Using In-Circuit DeBugger - Microchip Technology
• Do not use pull-ups on PGC/PGD – they will divide the voltage levels since these lines have 4 7 kΩ pull-down resistors in PICkit 3 • Do not use multiplexing on PGC/PGD – they are dedicated for communications to PICkit 3 • Do not use capacitors on PGC/PGD – they will prevent fast transitions on data and clock lines during
Common Debugger Advisories
the PGC or PGD node to ground and to the proper VDD levels Figure 1-1 depicts this configuration FIGURE 1-1: ALTERNATE ICSP™ APPLICATION CIRCUIT The resistive isolation value will differ depending on the application and how it is being used Values ranging from 1K to 10K are sug-gested In any case, ensure the levels on PGD and PGC can be
MPLAB Xpress Schematic - Microchip Technology
pgc pgc pgd pgd d_n d_p 10k r6 + 3 3v f188rxu f188txu 3 1 2 2n7002-7-f q1 f188mclr f188clk f188dat 10k r10 reset f188 2 1 4 3 r g red, green d1 gnd 1 vin 2 vout 3
REGISTRATION Postgraduate Certificate (PgC), Diploma (PgD
15 PgC/PgD – Optional Monitoring Safety in Clinical Trials and Drug Development 15 PgC/PgD – Optional Risk Benefit Assessment in Pharmacovigilance 15 PgC/PgD – Optional Global Pharmacovigilance Regulatory Requirements: What’s New? 15 PgC/PgD – Optional Periodic Safety Reports (PSURs, PBRERs and Introduction to DSURs) 15 PgC/PgD
Postgraduate Certificate - DSRU
OVERVIEW OF UNITS FOR PGC, PGD AND MSC IN PHARMACOVIGILANCE Unit Title Credit Points Award Back to Basics in Pharmacovigilance 15 PgC/PgD - Compulsory Introduction to Pharmacoepidemiology 15 PgC/PgD - Compulsory Medical Aspects of Adverse Drug Reactions 15 PgC/PgD - Compulsory Assessment and Medical Evaluation of Individual Case Safety Reports
Prostaglandins and related compounds: the eicosanoids
PGC, PGD, PGE, PGF, PGG, and PGH based on their cyclopentane/pentene ring substitution patterns Each general PG class is subclassified based on the degree of unsaturation (i e PGE1, PGE2, PGF2) The letters and numbers that follow the initial PG abbreviation indicate the nature of the unsaturation and substitution For example, the
Using MPLAB ICD 2
5 PGC 4 PGD 3 Ground 2 VDD 1 MCLR/VPP Electrical Connections to Target 2 1 5 4 3 Target VDD (tVDD) 10 kΩ Target Application PC Board VDD VPP/MCLR PGC PGD VSS AVDD** AVSS** XTAL* Target Application PIC MCU *Target PIC MCU must be running with an oscillator for MPLAB ICD 2 to function as a debugger **If the PIC MCU has AVDD and AVSS lines, they
mikroProg for PIC , dsPIC and PIC32
MCU-PGD Multiplexer PGD PROG USB VCC MCU-VCC VCC MCU-VCC VCC IDC10 connector D+ GND D-mikroProg for PIC MCU-PGC PGC MCU-MCLR MCLR MCU-PGD MCU-PGC MCU-MCLR BRD-PGD BRD-MCLR BRD-PGC DATA When programming/debugging is not in progress, the multiplexer releases the programming pins and MCLR, thus enabling them to be used as I/O pins or reset
mikroICD User Manual - Mikroelektronika
PIC microcontrollers are connected to the programmer through the PGC, PGD and MCLR pins In case that such programmer is used for the programming only, its hardware will automatically break connection with these pins after loading the HEX code, thus enabling them to be used for other purposes
PICの書き込み解説
pgc/pgdをプルアップしてはいけない。 pgc/pgdにコンデンサを接続してはいけない。 mclrにコンデンサを接続してはいけない。 vddに大容量のコンデンサを接続してはいけない。 vddに大電流の部品を接続してはいけない。
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