| Name | Section | Description |
| AN026 | Thermal Management | Using the TC1264 for Single-Ended SCSI Active Termination |
| AN03 | Thermal Management | TC620/621/626 Solid State Temperature Sensors (TC620, TC621, TC626) |
| AN04 | Linear | 15-Kilogram Scale Using the TC520 (TC500/A, TC520) |
| AN06 | Thermal Management | TC620/621 Solid State Temperature Sensors (TC620, TC621, TC626) |
| AN07 | Linear | Solving Sensor Offset Problems (TC7106) |
| AN08 | Power Management | TC7660 Powers RS232 Data Loop (TC7660, TC7660H, TC7660S) |
| AN12 | Linear | +/-5V Power Supply Operation with TC7106A/7107A (TC7106A/7107A) |
| AN16 | Linear | TC7135 Microprocessor Interface (TC7135) |
| AN17 | Linear | Simplify A/D Converter Interface with Software (TC7135) |
| AN2 | System Supervisors | Using the Microchip TC54 Voltage Detector |
| AN212 | CAN | Smart Sensor CAN Node using the MCP2510 and PIC16F876 |
| AN214 | PICmicro | The PICmicro MCU as an IEEE 1451.2 Compatible Smart Transducer |
| AN215 | CAN | A Simple CAN Node using the MCP2510 and PIC12C67X |
| AN216 | PICmicro | DC/DC Converter Controller Using a PICmicro Microcontroller |
| AN217 | KEELOQ | KeeLoQ HCS30X, HCS200 Stand-Alone Programmer |
| AN219 | Digital Potentiometers | Comparing Digital Potentiometers to MechanicalPotentiometers |
| AN22 | Power Management | Considerations for Driving Power MOSFETs in High-Current, Switch Mode Regulators |
| AN220 | PIC16CXX | Watt-Hour Meter using PIC16C923 and CS5460 |
| AN23 | Power Management | LDO Thermal Considerations (TC1264) (available in German) |
| AN27 | Linear | Numerical Integration Techniques (TC7109) |
| AN29 | Linear | Integrating Converter Analog Processor (TC500A) |
| AN32 | Power Management | CMOS SMPS Current-Mode Controller (TC170) |
| AN510 | PIC16C5X | Implementation of an Asynchronous Serial I/O |
| AN511 | PIC16C5X | PLD Replacement |
| AN512 | PIC16C5X | Implementing Ohmmeter/Temperature Sensor |
| AN513 | PIC16C5X | Analog to Digital Conversion |
| AN514 | PIC16C5X | Software Interrupt Techniques |
| AN515 | PIC16C5X | Communicating with IIC Bus Using PIC16C5X |
| AN519 | PIC16C5X | Implementing a Simple Serial Mouse Controller |
| AN520 | PIC16C5X | A Comparison of Low End 8 Bit Microcontrollers |
| AN521 | PIC16C5X | Interfacing to AC power lines |
| AN522 | PIC16C5X | Power-Up Considerations |
| AN526 | PICmicro | PIC16C5x/PIC16Cxx Utility Math Routines |
| AN527 | PIC16C5X | Software Stack Management |
| AN528 | PIC16C5X | Implementing Wake-Up on Keystroke |
| AN529 | PIC16C5X | Multiplexing LED Drive and 4x4 Keypad Sampling |
| AN530 | PICmicro | Interfacing 93CX6 Serial EEPROMs to the PIC16C5X |
| AN531 | PIC16C5X | Intelligent Remote Positioner |
| AN532 | Miscellaneous | Servo Control of a DC Brush Motor |
| AN534 | Miscellaneous | Saving and Restoring Status on Interrupt |
| AN535 | PICmicro | Logic Powered Serial EEPROMs |
| AN536 | Serial EEPROMS | Basic Serial EEPROM Operation |
| AN537 | Serial EEPROMS | Everything a System Engineer Needs to Know About Serial EEPROM Endurance |
| AN538 | Miscellaneous | Using PWM to Generate Analog Output |
| AN539 | Miscellaneous | Frequency and Resolution Options for PWM Outputs |
| AN540 | Miscellaneous | Implementing IIR Digital Filters |
| AN541 | PIC16C5X | Using PIC16C5x as a Smart IIC Peripheral |
| AN542 | Miscellaneous | Implementation of Fast Fourier Transforms |
| AN543 | Miscellaneous | Tone Generation |
| AN544 | Miscellaneous | Math Utility Routines |
| AN545 | Miscellaneous | Using the Capture Module |
| AN546 | PIC16CXX | Using the Analog to Digital Converter |
| AN547 | Miscellaneous | Serial Port Utilities Implementing Table Read and Table Write |
| AN548 | Miscellaneous | Implementing Table Read and Table Write |
| AN550 | Serial EEPROMS | 1.8 Volt Technology - Benefits |
| AN551 | Serial EEPROMS | Serial EEPROM Solutions vs. Parallel Solutions |
| AN552 | PIC16CXX | Implementing Wake Up on Keystroke |
| AN554 | PIC16CXX | Software Implementation of I²C Bus Master |
| AN555 | PIC16CXX | Software Implementation of Asynchronous Serial I/O |
| AN556 | PICmicro | Implementing a Table Read |
| AN557 | PIC16CXX | Four Channel Digital Voltmeter with Display and Keyboard |
| AN558 | Serial EEPROMS | Using the 24XX65 and 24XX32 with Stand-alone PIC16C54 Code |
| AN559 | Serial EEPROMS | Optimizing Serial Bus Operations with Proper Write Cycle Times |
| AN560 | Serial EEPROMS | Using the 93LC56 and 93LC66 |
| AN562 | Serial EEPROMS | Using the Microchip Endurance Predictive Software |
| AN563 | PIC16C5X | Using PIC16C5x Microcontrollers as LCD Drivers |
| AN564 | Miscellaneous | Using the PWM |
| AN566 | PIC16CXX | Using the Port B Interrupt on Change as an External Interrupt |
| AN567 | Serial EEPROMS | Interfacing 24LCXXB Serial EEPROMs to the PIC16C54 |
| AN572 | Serial EEPROMS | Questions and Answers Concerning Serial EEPROMs |
| AN575 | Math Libraries | IEEE 754 Compliant Floating Point Routines |
| AN576 | PICmicro | Techniques to Disable Global Interrupts |
| AN577 | PIC16C5X | PIC16C54A EMI Results |
| AN578 | PIC16CXX | Use of the SSP Module in the IIC Multi-Master Environment |
| AN579 | PIC16CXX | Using the 8-Bit Parallel Slave Port |
| AN580 | PIC16CXX | Using Timer 1 in Asynchronous Clock Mode |
| AN581 | PIC16C5X | Implementing Long Calls |
| AN582 | PIC16CXX | Low-Power Real Time Clock |
| AN583 | Miscellaneous | Implementation of the Data Encryption Standard Using PIC17C42 |
| AN584 | PICmicro | PICMASTER Support of Microsoft Windows(TM) DDE |
| AN585 | PICmicro | A Real-Time Operating System for PIC16/17 |
| AN586 | PIC16C5X | Macros for Page and Bank Switching |
| AN587 | PIC16CXX | Interfacing to an LCD Module |
| AN588 | PICmicro | PIC16/17 Oscillator Design Guide |
| AN589 | PIC16CXX | A PC-Based Development Programmer for the PIC16C84 |
| AN590 | PIC16C5X | A Clock Design Using the PIC16C54 for LED Displays and Switch Inputs |
| AN591 | PIC16CXX | Apple Desktop Bus |
| AN592 | PIC16C5X | Frequency Counter Using PIC16C5x |
| AN593 | PIC16C5X | Serial Port Routines Without Using the RTCC |
| AN594 | PIC16CXX | Using the CCP Modules |
| AN595 | Quality and Reliability | Improving the Susceptibility of an Application to ESD |
| AN597 | PIC16CXX | Implementing Ultrasonic Ranging |
| AN598 | Quality and Reliability | Plastic Packaging and the Effects of Surface Mount Soldering Techniques |
| AN600 | PICmicro | Air Flow Control Using Fuzzy Logic |
| AN601 | Serial EEPROMS | EEPROM Endurance Tutorial |
| AN602 | Serial EEPROMS | How to get 10 Million Cycles out of your Microchip Serial EEPROM |
| AN603 | Serial EEPROMS | Continuous Improvement |
| AN606 | PICmicro | Low Power Design Using PIC16/17 |
| AN607 | PICmicro | Power-up Trouble Shooting |
| AN608 | Serial EEPROMS | Converting to 24LCXXB and 93LCXX Serial EEPROMs |
| AN609 | Serial EEPROMS | Interfacing Microchip Serial EEPROMs to Motorola(R) 68HC11 Microcontroller |
| AN610 | Serial EEPROMS | Using the 24LC21 Dual Mode Serial EEPROM |
| AN611 | PICmicro | Resistance and Capacitance Meter Using a PIC 16C622 |
| AN613 | Serial EEPROMS | Using Microchip 93 Series Serial EEPROMs with Microcontroller SPI Ports |
| AN614 | Serial EEPROMS | Interfacing the 8051 with 2-wire Serial EEPROMs |
| AN615 | PICmicro | Clock Design Using Low Power/Cost Techniques |
| AN616 | PICmicro | Digital Signal Processing with the PIC16C74 |
| AN617 | Math Libraries | Fixed Point Routines |
| AN618 | PIC16C5X | Modifying PIC16C54A Code for the PIC16C58A |
| AN619 | Serial EEPROMS | Interfacing the 93XX76 and 93XX86 to a PIC16C5X |
| AN621 | PIC14C000 | PIC14C000 Calibration Parameter Theory and Implementation |
| AN624 | PIC14C000 | PIC14C000 A/D Theory and Implementation |
| AN626 | PIC14C000 | Lead Acid Battery Charger using the PIC14C000 |
| AN641 | PIC16C5X | Code development for the PIC16C52 |
| AN643 | PICmicro | Adaptive Differential Pulse Code Modulation using the PIC16/17 |
| AN644 | KEELOQ | Converting NTQ104/105/106 Designs to HCS200/300s |
| AN645 | KEELOQ | PIC16C57 Based Code Hopping Security System Application Note |
| AN646 | Serial EEPROMS | Interfacing Motorola 68HC11 to Microchip's SPI Serial EEPROM |
| AN647 | Serial EEPROMS | Interfacing PIC16C64/74 to Microchip SPI Serial EEPROMs |
| AN648 | Serial EEPROMS | Interfacing Microchip PIC16C54 to Microchip SPI Serial EEPROM |
| AN649 | PIC16CXX | Yet Another Clock Featuring the PIC16C924 |
| AN650 | KEELOQ | Designing a Transponder Coil for the HCS410 |
| AN654 | PIC16CXX | PWM, A Software Solution using the 16CXXX Devices |
| AN655 | PIC16CXX | D/A Conversion Using PWM and R-2R Ladders to Generate Sine and DTMF Waveforms |
| AN656 | PIC16CXX | In-Circuit Serial Programming of Calibration Parameters Using a PICmicro® Microcontroller |
| AN657 | PIC16C5X | Decoding an Infrared Remote Using a PIC16C5X Microcontroller |
| AN658 | PIC16CXX | LCD Fundamentals Using PIC16C92X Microcontrollers |
| AN660 | Math Libraries | Floating Point Routines |
| AN661 | KEELOQ | KeeLoq Code Hopping Decoder Using a PIC16C56 |
| AN662 | KEELOQ | KeeLoq Code Hopping Decoder Using Secure Learn |
| AN663 | KEELOQ | KeeLoq Simple Code Hopping Decoder |
| AN664 | Serial EEPROMS | Converting from 93xx46 Devices to 93xx46A/B Devices |
| AN665 | KEELOQ | Using KeeLoq to generate Hopping Passwords |
| AN667 | PIC16CXX | Smart Battery Charger with SMBus Interface |
| AN668 | Serial EEPROMS | Interfacing a Microchip PIC16C92x to Microchip SPI Serial EEPROMs |
| AN669 | Math Libraries | Embedded Assembly Routines into C Language Using a Floating Point Routine as an example |
| AN670 | Math Libraries | Floating Point to ASCII Conversion |
| AN671 | Serial EEPROMS | Converting from 93LC56/56B/66/66B Devices to 93LC56A/56B/66A/66B Devices |
| AN672 | KEELOQ | This application note describes the working of a KEELOQ® code hopping decoder implemented on a Microchip Midrange MCUs (PIC16C6X, PIC16C7X, PIC16C62X) |
| AN674 | Serial EEPROMS | Solving Second Sourcing Issues with the 24LC00 Device in a SOT-23 Package |
| AN675 | KEELOQ | KeeLoq HCS410 Transponder Decoder Using a PIC16C56 |
| AN676 | Serial EEPROMS | Physical Slot Identification Techniques for the 24LCS61/62 |
| AN677 | KEELOQ | Designing a Base Station Coil for the HCS410 |
| AN678 | RFID | RFID Coil Design |
| AN679 | ADC | Temperature Sensing Technologies |
| AN679 | Op Amps | Temperature Sensing Technologies |
| AN680 | RFID | Passive RFID Basics |
| AN681 | ADC | Reading and Using Fast Fourier Transformation (FFT) |
| AN682 | Op Amps | Using Single Supply Operational Amplifiersin Embedded Systems |
| AN683 | Serial EEPROMS | How to Use the 24LCS61/62 Software Addressable Serial EEPROM |
| AN684 | Op Amps | Single Supply Temperature Sensing with Thermocouples |
| AN684 | ADC | Single Supply Temperature Sensing with Thermocouples |
| AN685 | ADC | Thermistors in Single Supply Temperature Sensing Circuits |
| AN685 | Op Amps | Thermistors in Single Supply Temperature Sensing Circuits |
| AN686 | System Supervisors | Understanding and Using Supervisory Circuits |
| AN687 | Op Amps | Precision Temperature Sensing with RTD Circuits |
| AN687 | ADC | Precision Temperature Sensing with RTD Circuits |
| AN688 | ADC | Layout Tips for 12-Bit A/D Converter Application |
| AN688 | Op Amps | Layout Tips for 12-Bit A/D Converter Application |
| AN689 | PICmicro | Engineering Assistant Using PIC16F84A |
| AN690 | PICmicro | Automatically detecting the memory size of a serial EEPROM connected to an I²C bus. |
| AN691 | Digital Potentiometers | Optimizing the Digital Potentiometer in Precision Circuits |
| AN692 | Digital Potentiometers | Using a Digital Potentiometer to Optimize a Precision Single Supply Photo Detect |
| AN693 | PICmicro | Understanding A/D Converter Performance Specifications |
| AN694 | PIC16CXX | Ratiometric Sensing Using the PIC16C774 |
| AN695 | Op Amps | Interfacing Pressure Sensors to Microchip's Analog Peripherals |
| AN696 | PIC18CXXX | PIC18CXXX/PIC16CXXX DC Servomotor |
| AN698 | Serial EEPROMS | This application note is intended to discuss, in detail, the differences between each of the variations of the 93XX series of devices offered and address all of the technical considerations related to the conversion from one device to another. |
| AN699 | ADC | Anti-Aliasing, Analog Filters for Data Acquisition Systems |
| AN699 | Op Amps | Anti-Aliasing, Analog Filters for Data Acquisition Systems |
| AN700 | PIC16CXX | This application note describes how to implement an Analog-to-Digital (A/D) Converter function using a member of the PIC16C6XX series of microcontrollers. |
| AN701 | PIC16CXX | Switch Mode Battery Eliminator Based on a PIC16C72A |
| AN702 | ADC | Interfacing Microchip MCP3201 A/D Converter to 8051-Based Microcontroller |
| AN703 | PIC16CXX | Using the MCP320X 12-Bit Serial A/D Converter with Microchip PICmicro |
| AN704 | ADC | Interfacing Microchip’s MCP3201 ADC to MC68HC11E9-Based Microcontroller |
| AN707 | RFID | MCRF 355/360 Applications |
| AN709 | Serial EEPROMS | System Level Design Considerations … |
| AN710 | RFID | Antenna Circuit Design |
| AN712 | PIC16C5X | RS-232 Autobaud for the PIc16C5X Devices |
| AN713 | CAN | An introduction to the CAN protocol that discusses the basics and key features. |
| AN714 | KEELOQ | Wireless Home Security Implementing KEELOQ® and the PICmicro® Microcontroller |
| AN715 | PICmicro | Measure Tilt Using PIC16F84A & ADXL202 |
| AN716 | PIC18CXXX | Migrating Designs from PIC16C74A/74B to PIC18C442 |
| AN717 | Op Amps | Building a 10-bit Bridge Sensing Circuit using the PIC16C6XX and MCP601 Op Amp |
| AN718 | Motion Control | Brush-DC Servomotor Implementation using PIC17C756A |
| AN719 | ADC | Interfacing Microchip's MCP3201 Analog-to-Digital Converter to the PICmicro® Microcontroller |
| AN720 | PICmicro | Measuring Temperature Using the Watch Dog Timer (WDT) |
| AN721 | Miscellaneous | System Design Considerations for Implementing a ROM Microcontroller |
| AN722 | Op Amps | Operational Amplifier Topologies and DC Specifications |
| AN723 | Op Amps | Operational Amplifier AC Specifications and Applications |
| AN724 | Internet Connectivity | Using PICmicro® MCUs to Connect to Internet via PPP |
| AN725 | RFID | Optimizing Read-Range of the 13.56 MHz Demonstration Reader |
| AN726 | PIC18CXXX | PIC17CXXX to PIC18CXXX Migration |
| AN727 | Miscellaneous | Credit Card Reader Using PIC12C509 |
| AN729 | PICmicro | LIN Protocol Implementation Using PICmicro® MCUs |
| AN714 | KEELOQ | Wireless Home Security Implementing KEELOQ® and the PICmicro® Microcontroller |
| AN715 | PICmicro | Measure Tilt Using PIC16F84A & ADXL202 |
| AN716 | PIC18CXXX | Migrating Designs from PIC16C74A/74B to PIC18C442 |
| AN717 | Op Amps | Building a 10-bit Bridge Sensing Circuit using the PIC16C6XX and MCP601 Op Amp |
| AN718 | Motion Control | Brush-DC Servomotor Implementation using PIC17C756A |
| AN719 | ADC | Interfacing Microchip's MCP3201 Analog-to-Digital Converter to the PICmicro® Microcontroller |
| AN720 | PICmicro | Measuring Temperature Using the Watch Dog Timer (WDT) |
| AN721 | Miscellaneous | System Design Considerations for Implementing a ROM Microcontroller |
| AN722 | Op Amps | Operational Amplifier Topologies and DC Specifications |
| AN723 | Op Amps | Operational Amplifier AC Specifications and Applications |
| AN724 | Internet Connectivity | Using PICmicro® MCUs to Connect to Internet via PPP |
| AN725 | RFID | Optimizing Read-Range of the 13.56 MHz Demonstration Reader |
| AN726 | PIC18CXXX | PIC17CXXX to PIC18CXXX Migration |
| AN727 | Miscellaneous | Credit Card Reader Using PIC12C509 |
| AN729 | PICmicro | LIN Protocol Implementation Using PICmicro® MCUs |
| AN730 | CRC generating and Checking | CRC Generating and Checking |
| AN731 | PICmicro | Embedding PICmicro Microcontrollers in the Internet |
| AN732 | PIC16F87X | Implementing a Bootloader for the PIC16F87X |
| AN733 | CAN | Using the MCP2510 CAN Developer's Kit |
| AN734 | PICmicro | Using the PICmicro SSP for Slave I2C Communication |
| AN735 | PICmicro | Using the PICmicro MSSP Module for I2C Communications |
| AN736 | PICmicro | An I2C Network Protocol for Environmental Monitoring |
| AN737 | Digital Potentiometers | Using Digital Potentiometers to Design Low Pass AdjustableFilters |
| AN738 | PIC18CXXX | PIC18C CAN Routines in 'C' |
| AN739 | CAN | An In-depth Look at the MCP2510 |
| AN740 | KEELOQ | Decoding the HCS101 for Non-Secure Applications |
| AN742 | KEELOQ | Modular Picmicro Mid-Range MCU Code Hopping Decoder |
| AN744 | KEELOQ | Modular Mid-Range PICmicro KeeLoQ Decoder in C |
| AN746 | Digital Potentiometers | Interfacing Microchip's MCP41XXX/42XXX Digital Potentiometers to a PICmicro Microcontroller |
| AN747 | Digital Potentiometers | Communicating with Daisy Chained MCP42XXX Digital Potentiometers |
| AN750 | PIC18CXXX | Self-Programming the PIC18C452 OTP |
| AN752 | RFID | MicroID DV 103005 Kit |
| AN753 | Linear | Digital Coding Schemes for Mixed Signal Communication |
| AN754 | Linear | Understanding Microchip’s CAN Module Bit Timing |
| AN756 | Infrared Products | Using the MCP2120 for Infrared Communications |
| AN757 | Digital Potentiometers | Interfacing Microchip’s MCP41XXX and MCP42XXX DigitalPotentiometers to Motorola’s 68HC12 Microcontroller |
| AN758 | Infrared Products | Using the MCP2150 To Add IrDA® Standard Wireless Connectivity |
| AN777 | PIC16F87X | Multi-Tasking on the PIC16F877 with the Salvo RTOS |
| AN778 | PIC18CXXX | Implementing the External Memory Interface on PIC18C601/801 Appication Note |
| AN792 | Power Management | A Method to Determine How Much Power a SOT23 CanDissipate in an Application |
| AN793 | Power Management | Power Management in Portable Applications: Understanding the Buck Switchmode Power Converter |
| AN794 | Power Management | Power Considerations for the TC4864 Audio Power Amplifier |
| DD0001 | SimpleCircuit | Morse Code Flasher |
| DD0002 | SimpleCircuit | Variable Fan Speed Control for Restaurant Range Hood via Temp/Smoke Levels |
| DD0003 | SimpleCircuit | Battery Monitor |
| DD0004 | SimpleCircuit | LCD Display Module Interface |
| DD0005 | SimpleCircuit | LCd Data Display |
| DD0006 | SimpleCircuit | Electronic Pencil |
| DD0007 | SimpleCircuit | Simple One-button Light Dimmer with Intruder Deterrent |
| DD0008 | SimpleCircuit | Low Cost Outdoor Night Light |
| DD0009 | SimpleCircuit | Whistle Switch for Basement Lights |
| DD0010 | SimpleCircuit | IR Repeater |
| DD0011 | SimpleCircuit | White Cane with Ultrasound Distance Detector |
| DD0012 | SimpleCircuit | IR Car Detector For Changing Lanes |
| DD0013 | SimpleCircuit | Swipe Card Reader Inerface |
| DD0014 | SimpleCircuit | Water Level Sensor for Bathtub, Jaccuzi, or PoolTimer |
| DD0015 | SimpleCircuit | RH Controller (Humidistat) |
| DD0016 | SimpleCircuit | Wake-up Call Canceller |
| DD0017 | SimpleCircuit | Pulsed Optical Proximity Detector |
| DD0018 | SimpleCircuit | Low Cost Electronic Pedometer (5-components) |
| DD0019 | SimpleCircuit | Self-Dialing Alarm Sensor |
| DD0020 | SimpleCircuit | Antenna Rotator Controller |
| DD0021 | SimpleCircuit | Smart Bathroom Light Switch |
| DD0022 | SimpleCircuit | Low Cost Iron Safety Timer |
| DD0023 | QuickCode | Program Page Checking at Compile Time |
| DD0024 | SimpleCircuit | One-Line On-Off Power Control |
| DD0025 | SimpleCircuit | Serial Com Interface to External Tome Generator |
| DD0026 | SimpleCircuit | Thermister Curve Translator |
| DD0027 | SimpleCircuit | RF (MSK) Data Modulator |
| DD0028 | SimpleCircuit | Switch Activity Monitor |
| DD0029 | SimpleCircuit | Contact Debounce Routine |
| DD0030 | SimpleCircuit | Level/Pressure Sensor for a Jaccuzi |
| DD0031 | SimpleCircuit | Universal Receiver |
| DD0032 | SimpleCircuit | Intelligent LCD Display/Sense Button and/or Serial Data Driver |
| DD0033 | SimpleCircuit | RS-232 to PWM Interface |
| DD0034 | SimpleCircuit | Measure Vibration and Output to RS-232 |
| DD0035 | SimpleCircuit | Measure Sound Strength and Output to RS-232 |
| DD0036 | SimpleCircuit | RS-232 to RS-485 Converter |
| DD0037 | SimpleCircuit | RS-232 to I2C Converter (Master, Monitor and Slave) |
| DD0038 | SimpleCircuit | RS-232 to SPI (3-wire) Converter |
| DD0039 | SimpleCircuit | RS-232 to Manchester Coding |
| DD0040 | SimpleCircuit | Urinal Flushing System/Control |
| DD0041 | SimpleCircuit | Car Left/Right/Hazard Indicator Control |
| DD0042 | SimpleCircuit | Protocol Converter |
| DD0043 | SimpleCircuit | Coin Value Adjuster for Gaming Machines |
| DD0044 | SimpleCircuit | Taxi Hire Timer |
| DD0045 | SimpleCircuit | Totalizer for Designing for Dollars Simple Circuit Entries |
| DD0046 | SimpleCircuit | Oil Tank Level Indicator |
| DD0047 | SimpleCircuit | Cat Scarer |
| DD0048 | SimpleCircuit | Bath Buddy for Children |
| DD0049 | SimpleCircuit | Mole Deterrant |
| DD0050 | SimpleCircuit | Dongle |
| DD0051 | SimpleCircuit | Radio Control Servo Tester |
| DD0052 | SimpleCircuit | Automatic Volume Control That Will Work with any TV/Remote |
| DD0053 | SimpleCircuit | Sequential Switch |
| DD0054 | SimpleCircuit | The Bicycle Backlight |
| DD0055 | SimpleCircuit | Low Cost Vibration Sensor |
| DD0058 | SimpleCircuit | Reading Multiple Switches on a PIC12C67X or any A/D Part with Single Port Line |
| DD0059 | SimpleCircuit | Generate a Negative Voltage for OP-AMP or Comparator with 1 Pin from PIC12C508 |
| DD0060 | SimpleCircuit | Simple Waveform Generator with Programmable Filtering |
| DD0061 | SimpleCircuit | PIC12 C508 Act as an Alarm Clock for a 2nd PICmicro® Controlling a System |
| DD0062 | SimpleCircuit | PIC12C508 Baserd Battery Monitor |
| DD0063 | SimpleCircuit | DC Motor Controller w/ Feedback |
| DD0064 | SimpleCircuit | Low Cost Stepper Motor Controller |
| DD0065 | SimpleCircuit | PIC12C508 Makes a Low-Cost Configurable Divider |
| DD0066 | SimpleCircuit | X-10 Transmitter |
| DD0067 | SimpleCircuit | Conference Schedule Tracker |
| DD0068 | SimpleCircuit | Device to Turn Off Car Turn Signals if Left On Too Long |
| DD0069 | SimpleCircuit | Simple Closed Loop HVAC Zone Control |
| DD0070 | QuickCode | Fast BCD to Decimal |
| DD0071 | SimpleCircuit | Frequency Modulation of PICmicro® Oscillator |
| DD0072 | QuickCode | Software Switch Pull-ups |
| DD0073 | QuickCode | Synchronizing Execution to Real-Time by Polling TMR0 |
| DD0074 | QuickCode | An Efficient Context Switch for Cooperative Multi-Tasking |
| DD0075 | SimpleCircuit | PIC12C671 Mouse |
| DD0076 | QuickCode | Improved Software PWM |
| DD0077 | SimpleCircuit | Better PWM Linearity |
| DD0079 | SimpleCircuit | Car Interior Light Delay |
| DD0080 | SimpleCircuit | CGA/VGA Monitor Tester |
| DD0081 | SimpleCircuit | Tachometer Limit Switch |
| DD0082 | SimpleCircuit | 3-Phase Monitor |
| DD0084 | SimpleCircuit | $5 Development System for PIC12C508 |
| DD0085 | SimpleCircuit | Barcode Reader on 8-Pin |
| DD0086 | SimpleCircuit | Convert the Quadrature Output of an Encoder to Up & Down Pulse Streams..… |
| DD0087 | SimpleCircuit | Random Dice Rolls |
| DD0088 | SimpleCircuit | Logic Element Replacement for a Shift Register |
| DD0089 | SimpleCircuit | Conversation Piece, Time of Day Clock for PICmicro® |
| DD0090 | SimpleCircuit | Intelligent Automotive Ignition System |
| DD0091 | SimpleCircuit | Allow the PICmicro® to Control Its Oscillator Frequency |
| DD0092 | SimpleCircuit | Using a PIC12C671 to Create a High Voltage, Low Current, Programmable Switch Power Supply |
| DD0093 | SimpleCircuit | Free Flight Model Aircraft Dethermalizing Timer |
| DD0094 | SimpleCircuit | A Non-Contract Distance Measurement System Using Optical Parallax |
| DD0095 | SimpleCircuit | Bi-directional Motor Drive w/Speed Feedback |
| DD0096 | SimpleCircuit | Motor Position Control for Airflow Flaps |
| DD0097 | SimpleCircuit | PICmicro® Digital PCM Radio Transmitter |
| DD0099 | SimpleCircuit | A Video Clamp and Synchronous Separator |
| DD0100 | SimpleCircuit | Conveyor Controlled w/Adjustable Lookahead Time-Delay & Lookahead...… |
| DD0101 | SimpleCircuit | Switch Interface/Motor Controller for Auto Drivers Power Window Control |
| DD1001 | Electromechanical Timer Designs | 99 Minute Timer |
| DD1002 | Electromechanical Timer Designs | A Simple Programmable Timer with Time Correction Circuit |
| DD1003 | Electromechanical Timer Designs | Time Delay Relay Family |
| DD1004 | Electromechanical Timer Designs | Lawn Sprinkler System Using a PIC12C508 |
| DD1005 | Electromechanical Timer Designs | The Galactic Timer |
| DD1006 | Electromechanical Timer Designs | Timer Controllers |
| DD1007 | Electromechanical Timer Designs | Reminder Timer for Changing Chemicals in a Water Softener(IRON) |
| DD1008 | Electromechanical Timer Designs | Darkness Controller for Poultry |
| DD1009 | Electromechanical Timer Designs | PIC12C508-Based Timer |
| DD1010 | Electromechanical Timer Designs | Maxi Functions, Micro Chip |
| DD1011 | Electromechanical Timer Designs | Solutions Cubed Real-Time Clock |
| DD2001 | Electromechanical Switch Designs | Optical Pyrometer |
| DD2002 | Electromechanical Switch Designs | Smart Switch for Automotive Applications and More |
| DD2003 | Electromechanical Switch Designs | A Triple Input, Inverting Debounce Circuit |
| DD2004 | Electromechanical Switch Designs | Replacing Electromechanical Switches |
| DD2005 | Electromechanical Switch Designs | Implementing Software Timer Interrupts on PICmicro®MCUs without Hardware Interrupt |
| DD2006 | Electromechanical Switch Designs | Smart Switch for Car Windscreen Wiper control |
| DD2007 | Electromechanical Switch Designs | Jim's Toy |
| DD2008 | Electromechanical Switch Designs | Electronic Key, Button Dimmer and Potentiometer Dimmer Controller |
| DD2009 | Electromechanical Switch Designs | Programmable Lights |
| DD2010 | Electromechanical Switch Designs | Light Switch with Delay Turn-Off |
| DD2012 | Electromechanical Switch Designs | Connecting Sensor Buttons to PIC12CXXX MCUs |
| DD2013 | Electromechanical Switch Designs | Transmission Sensor for Remote Car Starter |
| DD2014 | Electromechanical Switch Designs | Netswitch |
| DD2015 | Electromechanical Switch Designs | Bright Idea Light Timer, Junior |
| DD2016 | Electromechanical Switch Designs | Freezer Protector |
| DD2018 | Electromechanical Switch Designs | Smart Turn Signal Blinker |
| DD3001 | Sensor Interfaces | Transponder |
| DD3002 | Sensor Interfaces | Solid State Thermostat Using PIC12C508 |
| DD3003 | Sensor Interfaces | Regulation of Fuel Consumption |
| DD3004 | Sensor Interfaces | Analog Input Through One Digital Pin |
| DD3005 | Sensor Interfaces | Remote Temperature Sensor (RTS) |
| DD3007 | Sensor Interfaces | Using PIC12CXXX as a Sensor Interface For Metal Detection |
| DD3008 | Sensor Interfaces | Transducer Measurement |
| DD3009 | Sensor Interfaces | Digitemp Junior - An RS-232 Port-Powered Digital Thermometer |
| DD3010 | Sensor Interfaces | Transmit One Byte Data with Synchronous Bit |
| DD3011 | Sensor Interfaces | Smart Sensor |
| DD3012 | Sensor Interfaces | Totally Terrific Talking Thermometer |
| DD3013 | Sensor Interfaces | Triple Stage incubator |
| DD3014 | Sensor Interfaces | Sump Pump Controller |
| DD3015 | Sensor Interfaces | Light Meter |
| DD3016 | Sensor Interfaces | Micro-Pac Sensor Unit |
| DD4001 | QuickCode | Message Dispatch Engine |
| DD4002 | QuickCode | Debounce |
| DD4003 | QuickCode | Asynchronous Serial Transmit and Receive |
| DD4004 | Discrete Logic | Generator |
| DD4005 | Discrete Logic | Dual Port RAM Applications |
| DD4006 | Discrete Logic | Random Timer Light Switch |
| DD4007 | QuickCode | Decimal Adjust Routines |
| DD4008 | Discrete Logic | An Enhanced MM5369 - 60 MHz Generator |
| DD4009 | Discrete Logic | Using the PIC12C509 as a RANDOM GENERATOR |
| DD4010 | Discrete Logic | Cosine Factor Controller |
| DD4011 | Discrete Logic | Sequencer Phase Control |
| DD4012 | Discrete Logic | Keypad Controller for Bi-Directional Key Matrix |
| DD4013 | Discrete Logic | Control Seven-Segment Displays |
| DD4014 | Discrete Logic | Logic Switch With Clock Generator |
| DD4015 | Discrete Logic | Logic Switch with Clock Generator |
| DD4016 | Discrete Logic | Logic Level Divisor by Factor of 1 to 15 or 255 |
| DD4017 | QuickCode | Presettable 4-Bit Mode N Counter using PIC12C5XX |
| DD4018 | Discrete Logic | Melody Player |
| DD4019 | Discrete Logic | Frontend Controller |
| DD4020 | Discrete Logic | Garage Door Indicator |
| DD5001 | Consumer Appliances | Debouncing 8 Buttons in 7 Clock Cycles |
| DD5004 | Consumer Appliances | Using GP3 as Output |
| DD5005 | Consumer Appliances | A Better Mouse Trap |
| DD5007 | Consumer Appliances | Indicate the Main Biological Parameters of Human Organism |
| DD5008 | Consumer Appliances | Controlling Light-and-Heat Condition of Clothes |
| DD5009 | Consumer Appliances | Personal Ecology Widget |
| DD5010 | Consumer Appliances | Stepper Motor Driver |
| DD5013 | Consumer Appliances | Mosquito! |
| DD5015 | Consumer Appliances | The Electronic Whoopie Cushion |
| DD5016 | Consumer Appliances | SPF Monitor |
| DD5017 | Consumer Appliances | Random Phase Power Controller |
| DD5018 | Consumer Appliances | Office Tag |
| DD6002 | Remote | 8-Pin PICmicro® MCU-based Morse Keyer |
| DD6003 | Remote | Simple Alarm System |
| DD6004 | Remote | Safe Lock by TV Remote Controls |
| DD6005 | Remote | Pseudo-Random Noise Generator |
| DD6007 | Remote | TV Remote Control Extender |
| DD6008 | Remote | FM Tuner Controller for Portable and Car Radios |
| DD6009 | Remote | A Low Cost Remote Control with Many Applications |
| DD6010 | Remote | Repeater Controller |
| DD6011 | Remote | Cellular Network Based on a PIC12C509 |
| DD7001 | Automation | Home Security System |
| DD7002 | Automation | Automatic Pump Controller |
| DD7003 | Automation | Speed Regulator for Motors Used for Domestic Use |
| DD7004 | Automation | Intelli-switch - A Serial Switching Network |
| DD7005 | Automation | Phone Remote Control Unit |
| DD7006 | Automation | Game - Electronic Dice with Last Number Recall |
| DD7007 | Automation | Home Automation System |
| DD7008 | Automation | Washing Machine |
| DD7011 | Automation | The Perfect Coffee Cup |
| DD8001 | Infrared Applications | Infra Red Cordless Mouse |
| DD8002 | Infrared Applications | Infra Red Monitor |
| DD8006 | Infrared Applications | Infra Red Driveway Alert |
| DS00721 | Reference Designs | System Design Considerations for Implementing a ROM Microcontroller |
| DS30602A_1 | Automotive | Air Bag Controller Sensor |
| DS30602A_2 | Battery Management | Batter Charger |
| DS30602A_3 | Communication | Telephone Line Cards |
| DS30602A_4 | Communication | Network Server Bus Monitor |
| DS30602A_5 | Consumer Electronics | Digital Camera |
| DS30602A_6 | Consumer Electronics | Digital Weather Station |
| DS30602A_7 | Consumer Electronics | PDA/Palm Top |
| DS30602A_8 | Industrial Automation | Multi-Node Serial Interface |
| DS30602A_8 | Industrial | Industrial/Commercial Oven Control |
| DS30602A_9 | Industrial Automation | Inventory Tracking |
| DS30602A10 | Main Control Panels | Access Control |
| DS30602A11 | Main Control Panels | Security Control Console |
| DS30602A12 | Motion Control | DC Servo Motor Control |
| DS30602A13 | Power Management Control | Uninterruptible Power Supply |
| DS30602A14 | Power Management Control | Power Factor |
| DS30602A15 | Power Management Control | Power Management Control |
| DS30602A16 | Power Management Control | Power Meter Reader |
| DS30602A17 | Voice Synthesis | Digital Voice Recorder |
| Fact 1 | Articles | BASIC PIC16/17 OSCILLATOR DESIGN GUIDE |
| Fact 2 | Articles | MASTERING THE PIC16C7X A/D CONVERTER |
| Fact 3 | Articles | CARE AND FEEDING OF THE PIC16C74 |
| LAB | PIC14C000 | Labs from Master's Conference 7/28/97 |
| PICREF-1 | Reference Designs | Uninterruptible Power Supply |
| PICREF-2 | Reference Designs | Intelligent Battery Charger |
| PICREF-3 | Reference Designs | Watt-Hour Meter |
| PICREF-4 | Reference Designs | Lamp Dimmer |
| PICREF-5 | Reference Designs | SMBus Level-3 Battery Charger/Selector Reference Design Based on the PIC16C73A |
| TB001 | KEELOQ | Secure Learning RKE Systems Using Encoders |
| TB003 | KEELOQ | An Introduction to KeeLoq Code Hopping Technical Brief |
| TB004 | PIC16CXX | This Tech Brief implements an automatic calibration of the WDT time-out period on start-up. |
| TB005 | Miscellaneous | This Technical Brief shows how to connect a PIC17CXX device to external memory. It also provides instructions and calculations to help determine which speeds of SRAM work with which frequency crystal. |
| TB008 | PICmicro | TechBriefTranformerless Power Supply |
| TB010 | Miscellaneous | Adding a simple 4-channel 8-bit A/D to a PIC17C4X |
| TB011 | PICmicro | TechBrief:Using SRAM with a PIC16CXX |
| TB012 | Serial EEPROMS | SPI 25xx080/160 Mode 1,1 Write Operation Application Note |
| TB013 | PIC16CXX | How to Implement ICSP Using PIC16CXXX OTP MCUs |
| TB015 | Miscellaneous | How to Implement ICSP Using PIC17CXXX OTP MCUs |
| TB016 | PICmicro | How to Implement ICSP Using PIC16F8X FLASH MCUs |
| TB017 | Miscellaneous | How to Implement ICSP Using PIC12C5XX OTP MCUs |
| TB020 | PIC16CXX | This technical brief describes how to use the PIC16C72 PICMASTER(R) emulator probe for PIC12C67X emulation. |
| TB024 | Miscellaneous | Downloading HEX Files to External FLASH Memory Using PIC17CXXX PICmicro ® Microcontrollers |
| TB025 | PIC16CXX | Downloading HEX Files to PIC16F87X PICmicro ® Microcontrollers |
| TB026 | PIC16CXX | Calculating Program Memory Checksums Using a PIC16F87X |
| TB027 | Miscellaneous | Simplifying External Memory Connections of PIC17CXXX PICmicro ® Microcontrollers |
| TB028 | PIC16C5X | Technique to Calculate Day of Week |
| TB029 | PIC16C5X | Complementary LED Drive |
| TB033 | PIC16CXX | Using a PIC16F877 To Develop Code for PIC16CXXX Devices |
| TB040 | PIC18CXXX | Fast Integer Square Root |
| TB040 | Math Libraries | Fast Integer Square Root |
| TB042 | KEELOQ | Interfacing a KeeLoq Encoder to a PLL Circuit |
| TB043 | KEELOQ | KeeLog CRC Verification Routines |
| TB045 | KEELOQ | KeeLoq Manchester Encoding Receive Routines |
| TB046 | Infrared Products | Connecting the MCP2150 To The Psion Operating System |
| TB047 | Infrared Products | Connecting the MCP2150 To The Windows |
| TB048 | Infrared Products | Connecting the MCP2150 to the Windows |
| TB049 | Infrared Products | Connecting the MCP2150 to the Palm |
