Producenci
Microchip 1289 dokumentacji
NO. | Symbol elementu | Rozmiar pliku | Stron | Opis dokumentacji | Producent |
---|---|---|---|---|---|
201. | AN581 |
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5 | PIC16C5X: Implementing Long Calls | Microchip |
202. | AN582 |
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25 | PIC16CXX: Low-Power Real Time Clock | Microchip |
203. | AN583 |
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9 | Miscellaneous: Implementation of the Data Encryption Standard Using PIC17C42 | Microchip |
204. | AN584 |
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5 | PICmicro® MCU: PICMASTER Support of Microsoft Windows(TM) DDE | Microchip |
205. | AN585 |
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38 | PICmicro® MCU: A Real-Time Operating System for PIC16/17 | Microchip |
206. | AN586 |
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23 | PIC16C5X: Macros for Page and Bank Switching | Microchip |
207. | AN587 |
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33 | PIC16CXX: Interfacing to an LCD Module | Microchip |
208. | AN588 |
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19 | PICmicro® MCU: PIC16/17 Oscillator Design Guide | Microchip |
209. | AN589 |
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7 | PIC16CXX: A PC-Based Development Programmer for the PIC16C84 | Microchip |
210. | AN590 |
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13 | PIC16C5X: A Clock Design Using the PIC16C54 for LED Displays and Switch Inputs | Microchip |
211. | AN591 |
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34 | PIC16CXX: Apple Desktop Bus | Microchip |
212. | AN592 |
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10 | PIC16C5X: Frequency Counter Using PIC16C5x | Microchip |
213. | AN593 |
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6 | PIC16C5X: Serial Port Routines Without Using the RTCC | Microchip |
214. | AN594 |
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24 | PIC16CXX: Using the CCP Modules | Microchip |
215. | AN595 |
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20 | Quality and Reliability: Improving the Susceptibility of an Application to ESD | Microchip |
216. | AN597 |
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18 | PIC16CXX: Implementing Ultrasonic Ranging | Microchip |
217. | AN598 |
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8 | Quality and Reliability: Plastic Packaging and the Effects of Surface Mount Soldering Techniques | Microchip |
218. | AN600 |
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21 | PICmicro® MCU: Air Flow Control Using Fuzzy Logic | Microchip |
219. | AN601 |
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8 | Serial EEPROMS: EEPROM Endurance Tutorial | Microchip |
220. | AN602 |
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4 | Serial EEPROMS: How to get 10 Million Cycles out of your Microchip Serial EEPROM | Microchip |
221. | AN603 |
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8 | Serial EEPROMS: Continuous Improvement | Microchip |
222. | AN606 |
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16 | PICmicro® MCU: Low Power Design Using PIC16/17 | Microchip |
223. | AN607 |
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22 | PICmicro® MCU: Power-up Trouble Shooting | Microchip |
224. | AN608 |
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4 | Serial EEPROMS: Converting to 24LCXXB and 93LCXX Serial EEPROMs | Microchip |
225. | AN609 |
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12 | Serial EEPROMS: Interfacing Microchip Serial EEPROMs to Motorola(R) 68HC11 Microcontroller | Microchip |
226. | AN610 |
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8 | Serial EEPROMS: Using the 24LC21 Dual Mode Serial EEPROM | Microchip |
227. | AN611 |
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36 | PICmicro® MCU: Resistance and Capacitance Meter Using a PIC 16C622 | Microchip |
228. | AN613 |
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16 | Serial EEPROMS: Using Microchip 93 Series Serial EEPROMs with Microcontroller SPI Ports | Microchip |
229. | AN614 |
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12 | Serial EEPROMS: Interfacing the 8051 with 2-wire Serial EEPROMs | Microchip |
230. | AN615 |
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19 | PICmicro® MCU: Clock Design Using Low Power/Cost Techniques | Microchip |
231. | AN616 |
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33 | PICmicro® MCU: Digital Signal Processing with the PIC16C74 | Microchip |
232. | AN617 |
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382 | Math Libraries: Fixed Point Routines | Microchip |
233. | AN618 |
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8 | PIC16C5X: Modifying PIC16C54A Code for the PIC16C58A | Microchip |
234. | AN619 |
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4 | Serial EEPROMS: Interfacing the 93XX76 and 93XX86 to a PIC16C5X | Microchip |
235. | AN621 |
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7 | PIC14C000: PIC14C000 Calibration Parameter Theory and Implementation | Microchip |
236. | AN624 |
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10 | PIC14C000: PIC14C000 A/D Theory and Implementation | Microchip |
237. | AN626 |
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30 | PIC14C000: Lead Acid Battery Charger using the PIC14C000 | Microchip |
238. | AN641 |
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3 | PIC16C5X: Code development for the PIC16C52 | Microchip |
239. | AN643 |
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40 | PICmicro® MCU: Adaptive Differential Pulse Code Modulation using the PIC16/17 | Microchip |
240. | AN644 |
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7 | KeeLoq Security: Converting NTQ104/105/106 Designs to HCS200/300s | Microchip |
241. | AN645 |
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12 | KeeLoq Security: PIC16C57 Based Code Hopping Security System Application Note | Microchip |
242. | AN646 |
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6 | Serial EEPROMS: Interfacing Motorola 68HC11 to Microchip's SPI Serial EEPROM | Microchip |
243. | AN647 |
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5 | Serial EEPROMS: Interfacing PIC16C64/74 to Microchip SPI Serial EEPROMs | Microchip |
244. | AN648 |
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6 | Serial EEPROMS: Interfacing Microchip PIC16C54 to Microchip SPI Serial EEPROM | Microchip |
245. | AN649 |
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33 | PIC16CXX: Yet Another Clock Featuring the PIC16C924 | Microchip |
246. | AN650 |
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12 | KeeLoq Security: Designing a Transponder Coil for the HCS410 | Microchip |
247. | AN654 |
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13 | PIC16CXX: PWM, A Software Solution using the 16CXXX Devices | Microchip |
248. | AN655 |
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18 | PIC16CXX: D/A Conversion Using PWM and R-2R Ladders to Generate Sine and DTMF Waveforms | Microchip |
249. | AN656 |
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22 | PIC16CXX: In-Circuit Serial Programming of Calibration Parameters Using a PICmicro® Microcontroller | Microchip |
250. | AN657 |
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39 | PIC16C5X: Decoding an Infrared Remote Using a PIC16C5X Microcontroller | Microchip |
251. | AN658 |
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23 | PIC16CXX: LCD Fundamentals Using PIC16C92X Microcontrollers | Microchip |
252. | AN660 |
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243 | Math Libraries: Floating Point Routines | Microchip |
253. | AN661 |
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16 | KeeLoq Security: KeeLoq Code Hopping Decoder Using a PIC16C56 | Microchip |
254. | AN662 |
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20 | KeeLoq Security: KeeLoq Code Hopping Decoder Using Secure Learn | Microchip |
255. | AN663 |
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16 | KeeLoq Security: KeeLoq Simple Code Hopping Decoder | Microchip |
256. | AN664 |
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4 | Serial EEPROMS: Converting from 93xx46 Devices to 93xx46A/B Devices | Microchip |
257. | AN665 |
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16 | KeeLoq Security: Using KeeLoq to generate Hopping Passwords | Microchip |
258. | AN667 |
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20 | PIC16CXX: Smart Battery Charger with SMBus Interface | Microchip |
259. | AN668 |
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8 | Serial EEPROMS: Interfacing a Microchip PIC16C92x to Microchip SPI Serial EEPROMs | Microchip |
260. | AN669 |
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6 | Math Libraries: Embedded Assembly Routines into C Language Using a Floating Point Routine as an example | Microchip |
261. | AN670 |
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6 | Math Libraries: Floating Point to ASCII Conversion | Microchip |
262. | AN671 |
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2 | Serial EEPROMS: Converting from 93LC56/56B/66/66B Devices to 93LC56A/56B/66A/66B Devices | Microchip |
263. | AN672 |
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12 | KeeLoq Security: This application note describes the working of a KEELOQŽ code hopping decoder implemented on a Microchip Midrange MCUs (PIC16C6X, PIC16C7X, PIC16C62X) | Microchip |
264. | AN674 |
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2 | Serial EEPROMS: Solving Second Sourcing Issues with the 24LC00 Device in a SOT-23 Package | Microchip |
265. | AN675 |
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16 | KeeLoq Security: KeeLoq HCS410 Transponder Decoder Using a PIC16C56 | Microchip |
266. | AN676 |
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8 | Serial EEPROMS: Physical Slot Identification Techniques for the 24LCS61/62 | Microchip |
267. | AN677 |
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8 | KeeLoq Security: Designing a Base Station Coil for the HCS410 | Microchip |
268. | AN678 |
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20 | RFID: RFID Coil Design | Microchip |
269. | AN679 |
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12 | ADC: Temperature Sensing Technologies | Microchip |
270. | AN680 |
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6 | RFID: Passive RFID Basics | Microchip |
271. | AN681 |
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12 | ADC: Reading and Using Fast Fourier Transformation (FFT) | Microchip |
272. | AN682 |
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10 | Op Amps | Microchip |
273. | AN683 |
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8 | Serial EEPROMS: How to Use the 24LCS61/62 Software Addressable Serial EEPROM | Microchip |
274. | AN684 |
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16 | ADC: Single Supply Temperature Sensing with Thermocouples | Microchip |
275. | AN685 |
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12 | ADC: Thermistors in Single Supply Temperature Sensing Circuits | Microchip |
276. | AN686 |
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4 | System Supervisors: Understanding and Using Supervisory Circuits | Microchip |
277. | AN687 |
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8 | ADC: Precision Temperature Sensing with RTD Circuits | Microchip |
278. | AN688 |
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6 | ADC: Layout Tips for 12-Bit A/D Converter Application | Microchip |
279. | AN689 |
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54 | PICmicro® MCU: Engineering Assistant Using PIC16F84A | Microchip |
280. | AN690 |
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16 | PICmicro® MCU: Automatically detecting the memory size of a serial EEPROM connected to an I˛C bus. | Microchip |
281. | AN691 |
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12 | Digital Potentiometers: Optimizing the Digital Potentiometer in Precision Circuits | Microchip |
282. | AN692 |
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8 | Digital Potentiometers: Using a Digital Potentiometer to Optimize a Precision Single Supply Photo Detect | Microchip |
283. | AN693 |
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10 | PICmicro® MCU: Understanding A/D Converter Performance Specifications | Microchip |
284. | AN694 |
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26 | PIC16CXX: Ratiometric Sensing Using the PIC16C774 | Microchip |
285. | AN695 |
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12 | Op Amps: Interfacing Pressure Sensors to Microchip's Analog Peripherals | Microchip |
286. | AN696 |
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48 | PIC18CXXX: PIC18CXXX/PIC16CXXX DC Servomotor | Microchip |
287. | AN698 |
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4 | 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 anot | Microchip |
288. | AN699 |
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12 | ADC: Anti-Aliasing, Analog Filters for Data Acquisition Systems | Microchip |
289. | AN700 |
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12 | 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. | Microchip |
290. | AN701 |
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22 | PIC16CXX: Switch Mode Battery Eliminator Based on a PIC16C72A | Microchip |
291. | AN702 |
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12 | ADC: Interfacing Microchip MCP3201 A/D Converter to 8051-Based Microcontroller | Microchip |
292. | AN703 |
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24 | PIC16CXX: Using the MCP320X 12-Bit Serial A/D Converter with Microchip PICmicro | Microchip |
293. | AN704 |
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12 | ADC: Interfacing Microchips MCP3201 ADC to MC68HC11E9-Based Microcontroller | Microchip |
294. | AN707 |
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7 | RFID: MCRF 355/360 Applications | Microchip |
295. | AN709 |
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4 | Serial EEPROMS: System Level Design Considerations | Microchip |
296. | AN710 |
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21 | RFID: Antenna Circuit Design | Microchip |
297. | AN712 |
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8 | CAN: An introduction to the CAN protocol that discusses the basics and key features. | Microchip |
298. | AN714 |
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76 | KeeLoq Security: Wireless Home Security Implementing KEELOQ® and the PICmicro® Microcontroller | Microchip |
299. | AN715 |
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34 | PICmicro® MCU: Measure Tilt Using PIC16F84A & ADXL202 | Microchip |
300. | AN716 |
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14 | PIC18CXXX: Migrating Designs from PIC16C74A/74B to PIC18C442 | Microchip |