supply and DC to DC Converter Control using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1173.pdf | DC/DC Module Trim with Digital Potentiometers |
| an1208.pdf | LCD screens don't flicker - or do they? |
| an1209.pdf | Intersil Integrated FET DC/DC Converters |
| an1209sc.pdf | Intersil Integrated FET DC/DC Converters (Simplified Chinese) |
| an1246.pdf | Techniques To Improve ZVS Full-Bridge Performance |
| an1246sc.pdf | Techniques To Improve ZVS Full-Bridge Performance (Simplified Chinese) |
| an1262.pdf | Designing with the ISL6752, ISL6753 ZVS Full-Bridge Controllers |
| an1262sc.pdf | Designing with the ISL6752, ISL6753 ZVS Full-Bridge Controllers (Simplified Chinese) |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an1379.pdf | ISL97656 SEPIC for 3VIN to 12VIN to 3.3VOUT at 1A Application |
| an1387.pdf | White LED Driver Circuits for Off-Line Applications using Standard PWM Controllers |
| an1425.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) |
| an1425_c.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) (Chinese) |
| an1439.pdf | ISL6745EVAL1Z 48V to 12V 120W Half-Bridge Power Supply for Telecom Applications |
| an557.pdf | Recommended Test Procedures for Analog Switches |
| Battery Management |
| an1166.txt | FlexiHash™ Engine Algorithm |
| an1167.pdf | Implementing XSD Host Using a GPIO |
| an1175.pdf | ISL6295 Calibration Manual |
| an1333.pdf | Designing Multi-Cell Li-ion Battery Packs Using the ISL9208 Analog Front End |
| an1336.pdf | Designing Multi-Cell Li-ion Battery Packs Using the ISL9216, ISL9217 Analog Front End |
| Broadband |
| an1008.pdf | ISL6405 Dual LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1083.pdf | ISL6421, ISL6425 Single LNB Controllers with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1101.pdf | Designing a High Efficiency DC-DC Converter with the EL75XX |
| an1161.pdf | ISL6421A Single LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1177.pdf | ISL6424 Dual LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1209.pdf | Intersil Integrated FET DC/DC Converters |
| an1209sc.pdf | Intersil Integrated FET DC/DC Converters (Simplified Chinese) |
| Communications ICs |
| an1003.pdf | Operation of the HC55185 Ringing SLIC & IDT821054 Evaluation Module |
| an1004.pdf | Operation of the UniSLIC14 & IDT821054 Evaluation Module |
| an1011.pdf | Operation of the HC55185 Ringing SLIC & IDT821064 Evaluation Module |
| an1012.pdf | Operation of the UniSLIC14 & IDT821064 Evaluation Module |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an1377.pdf | Half Bridge Driver Generates 100V, 10A, 4μs Pulses |
| an156.pdf | Using the X9530 in Fiber Optic Applications |
| an168.pdf | Dynamic Temperature Compensation For Pressure Sensors |
| an549.pdf | The HC-5502X/4X Telephone Subscriber Line Interface Circuits |
| an571.pdf | Using Ring Sync with HC-5502A and HC-5504 SLICs |
| an9632.pdf | Operation of the HC5523, HC5515 Evaluation Board |
| an9813.pdf | Operation of the HC5503C, HC5503T Family of SLICs Evaluation Board (HC5503XEVAL1) |
| an9814.pdf | HC5518XEVAL Evaluation Board User's Guide |
| an9824.pdf | SPICE Model Tutorial of the RSLIC18™ AC Loop |
| an9842.pdf | Implementing Tip and Ring Protection Circuitry For the HC5518X Ringing SLIC Family |
| an9871.pdf | Operation of the UniSLIC14™ Family of SLICs Evaluation Board |
| an9872.pdf | HC5503PRC SLIC and the Texas Instruments TP3057A Combined PCM CODEC and Filter |
| an9898.pdf | Reference Design Using the HC5503PRC SLIC and the TI TCM38C17 Quad Combo |
| an9922.pdf | Thermal Characterization and Board Level Modeling of the RSLIC18 in the MLFP Package |
| an9930.pdf | Operation of the HC55185 Ringing SLIC & TCM38C17 Evaluation Module |
| an9947.pdf | HC55185 and the IDT821068 Programmable Octal PCM CODEC |
| an9955.pdf | Operation of the HC55185 Ringing SLIC & IDT821068 Evaluation Module |
| an9991.pdf | HC55185 Ringing SLIC & the AK2306/2306LV Dual PCM CODEC |
| an9992.pdf | HC55185 Ringing SLIC & AK2306/2306LV CODEC Evaluation Board User Guide Supplement |
| an9998.pdf | HC55185 and the IDT821054/64 Programmable Quad PCM CODEC |
| an9999.pdf | UniSLIC14 and the IDT82105/64 Programmable Quad CODEC |
| Comparators |
| an9802.pdf | Window Comparator With Independent Adjustments (HA2841, HA4905) |
| D2Audio |
| an1435.pdf | User Guide: TXS25-4 Evaluation Kit |
| an1438.pdf | Intelligent Digital Amplifier Design Platform for OEM and Aftermarket Automotive |
| Data Converters |
| an016.pdf | Selecting A/D Converters |
| an017.pdf | The Integrating A/D Converter (ICL7135) |
| an018.pdf | Do's and Don'ts of Applying A/D Converters |
| an023.pdf | Low Cost Digital Panel Meter Designs and Complete Instructions for LCD and LED Kits |
| an028.pdf | Building an Auto-Ranging DMM with the ICL7103A/ICL8052A A/D Converter Pair |
| an046.pdf | Building a Battery Operated Auto Ranging DVM with the ICL7106 |
| an052.pdf | Tips for Using Single Chip 31/2 Digit A/D Converters |
| an054.pdf | Display Driver Family Combines Convenience of Use with Microprocessor Interfaceability |
| an1032.pdf | Analog Multiplexers with Overvoltage Protection |
| an1433.pdf | Konverter Analyzer User's Guide |
| an1434.pdf | 8-Bit to 14-Bit, 40MSPS to 500MSPS ADC Evaluation Motherboard |
| an517.pdf | Application of Monolithic Sample-and-Hold Amplifiers |
| an9326.pdf | A Complete Analog-to-Digital Converter Operating from a Single 3V Power Supply |
| an9504.pdf | A Brief Introduction to Sigma Delta Conversion |
| an9510.pdf | Basic Analog for Digital Designers |
| an9518.pdf | Using The HI7188 Evaluation Kit |
| an9527.pdf | Interfacing the HI7190 to a Microcontroller |
| an9532.pdf | Using the HI-0539 in a Multiplexed A/D System |
| an9534.pdf | Using the HI5703 Evaluation Board |
| an9538.pdf | Using The HI7188 Serial Interface |
| an9601.pdf | Using the HI7190 with Single +5V Supply |
| an9602.pdf | Evaluation Board Users Manual |
| an9609.pdf | Overcoming Common Mode Range Issues When Using Intersil Integrating Converters |
| an9610.pdf | Interfacing the HI7188 to a Microcontroller |
| an9619.pdf | Optimizing Setup Conditions for High Accuracy Measurements of the HI5741 |
| an9620.pdf | Using the HI7188 with a Single Supply |
| an9626.pdf | Using The HI5741 Evaluation Module |
| an9629.pdf | Multi-Tone Performance of the HI5741 |
| an9631.pdf | Performance Evaluation of the HI5746 Using the HI5703 Evaluation Board |
| an9634.pdf | Using the HI7188 to Create a 64 Channel Multiplexed System |
| an9641.pdf | High-Frequency VGA Has Digital Control |
| an9726.pdf | Using the HI5766EVAL1 Evaluation Board |
| an9816.pdf | High Frequency AGC Has Digital Control |
| Digital ICs |
| an054.pdf | Display Driver Family Combines Convenience of Use with Microprocessor Interfaceability |
| an1010.pdf | HSP50415 Applications |
| an1014.pdf | CDMA2000 and W-CDMA on the ISL5416 Quad Programmable Down Converter |
| an1016.pdf | Automatic Gain Control (AGC) in ISL5416 3G QPDC |
| an1017.pdf | A/D Range Using the ISL5416 3G QPDC |
| an1022.pdf | Operation and Performance of the ISL5239 Pre-distortion Linearizer |
| an1028.pdf | Adaptive Predistortion Using the ISL5239 |
| an108.pdf | 82C52 Programmable UART |
| an109.pdf | 82C59A Priority Interrupt Controller |
| an111.pdf | Intersil 80C286 Performance Advantages Over the 80386 |
| an112.pdf | 80C286/80386 Hardware Comparison |
| an120.pdf | Interfacing the 80C286-16 with the 80287-10 |
| an121.pdf | Intersil 80C286 Performance Advantages Over the 80386SX |
| an400.pdf | Using the HS-3282 ARINC Bus Interface Circuit |
| an9401.pdf | Reducing the Minimum Decimation Rate of the HSP50016 Digital Down Converter |
| an9403.pdf | Predicting Data Throughput in the Intersil HSP43220 |
| an9418.pdf | Complex Filtering with the HSP43168 Dual FIR Filter |
| an9421.pdf | HSP43168 Configured to Perform Multi-Channel Filtering |
| an9509.pdf | Digital IF Subsampling Using the HI5702, HSP45116 and HSP43220 |
| an9603.pdf | An Introduction to Digital Filters |
| an9654.pdf | Use of Life Tested Parts |
| an9657.pdf | Data Conversion Binary Code Formats |
| an9658.pdf | Implementation of a High Rate Radio Receiver |
| an9659.pdf | Using the HSP50110/210EVAL Example Configuration Files |
| an9661.pdf | Implementing Polyphase Filtering with the HSP50110 (DQT) HSP50210 (DCL) and the HSP43168 (DFF) |
| an9676.pdf | Loading Custom Digital Filters Into the HSP50110/210EVAL |
| an9715.pdf | Ten Tips for Successful HSP50110/210EVAL Board Operation |
| an9716.pdf | Widescreen Signaling (WSS) |
| an9717.pdf | YCbCr to RGB Considerations (Multimedia) |
| an9720.pdf | Calculating Maximum Processing Rates of the PDC (HSP50214, HSP50214A and HSP50214B) |
| an9727.pdf | Consumer Analog RGB and YUV Video Formats |
| an9728.pdf | BT.656 Video Interface for Ics |
| an9765.pdf | Designing a High Performance NTSC/PAL Decoder |
| an9766.pdf | Keeping Time with the Intersil CDP68HC68T1 Real Time Clock and the Millennium Bug |
| an9789.pdf | Audio Quality Measurement Primer |
| an9806.pdf | Advantages of the HMP8117 VideolyzerTM Operation |
| an9818.pdf | Connecting Multiple Intersil Encoders |
| an9892.pdf | Synchronizing HSP50214 (PDC) and HSP50215 (PUC) |
| an9911.pdf | Cellular Applications |
| an9927.pdf | Use of HSP50216 and ISL5216 QPDC in Wideband Applications-UMTS |
| an9928.pdf | Use of HSP50216 QPDC for CDMA applications. (IS95 and CDMA2000) |
| an9987.pdf | IEEE Standard Test Access Port and Boundary Scan Register for the ISL5216 (QPDC) |
| fn2802.pdf | Decimating Digital Filter |
| fn3368.pdf | Intersil HSP43220 Decimating Digital Filter Development Software |
| fn3637.pdf | DDC Evaluation Platform |
| Digital Potentiometers (DCPs) |
| AN1145.pdf | A Compendium of Application Circuits for Intersil's Digitally-Controlled (XDCP) Potentiometers |
| AN1149.pdf | Application of Intersil Digitally Controlled Potentiometers (XDCP™) as Hybrid Analog/Digital Feedback System Control Elements |
| AN1154.pdf | Remotely Adjustable Voltage Regulators using XDCPs |
| an104.pdf | Third Generation E2POT Devices From Intersil-Part 1 |
| an1144.pdf | Interfacing the X9408/X9418 XDCP to 8051 Microcontrollers |
| an1151.pdf | Interfacing the X9241 E2POT Digital Potentiometer to 8051 Microcontrollers |
| an1155.pdf | Shaft Encoder Drives Multiple Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1156.pdf | Tone, Balance, and Volume Control using a Quad XDCP |
| an1157.pdf | Power Supply and DC to DC Converter Control using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1158.pdf | Designing with Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1173.pdf | DC/DC Module Trim with Digital Potentiometers |
| an124.pdf | A Primer on Digitally-Controlled Potentiometers |
| an133.pdf | Putting Analog On The Bus |
| an134.pdf | Programmable Tee Networks |
| an1340.pdf | SPI Protocol and Bus Configuration of Multiple DCPs |
| an135.pdf | Sensor Circuits and Digitally Controlled Potentiometers |
| an136.pdf | Using Intersil Digitally Controlled Potentiometers in Commercial RF Power Amplifier Applications |
| an139.pdf | Designing Power Supplies Using Intersil's XDCP Mixed Signal Products |
| an140.pdf | 1Gb/s Fiber Optic Transmitter Design using Intersil Digitally Controlled Potentiometer (XDCP™)ICs |
| an1425.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) |
| an1425_c.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) (Chinese) |
| an144.pdf | Audio Xcellence: XDCP Signal Integrity Report (Audio Characterization Report) |
| an1488.pdf | Fixed DC/DC Regulator Output Margining Using Digitally Controlled Potentiometer |
| an152.pdf | Achieving Excellent Audio Performance in Digitally Controlled Pots |
| an155.pdf | Advanced Mixed-Signal-Approach for Modern HVAC Systems |
| an162.pdf | Power On Conditions for the X9258 |
| an163.pdf | Power On Conditions for the X9400 |
| an170.pdf | Using a Rotary Encoder to Control Two X93254 Dual DCPs |
| an175.pdf | Low Cost In-circuit Programmable Quad Power Sequencer |
| an183.pdf | ISL95311 VCOM Applications |
| an49.pdf | Digital Audio Amplifier Gain Control using Logarithmic Intersil Digitally Controlled Potentiometers (XDCPs) |
| an50.pdf | Op Amp Gain and Offset Trim using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an73.pdf | Improving Analog Signal Monitors with XDCPs™ |
| an92.pdf | Working with the Intersil 3-Wire DCP Devices |
| Display ICs |
| an054.pdf | Display Driver Family Combines Convenience of Use with Microprocessor Interfaceability |
| an1096.pdf | Thermal Design Considerations - EL75XX |
| an1101.pdf | Designing a High Efficiency DC-DC Converter with the EL75XX |
| an1108.pdf | Applying Power MOSFET Drivers |
| an1157.pdf | Power Supply and DC to DC Converter Control using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1188.pdf | ISL45042EVAL1Z User's Manual |
| an1208.pdf | LCD screens don't flicker - or do they? |
| an1254.pdf | A Novel Approach to Creating a High-Efficiency, Simple Buck-Boost Converter |
| an1256.pdf | Boost Converter Generates +5V at 375mA from Wide Range Negative Input Supply |
| an1306.pdf | Avoid Instability in Rail-to-Rail CMOS Amplifiers |
| an1311.pdf | Making Sense of Light Sensors |
| an1315.pdf | Rail-to-Rail Amplifier Extends Resolution and Range of Light Sensor |
| an1317.pdf | Single-Stage 5V USB Voltage Regulator |
| an1379.pdf | ISL97656 SEPIC for 3VIN to 12VIN to 3.3VOUT at 1A Application |
| an1412.pdf | Using the Intersil ALS Software (v520) with Intersil Ambient and Infrared Light-to-Digital Converter with IR LED Driver ISL29015 |
| an1413.pdf | Using the Intersil ALS Software (v520) With Intersil Ambient and Infrared Light-to-Digital Converter With IR LED Driver ISL29018 |
| an1414.pdf | Using the Intersil ALS Software (v520) With Intersil Ambient and Infrared Light-to-Digital Converter with IR LED Driver ISL29020 |
| an1422.pdf | Light Sensor Applications |
| an1427.pdf | Proximity Sensor Algorithms |
| an1436.pdf | Proximity Sensors |
| an1476.pdf | ISL97635 SMBus LED Driver Programming Instruction |
| Gain Blocks |
| an1418.pdf | Use of ISL55016 as a Single-Ended to Differential Converter |
| Hot Plug Controllers |
| an1020.pdf | ISL6140/41EVAL1 Board |
| an1263.pdf | Expanding the Voltage Range of the HIP1020 FET Driver |
| an9737.pdf | HIP1011 PCI Hot Plug Controller |
| Instrumentation Amplifiers |
| an1298.pdf | Instrumentation Amplifier Application Note |
| Interface ICs |
| an1378.pdf | Implementing a Three Pin, Half-Duplex, Dual Protocol (RS-232/RS-485) Interface Using the ISL81387 or ISL41387 |
| an1401.pdf | Implementing a Three Pin, Half-Duplex, Dual Protocol (RS-232/RS-485) Interface Using the ISL3330 or ISL3331 |
| an9799.pdf | Intersil RS-232 Transmitter/Receivers Provide High Speed and 15K.V ESD Protection |
| an9863.pdf | 3V to +5.5V, 250k-1Mbps, RS-232 Transmitters/Receivers |
| Isolated Power |
| an1002.pdf | 200W, 470kHz, Telecom Power Supply Using ISL6551 Full-Bridge Controller and ISL6550 Supervisor and Monitor |
| an1246.pdf | Techniques To Improve ZVS Full-Bridge Performance |
| an1246sc.pdf | Techniques To Improve ZVS Full-Bridge Performance (Simplified Chinese) |
| an1262.pdf | Designing with the ISL6752, ISL6753 ZVS Full-Bridge Controllers |
| an1262sc.pdf | Designing with the ISL6752, ISL6753 ZVS Full-Bridge Controllers (Simplified Chinese) |
| an1387.pdf | White LED Driver Circuits for Off-Line Applications using Standard PWM Controllers |
| an1439.pdf | ISL6745EVAL1Z 48V to 12V 120W Half-Bridge Power Supply for Telecom Applications |
| Linear Regulation |
| an1080.pdf | ISL6414 - Enhanced ISL6411 |
| an1123.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6537 and ISL6506 |
| an1124.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6537A and ISL6506 |
| an1264.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6548 and ISL6506 |
| an1285.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6548A and ISL6506 |
| an9846.pdf | Power Management IC Simplifies ACPI Implementation |
| Low-Noise Block (LNB) Controllers |
| an1008.pdf | ISL6405 Dual LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1083.pdf | ISL6421, ISL6425 Single LNB Controllers with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1161.pdf | ISL6421A Single LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| an1177.pdf | ISL6424 Dual LNB Controller with I2C Interface for Advanced Satellite Set-Top Box Designs |
| Optical Storage |
| an1356.pdf | Serial Bus Specification |
| Optoelectronics |
| an1311.pdf | Making Sense of Light Sensors |
| an1315.pdf | Rail-to-Rail Amplifier Extends Resolution and Range of Light Sensor |
| an1412.pdf | Using the Intersil ALS Software (v520) with Intersil Ambient and Infrared Light-to-Digital Converter with IR LED Driver ISL29015 |
| an1413.pdf | Using the Intersil ALS Software (v520) With Intersil Ambient and Infrared Light-to-Digital Converter With IR LED Driver ISL29018 |
| an1414.pdf | Using the Intersil ALS Software (v520) With Intersil Ambient and Infrared Light-to-Digital Converter with IR LED Driver ISL29020 |
| an1422.pdf | Light Sensor Applications |
| an1427.pdf | Proximity Sensor Algorithms |
| an1436.pdf | Proximity Sensors |
| Power MOSFET Drivers |
| an1093.pdf | Current Boosted and DC Stabilized Half Bridge Driver |
| an1100.pdf | Simple CMOS Driver Circuits Generate Bipolar Outputs |
| an1108.pdf | Applying Power MOSFET Drivers |
| an1377.pdf | Half Bridge Driver Generates 100V, 10A, 4μs Pulses |
| an1442.pdf | Powering AMD Uni-Plane and Split-Plane Processors with the ISL6323 |
| an9301.pdf | High Current Logic Level MOSFET Driver |
| an9404.pdf | HIP4080A, 80V High Frequency H-Bridge Driver (HIP4080A/81AEVALZ) Application Note |
| an9405.pdf | HIP4081A, 80V High Frequency H-Bridge Driver (HIP4080A/81AEVALZ) Application Note |
| an9506.pdf | A 50W, 500kHz, Full-Bridge, Phase-Shift, ZVS Isolated DC to DC Converter Using the HIP4081A |
| an9611.pdf | A DC-AC Isolated Battery Inverter Using the HIP4082 |
| an9642.pdf | HIP4086 3-Phase Bridge Driver Configurations and Applications |
| Power Supply Support |
| AN1141.pdf | Using the Intersil X5163, X5323, X5643 CPU Supervisors with the 68HC11 Microcontroller |
| AN1146.pdf | X4C105 NOVRAM Features and Applications |
| AN1230.pdf | Using the Intersil X5165, X5325, X5645 CPU Supervisors with the 8051 Microcontroller |
| an1143.pdf | Designing with Intersil's X5000 Series CPU Supervisors |
| an1403.pdf | Introducing General Purpose Voltage Supervisors to Increase System Reliability |
| an147.pdf | Automated Linearization of Sensor Circuits |
| an164.pdf | CPU Supervisor and System Management Devices for Battery Applications: Using the X40420, X40421 as a Battery Backup Switch |
| an182.pdf | Using a Multiple Voltage Supervisor for Over and Under Voltage Power Supply Shutdown and Fault Monitoring |
| an21.pdf | X5043, X5045 System Supervisors Manage 8051 Type Microcontrollers |
| an80.pdf | Interfacing the X5043 Watchdog Timer to Hitachi H8/3000 Microcontrollers |
| an98.pdf | Interfacing the Intersil X5163/323/643 CPU Supervisors to NEC 78K Microcontrollers |
| Precision Analog |
| AN1145.pdf | A Compendium of Application Circuits for Intersil's Digitally-Controlled (XDCP) Potentiometers |
| AN1149.pdf | Application of Intersil Digitally Controlled Potentiometers (XDCP™) as Hybrid Analog/Digital Feedback System Control Elements |
| AN1154.pdf | Remotely Adjustable Voltage Regulators using XDCPs |
| an104.pdf | Third Generation E2POT Devices From Intersil-Part 1 |
| an1144.pdf | Interfacing the X9408/X9418 XDCP to 8051 Microcontrollers |
| an1151.pdf | Interfacing the X9241 E2POT Digital Potentiometer to 8051 Microcontrollers |
| an1155.pdf | Shaft Encoder Drives Multiple Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1156.pdf | Tone, Balance, and Volume Control using a Quad XDCP |
| an1157.pdf | Power Supply and DC to DC Converter Control using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1158.pdf | Designing with Intersil Digitally Controlled Potentiometers (XDCPs) |
| an1173.pdf | DC/DC Module Trim with Digital Potentiometers |
| an124.pdf | A Primer on Digitally-Controlled Potentiometers |
| an1298.pdf | Instrumentation Amplifier Application Note |
| an1299.pdf | Measuring RF Interference in Audio Circuits |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an133.pdf | Putting Analog On The Bus |
| an134.pdf | Programmable Tee Networks |
| an1340.pdf | SPI Protocol and Bus Configuration of Multiple DCPs |
| an135.pdf | Sensor Circuits and Digitally Controlled Potentiometers |
| an136.pdf | Using Intersil Digitally Controlled Potentiometers in Commercial RF Power Amplifier Applications |
| an139.pdf | Designing Power Supplies Using Intersil's XDCP Mixed Signal Products |
| an140.pdf | 1Gb/s Fiber Optic Transmitter Design using Intersil Digitally Controlled Potentiometer (XDCP™)ICs |
| an1425.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) |
| an1425_c.pdf | Get Precision Performance from a Digitally Controlled Potentiometer (DCP) (Chinese) |
| an144.pdf | Audio Xcellence: XDCP Signal Integrity Report (Audio Characterization Report) |
| an1494.pdf | Reflow and PC Board Assembly Effects on Intersil FGA™ References |
| an152.pdf | Achieving Excellent Audio Performance in Digitally Controlled Pots |
| an155.pdf | Advanced Mixed-Signal-Approach for Modern HVAC Systems |
| an162.pdf | Power On Conditions for the X9258 |
| an163.pdf | Power On Conditions for the X9400 |
| an170.pdf | Using a Rotary Encoder to Control Two X93254 Dual DCPs |
| an175.pdf | Low Cost In-circuit Programmable Quad Power Sequencer |
| an183.pdf | ISL95311 VCOM Applications |
| an49.pdf | Digital Audio Amplifier Gain Control using Logarithmic Intersil Digitally Controlled Potentiometers (XDCPs) |
| an50.pdf | Op Amp Gain and Offset Trim using Intersil Digitally Controlled Potentiometers (XDCPs) |
| an73.pdf | Improving Analog Signal Monitors with XDCPs™ |
| an92.pdf | Working with the Intersil 3-Wire DCP Devices |
| Space/Defense |
| an017.pdf | The Integrating A/D Converter (ICL7135) |
| an023.pdf | Low Cost Digital Panel Meter Designs and Complete Instructions for LCD and LED Kits |
| an046.pdf | Building a Battery Operated Auto Ranging DVM with the ICL7106 |
| an052.pdf | Tips for Using Single Chip 31/2 Digit A/D Converters |
| an1032.pdf | Analog Multiplexers with Overvoltage Protection |
| an1033.pdf | Multiplexed Data Acquisition System Considerations |
| an1034.pdf | Analog Switch and Multiplexer Applications |
| an108.pdf | 82C52 Programmable UART |
| an109.pdf | 82C59A Priority Interrupt Controller |
| an1108.pdf | Applying Power MOSFET Drivers |
| an111.pdf | Intersil 80C286 Performance Advantages Over the 80386 |
| an112.pdf | 80C286/80386 Hardware Comparison |
| an120.pdf | Interfacing the 80C286-16 with the 80287-10 |
| an121.pdf | Intersil 80C286 Performance Advantages Over the 80386SX |
| an1458.pdf | Extending the TID Capability of the ISL7457SRH |
| an1474.pdf | High Temperature Behavior of ISL3158AE |
| an1475.pdf | High Temperature Behavior of ISL3178AE |
| an1494.pdf | Reflow and PC Board Assembly Effects on Intersil FGA™ References |
| an1503.pdf | RF Amplifier Design Using ISL73096RH, ISL73127RH, ISL73128RH Transistor Arrays |
| an400.pdf | Using the HS-3282 ARINC Bus Interface Circuit |
| an517.pdf | Application of Monolithic Sample-and-Hold Amplifiers |
| an519.pdf | Operational Amplifier Noise Prediction |
| an520.pdf | CMOS Analog Multiplexers and Switches; Specifications and Applications Considerations |
| an532.pdf | Common Questions Concerning CMOS Analog Switches |
| an543.pdf | New High Speed Switch Offers Sub-50ns Switching Times |
| an551.pdf | Recommended Test Procedures for Operational Amplifiers |
| an553.pdf | HA-5127, HA-5137, HA-5147, Ultra Low Noise Amplifiers |
| an557.pdf | Recommended Test Procedures for Analog Switches |
| an9305.pdf | HA5020 Operational Amplifier Feedback Resistor Selection |
| an9402.pdf | Keeping the HI-0201 Switch Closed when Removing the V+ Supply |
| an9415.pdf | Feedback, Op Amps and Compensation |
| an9420.pdf | Current Feedback Amplifier Theory and Applications |
| an9510.pdf | Basic Analog for Digital Designers |
| an9519.pdf | Using the HS-26C31RH, HS-26CT31RH Radiation Hardened RS-422 Line Driver |
| an9520.pdf | Using the HS-26C32RH, HS-26CT32RH Radiation Hardened RS-422 Line Receiver |
| an9523.pdf | Evaluation Programs for SPICE Op Amp Models |
| an9609.pdf | Overcoming Common Mode Range Issues When Using Intersil Integrating Converters |
| an9653.pdf | Use and Application of Output Limiting Amplifiers |
| an9654.pdf | Use of Life Tested Parts |
| an9663.pdf | Converting From Voltage-Feedback to Current-Feedback Amplifiers |
| an9757.pdf | A Cookbook Approach to Single Supply DC-Coupled Op Amp Design |
| an9787.pdf | An Intuitive Approach To Understanding Current Feedback Amplifiers |
| an9802.pdf | Window Comparator With Independent Adjustments (HA2841, HA4905) |
| an9815.pdf | Crystal Filter Yields Pure Sine Waves |
| Special Analog |
| AN1145.pdf | A Compendium of Application Circuits for Intersil's Digitally-Controlled (XDCP) Potentiometers |
| AN1149.pdf | Application of Intersil Digitally Controlled Potentiometers (XDCP™) as Hybrid Analog/Digital Feedback System Control Elements |
| an1108.pdf | Applying Power MOSFET Drivers |
| an1155.pdf | Shaft Encoder Drives Multiple Intersil Digitally Controlled Potentiometers (XDCPs) |
| an124.pdf | A Primer on Digitally-Controlled Potentiometers |
| an133.pdf | Putting Analog On The Bus |
| an139.pdf | Designing Power Supplies Using Intersil's XDCP Mixed Signal Products |
| an174.pdf | LDMOS Transistors Bias Control in Basestation RF Power Amplifiers Using Intersil LUT-based Sensor Signal Conditioners |
| an174.pdf | Optimizing LDMOS Transistors Bias Control An Accurate Solution for Basestation RF Power Amplifiers |
| an9515.pdf | Multiplier Improves the Dynamic Range of Echo Systems |
| Switches/MUXes/Crosspoints |
| an1032.pdf | Analog Multiplexers with Overvoltage Protection |
| an1033.pdf | Multiplexed Data Acquisition System Considerations |
| an1034.pdf | Analog Switch and Multiplexer Applications |
| an1238.pdf | ISL84684ii CSP to Dip Converter Board with Mounted IC |
| an1249.pdf | Using the EL4342 and ISL59446 Triple Video MUX-Amps as A/V Source Selectors |
| an1312.pdf | Optimizing Video Crosspoint Switch Design |
| an1442.pdf | Powering AMD Uni-Plane and Split-Plane Processors with the ISL6323 |
| an520.pdf | CMOS Analog Multiplexers and Switches; Specifications and Applications Considerations |
| an532.pdf | Common Questions Concerning CMOS Analog Switches |
| an543.pdf | New High Speed Switch Offers Sub-50ns Switching Times |
| an557.pdf | Recommended Test Procedures for Analog Switches |
| an9402.pdf | Keeping the HI-0201 Switch Closed when Removing the V+ Supply |
| an9532.pdf | Using the HI-0539 in a Multiplexed A/D System |
| Switching Regulation - Non-Isolated |
| an051.pdf | Principles and Applications of the ICL7660 CMOS Voltage Converter |
| an1021.pdf | Embedded DC-DC Converters Using ISL6526 and ISL6527 PWM Controller ICs |
| an1055.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6532 |
| an1056.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6532A |
| an1096.pdf | Thermal Design Considerations - EL75XX |
| an1101.pdf | Designing a High Efficiency DC-DC Converter with the EL75XX |
| an1108.pdf | Applying Power MOSFET Drivers |
| an1123.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6537 and ISL6506 |
| an1124.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6537A and ISL6506 |
| an1137.pdf | ISL6559EVAL2: Voltage Regulator Down Solution for AMD Hammer Family Processors |
| an1159.pdf | Using the ISL6420 PWM Controller Evaluation Board |
| an1209.pdf | Intersil Integrated FET DC/DC Converters |
| an1209sc.pdf | Intersil Integrated FET DC/DC Converters (Simplified Chinese) |
| an1236.pdf | Digital Multiphase Software User's Guide |
| an1254.pdf | A Novel Approach to Creating a High-Efficiency, Simple Buck-Boost Converter |
| an1256.pdf | Boost Converter Generates +5V at 375mA from Wide Range Negative Input Supply |
| an1264.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6548 and ISL6506 |
| an1278.pdf | DDR Power Solution Using the ISL6539 |
| an1279.pdf | Dual Switching Regulator Solution Using the ISL6539 |
| an1285.pdf | Embedded ACPI Compliant DDR Power Generation Using the ISL6548A and ISL6506 |
| an1317.pdf | Single-Stage 5V USB Voltage Regulator |
| an1379.pdf | ISL97656 SEPIC for 3VIN to 12VIN to 3.3VOUT at 1A Application |
| an1386.pdf | ISL8201MEVAL1Z Evaluation Board Users Guide |
| an1424.pdf | Extending Cell Phone Battery Life with the ISL9109 |
| an1442.pdf | Powering AMD Uni-Plane and Split-Plane Processors with the ISL6323 |
| an1476.pdf | ISL97635 SMBus LED Driver Programming Instruction |
| an1488.pdf | Fixed DC/DC Regulator Output Margining Using Digitally Controlled Potentiometer |
| an2010.pdf | AN2010 Thermal and Layout Guidelines for Digital-DC Products |
| an2010.pdf | AN2010 Thermal and Layout Guidelines for Digital-DC™ Products |
| an2011.pdf | AN2011 ZL2005 Component Selection Guide |
| an2013.pdf | AN2013 Zilker Labs PMBus Command Set |
| an2014.pdf | AN2014 System Design Using Digital-DC™ Devices |
| an2015.pdf | AN2015 Current Protection and Measurement |
| an2016.pdf | AN2016 Digital-DC™ Control Loop Compensation |
| an2017.pdf | AN2017 ZL2005 Non Linear Response |
| an2018.pdf | AN2018 The ZL_PMBus API Programmers Guide |
| an2022.pdf | AN2022 Autonomous Sequencing™ Technology |
| an2023.pdf | AN2023 Voltage Tracking with the ZL2005 |
| an2024.pdf | AN2024 Clock Sourcing and Phase Spreading |
| an2026.pdf | AN2026 PowerNavigator Users Guide |
| an2026.pdf | AN2026 PowerNavigator™ Users Guide |
| an2027.pdf | AN2027 CompZL Users Guide |
| an2027.pdf | AN2027 CompZL™ Users Guide |
| an2028.pdf | AN2028 Loading Configuration Files in a Manufacturing Environment |
| an2029.pdf | AN2029 ConfigZL Users Guide |
| an2029.pdf | AN2029 ConfigZL™ Users Guide |
| an2030.pdf | AN2030 Configuring a Device via the SMBus |
| an2031.pdf | AN2031 Writing Configuration Files |
| an2032.pdf | AN2032 NLR Configuration for DDC Products |
| an2033.pdf | AN2033 Zilker Labs PMBus Command Set - DDC Products |
| an2034.pdf | AN2034 Current Sharing with Digital-DC Devices |
| an2034.pdf | AN2034 Current Sharing with Digital-DC™ Devices |
| an2035.pdf | AN2035 Compensation Using CompZL |
| an2035.pdf | AN2035 Compensation Using CompZL™ |
| an2036.pdf | AN2036 ZLHLD Generator Users Guide |
| an2037.pdf | AN2037 Zilker Labs System Design Checklist |
| an2040.pdf | AN2040 Power Design with Digital-DC Devices |
| an2040.pdf | AN2040 Power Design with Digital-DC™ Devices |
| an9601.pdf | Using the HI7190 with Single +5V Supply |
| an9672.pdf | A Voltage Regulator Module (VRM) Using the HIP6004 PWM Controller (HIP6004EVAL1) |
| an9706.pdf | Embedded DC-DC Converters Using the HIP6004 and HIP6005 (HIP6004EVAL3, HIP6005EVAL3) |
| an9722.pdf | DC-DC Converters for Microprocessors with Fixed Core Voltage Requirements |
| an9761.pdf | Switchmode DC-DC Converter Family Using HIP6006 and HIP6007 PWM Controller Ics |
| an9800.pdf | Total Power Conversion Solutions for Computer Motherboards Using HIP6017, HIP6019 Controller Ics |
| an9805.pdf | Desktop Microprocessor Computer Power Systems Using the HIP6018 Controller (HIP6018EVAL1) |
| an9836.pdf | Motherboard Power Conversion Solutions Using the HIP6020 and HIP6021 Controller ICs |
| an9932.pdf | Embedded DC-DC Converters Using ISL6520 and ISL6520A PWM Controller ICs |
| an9959.pdf | InfiniBand Class I Power Supply using the ISL6160 and HIP6006 ICs |
| an9995.pdf | ISL6225 Dual PWM Controller Provides Complete DDR Memory Power System Solution |
| Timing Circuits |
| an1303.pdf | Replacing the X1226, X1227, X1228 or X1288 RTC with the ISL12026, ISL12027, ISL12028 |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an1342.pdf | Using 60Hz Power Line Frequency as an Accurate Real Time Clock Timebase |
| an1373.pdf | Intersil Low Cost RTC Family User's Guide |
| an1389.pdf | Using Intersil's High Accuracy Real Time Clock Module |
| an1400.pdf | ISL12022 RTC Accuracy Optimization Calibration Procedure |
| Transistor Arrays |
| an9315.pdf | RF Amplifier Design Using HFA3046, HFA3096, HFA3127, HFA3128 Transistor Arrays |
| an9528.pdf | 900MHz Down Converter Consumes Little Power |
| an9637.pdf | Simple Phase Meter Operates to 10MHz |
| an9641.pdf | High-Frequency VGA Has Digital Control |
| an9723.pdf | Single-Ended To Differential Twisted Pair Driver |
| an9740.pdf | Digital Control Selects The Number of Analog Cycles and Burst Frequency |
| an9744.pdf | RF Up/Down Conversion Is Simplified By Linear Arrays |
| an9816.pdf | High Frequency AGC Has Digital Control |
| Vcom Amplifiers |
| an1306.pdf | Avoid Instability in Rail-to-Rail CMOS Amplifiers |
| Video ICs |
| an1089.pdf | EL4089 and EL4390 DC Restored Video Amplifier |
| an1111.pdf | Doubling the Output Current to a Load with a Dual Op Amp |
| an1112.pdf | A Cost Effective Method for Transmitting Composite Video |
| an1118.pdf | Auto Sync Separator Circuit for EL1883 in HDTV application |
| an1213.pdf | VFA, CFA, Bipolar or CMOS - Which High-Speed Amplifier Is Best for Your Low-Noise Application? |
| an1249.pdf | Using the EL4342 and ISL59446 Triple Video MUX-Amps as A/V Source Selectors |
| an1266.pdf | EL4543 CAT-5 CMV Offset Network Recovers Usable CMV Range at Receiver |
| an1269.pdf | One Transistor Enables Clean HDTV and NTSC Video Sync Separation |
| an1306.pdf | Avoid Instability in Rail-to-Rail CMOS Amplifiers |
| an1307.pdf | CAT-5 Video Transmission: Troubleshooting and Equalization |
| an1308.pdf | A Unique Coax Cable Driver Circuit with Common Mode Noise Cancellation |
| an1309.pdf | Feedback Gives Peak Detector More Precision |
| an1312.pdf | Optimizing Video Crosspoint Switch Design |
| an1314.pdf | Reducing AC Coupling Capacitance in High Frequency Signal Transmission |
| an1315.pdf | Rail-to-Rail Amplifier Extends Resolution and Range of Light Sensor |
| an1316.pdf | One Transistor Enables Clean HDTV and NTSC Video Sync Separation |
| an1318.pdf | Transmitting SXGA Video Signal through 1kft (300m) CAT-5 Cable |
| an1318sc.pdf | Transmitting SXGA Video Signal through 1kft (300m) CAT-5 Cable (Simplified Chinese) |
| an1331.pdf | Avoiding Instability in Rail-to-Rail CMOS Amplifiers |
| an1374.pdf | Automatic Digital Cable Compensation for Long Cat-5 Cables |
| an519.pdf | Operational Amplifier Noise Prediction |
| an551.pdf | Recommended Test Procedures for Operational Amplifiers |
| an553.pdf | HA-5127, HA-5137, HA-5147, Ultra Low Noise Amplifiers |
| an9305.pdf | HA5020 Operational Amplifier Feedback Resistor Selection |
| an9415.pdf | Feedback, Op Amps and Compensation |
| an9420.pdf | Current Feedback Amplifier Theory and Applications |
| an9507.pdf | Video Cable Drivers Save Board Space, Increase Bandwidth |
| an9508.pdf | Video Multiplexer Delivers Lower Signal Degradation |
| an9510.pdf | Basic Analog for Digital Designers |
| an9513.pdf | Component Video Sync Formats |
| an9514.pdf | Video Amplifier with Sync Stripper and DC Restore |
| an9523.pdf | Evaluation Programs for SPICE Op Amp Models |
| an9524.pdf | EL5108 Video Buffer Forms Differential Line Driver/Receiver |
| an9637.pdf | Simple Phase Meter Operates to 10MHz |
| an9653.pdf | Use and Application of Output Limiting Amplifiers |
| an9663.pdf | Converting From Voltage-Feedback to Current-Feedback Amplifiers |
| an9745.pdf | HFA1100 Single 5V Supply Application |
| an9752.pdf | Sync Stripper and Sync Inserter for Composite Video (HFA1115, HFA1135) |
| an9756.pdf | Properly Terminating Video Op Amps (HFA1100, HFA1105, HFA1109, HFA1135) |
| an9757.pdf | A Cookbook Approach to Single Supply DC-Coupled Op Amp Design |
| an9787.pdf | An Intuitive Approach To Understanding Current Feedback Amplifiers |
| an9815.pdf | Crystal Filter Yields Pure Sine Waves |
| Voltage References |
| an1325.pdf | Choosing and Using Bypass Capacitors |
| an1325_c.pdf | Choosing and Using Bypass Capacitors (Chinese) |
| an1385.pdf | LDMOS Transistor Bias Control in Basestation RF Power Amplifiers Using Intersil's ISL21400 |
| an1446.pdf | ISL21400 Programmable Temperature Slope Voltage Reference |
| an1494.pdf | Reflow and PC Board Assembly Effects on Intersil FGA™ References |
| Zilker Labs Digital Power Management |
| an2010.pdf | AN2010 Thermal and Layout Guidelines for Digital-DC Products |
| an2010.pdf | AN2010 Thermal and Layout Guidelines for Digital-DC™ Products |
| an2011.pdf | AN2011 ZL2005 Component Selection Guide |
| an2013.pdf | AN2013 Zilker Labs PMBus Command Set |
| an2014.pdf | AN2014 System Design Using Digital-DC™ Devices |
| an2015.pdf | AN2015 Current Protection and Measurement |
| an2016.pdf | AN2016 Digital-DC™ Control Loop Compensation |
| an2017.pdf | AN2017 ZL2005 Non Linear Response |
| an2018.pdf | AN2018 The ZL_PMBus API Programmers Guide |
| an2022.pdf | AN2022 Autonomous Sequencing™ Technology |
| an2023.pdf | AN2023 Voltage Tracking with the ZL2005 |
| an2024.pdf | AN2024 Clock Sourcing and Phase Spreading |
| an2026.pdf | AN2026 PowerNavigator Users Guide |
| an2026.pdf | AN2026 PowerNavigator™ Users Guide |
| an2027.pdf | AN2027 CompZL Users Guide |
| an2027.pdf | AN2027 CompZL™ Users Guide |
| an2028.pdf | AN2028 Loading Configuration Files in a Manufacturing Environment |
| an2029.pdf | AN2029 ConfigZL Users Guide |
| an2029.pdf | AN2029 ConfigZL™ Users Guide |
| an2030.pdf | AN2030 Configuring a Device via the SMBus |
| an2031.pdf | AN2031 Writing Configuration Files |
| an2032.pdf | AN2032 NLR Configuration for DDC Products |
| an2033.pdf | AN2033 Zilker Labs PMBus Command Set - DDC Products |
| an2034.pdf | AN2034 Current Sharing with Digital-DC Devices |
| an2034.pdf | AN2034 Current Sharing with Digital-DC™ Devices |
| an2035.pdf | AN2035 Compensation Using CompZL |
| an2035.pdf | AN2035 Compensation Using CompZL™ |
| an2036.pdf | AN2036 ZLHLD Generator Users Guide |
| an2037.pdf | AN2037 Zilker Labs System Design Checklist |
| an2040.pdf | AN2040 Power Design with Digital-DC Devices |
| an2040.pdf | AN2040 Power Design with Digital-DC™ Devices |
| Other |
| AN1141.pdf | Using the Intersil X5163, X5323, X5643 CPU Supervisors with the 68HC11 Microcontroller |
| AN1145.pdf | A Compendium of Application Circuits for Intersil's Digitally-Controlled (XDCP) Potentiometers |
| AN1146.pdf | X4C105 NOVRAM Features and Applications |
| AN1149.pdf | Application of Intersil Digitally Controlled Potentiometers (XDCP™) as Hybrid Analog/Digital Feedback System Control Elements |
| AN1154.pdf | Remotely Adjustable Voltage Regulators using XDCPs |
| AN1230.pdf | Using the Intersil X5165, X5325, X5645 CPU Supervisors with the 8051 Microcontroller |
| an1005.pdf | IPM6220A System Electronics Regulator for Mobile Applications Introduction |
| an9891.pdf | Using the HFA1150 in 5V Single Supply Applications |
| an9897.pdf | Using the HFA1155 in 5V Single Supply Applications |
| an9929.pdf | Single Stage Two Phase Regulator for Mobile Microprocessor Core Voltage |
| an9983.pdf | Single Output Mobile-Friendly PWM Controller |
