QTouch Library User Guide - also available for download from the Atmel website ...... The USART includes a clock recover
In this example, a balun (B1) transforms the differential RF signal at the ...... down converted to an intermediate frequency by a mixer. ...... 2.0. V. 12.2 Recommended Operating Range. Symbol. Parameter. Condition. Min. ...... DAMAGES FOR LOSS AND
revision level in the target application. ⢠On-Chip Voltage Monitoring â Allowing the device to be used over a range
Ce - is optional external capacitors. (= C1, C2 as shown in Figure 11-2). â¢. Ci - is the pin capacitance in Table 11-3
The MHL standard is already on 750 million devices (but not Apple products). The vision, says. Lattice's .... of develop
High Performance, Low Power AVR® 8-Bit Microcontroller Family. â¢. Advanced RISC Architecture. â 131 Powerful Instru
Capacitance for Low-Frequency Oscillator. 32kHz Osc. Type. Cap. (XTAL1/TOSC1). Cap. (XTAL2/TSOC2). System Osc. 18pF. 8pF
Oct 25, 2017 - For each ADC module, the analog inputs are connected to the S&H capacitor. ... This family reference manual section is meant to serve as a ...
like automotive and industrial controls should have a sizeable advantage ... endpoints, in turn, are linked to the next
This addendum is to be used in conjunction with the Offline UPS Reference Design Application Note (AN1279). The material
Communication with the device is done using a simple ... C. P320. 2. 1. 2. 3. 4. 8. 7. 6. 5. CH0. CH1. VSS. CS/SHDN. VDD/VREF. CLK. DOUT ... Spurious Free Dynamic Range ..... SERIAL COMMUNICATIONS ... After completing the data transfer, if further cl
Use Xamarin Studio's native debugging support for debugging C# and other
managed ... IMPORTANT: when you compile applications in Debug mode,
Xamarin.
Jul 22, 2011 - 9 Devices and Starter Kits, Plug-In Modules, Software Libraries and Application ... development kits, and
SAMA5D3 Series [DATASHEET]. Atmel-11121F-ATARM-SAMA5D3-Series-Datasheet_02-Feb-16. 28. 4.2. Power Sequence Requirements.
Aug 4, 2010 - Related Application Notes . ..... WDT Time-out Period Calculation ..... and manufacture of development sys
external data transfers. The SAMA5D3 series is optimized for control panel/HMI applications and applications that requir
2009 Microchip Technology Inc. page 1. OFFLINE UPS ... ms. Inverter to Mains Transfer Time. â. 0. â ms. ICHARGE. Bat
Jul 22, 2011 - software libraries and application notes on topics such as speech and ... development and also work with
Jan 2, 2008 - The MiWi P2P protocol is designed for simplicity and direct connections in ... The P2P connection request
Jan 2, 2008 - are left to the application developer. Protocol Features. The MiWi⢠P2P Wireless Protocol: ⢠Provides
Jan 5, 2010 - systems by using the AC wiring already installed within a home. Readers who would like an overview of the.
The entire memory can be erased and programmed byte-by-byte typically in 8 seconds for the. SST49LF004B device, when usi
ZigBee™ Technology wireless communication protocol development and
demonstration platform. The demonstration kit includes the ZigBee protocol stack
and.
Mar 26, 2009 - Page 2 ... ECONOMONITOR, FanSense, In-Circuit Serial. Programming, ICSP, ICEPIC ... SQTP is a service mark of Microchip Technology Incorporated ..... TIP #19: Driving N-Channel MOSFET Transistors ...8-18 ..... diagram, the charge time
Launch MPLAB IDE. 2. Load your project or use the Project Wizard to create a new one. 3. Build your project based on you
Using
1
In-Circuit DeBugger
Install the Latest Software
ADDITIONAL INFORMATION
Install the MPLAB® IDE software onto your PC using the MPLAB IDE CD-ROM or download the software from the MPLAB IDE page of the Microchip web site (www.microchip.com/MPLAB). Check the latest Release Notes for additional information.
2 Configure PC USB Communications
Circuitry and Connector Pinouts
Connect the PICkit™ 3 in-circuit development debugger/programmer to a PC USB port via a USB cable. PICkit 3 uses the standard HID USB Windows® driver. Note: If a USB hub is used, the hub must be powered with its own power supply.
USB
PICkit 3 Connector Pinout
Target Connector Pinout Pin 1 2 3 4 5 6
PC
Pin 1 2 3 4 5 6
Signal MCLR/VPP VDD Target VSS Ground PGD (ICSPDAT) PGC (ICSPCLK) PGM (LVP)
Pin 1 Indicator
(Not to scale.)
3 Build Your Project Launch MPLAB IDE. Load your project or use the Project Wizard to create a new one. Build your project based on your configurations and options. Select the PICkit 3 as either a debugger (Debugger>Select Tool>PICkit 3) or as a programmer (Programmer>Select Programmer>PICkit 3).
Correct Target VDD (tVDD) VDD XTAL* VPP/MCLR
Target Application Device
1. 2. 3. 4.
Signal MCLR/VPP VDD Target VSS Ground PGD (ICSPDAT) PGC (ICSPCLK) PGM (LVP)
4 Connect to Target and Power 1. Attach the PICkit 3 to the PC using the USB cable, if not already. 2. Attach the communications cable between the debugger and target board. 3. Connect power to the target board.
PICkit 3 Internal Circuitry (simplified)
4.7 10 kΩ Typical
PGC PGD
tVDD 2 1 5 4 3
VPP tVDD 4.7 kΩ
tVDD
Target VDD (tVDD) is used to power the Input/Output drivers in PICkit 3 programmer/ debugger
AVDD** AVSS**
tVDD
VSS 4.7 kΩ
Typical Debugger System – Device With On-Board ICE Circuitry:
tVDD
Target Application PC Board Target Device
*Target device must be running with an oscillator for the debugger to function as a debugger. **If the device has AVDD and AVSS lines, they must be connected for the debugger to operate.
Power
mini-USB from PC
Target Board
Incorrect
Alternate Debugger System – ICE Device:
Target VDD (tVDD) VDD
Standard Adapter
Header
Target Circuit Design Precautions VPP/MCLR XTAL*
mini-USB from PC
Target Application Device
V DD
Device-ICE
PGC PGD
2 1 5 4 3
AVDD** AVSS** Transition Socket
VSS
Power
Target Board
5 Program and Debug
Target Application PC Board
• Do not use greater than 100 µF capacitance on VDD – depending on the overall load, it will prevent the target from powering quickly when PICkit 3 is the source of power. • Do not use capacitors on MCLR – they will prevent fast transitions of VPP. • 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 programming and debug communications. • Do not use diodes on PGC/PGD – they will prevent bidirectional communication between PICkit 3 and the target PIC® MCU.
Recommended Settings COMPONENT Oscillator
SETTING • OSC bits set properly • Running Power Supplied by target WDT Disabled (device dependent) Code Protect Disabled Table Read Protect Disabled LVP Disabled BOD VDD > BOD VDD min JTAG Disabled AVDD and AVSS Must be connected PGCx/PGDx Proper channel selected, if applicable Programming VDD voltage levels meet programming specs Note: See the PICkit 3 User’s Guide for more component and setting information.
1. Program your device. 2. As a programmer, PICkit 3 will automatically run your code. As a debugger, you can run, halt, single step and set breakpoints in your code.
