
The Wireless Security Remote Control Development Kit is preprogrammed with two security protocols, KeeLoq Classic and KeeLoq AES. The Wireless Security Remote Control Development Kit User's Guide is available under Downloads section.įor more information on using the Wireless Security Remote Control Development Kit, refer to the section “Getting Started” in the “Wireless Security Remote Control Development Kit User's Guide”. The transmitter and receiver in this kit are tuned to the frequency 433.92MHz. The kit contains a four button key fob transmitter based on the PIC12LF1840T39A, receiver PICtail daughterboard, and Embedded Security Development Board. The kit demos two security protocols, KeeLoq Classic and KeeLoq AES. The Wireless Security Remote Control Development Kit is a demonstration and development platform for wireless security remote control applications.
Softmatic barcode plus v4 serial serial#
MCHP CAN Bus Analyzer and LIN Serial Analyzer.IMG (OptoLyzer Suite format for MOST, import and export).ASC File (import (CAN, LIN, FlexRay, Ethernet) and export (CAN, Ethernet)).PCAP/PCAPNG (Ethernet, import and export).BLF (CAN, LIN, Ethernet, FlexRay, import and export).Control, Packet, Ethernet and System Data Spy.


Catalog information for selected messages in Detail View.When connected to a stable source of voltage and current, the meter can do an auto-calibration by including the open loop calibration routine and formulas in the firmware. The calibration can be done in closed loop or open loop.
Softmatic barcode plus v4 serial software#
The Microchip energy meter software is used to calibrate and monitor the system. The system calculates active and reactive energy active, reactive and apparent power power factor RMS current RMS voltage, and line frequency. The PIC18F66J93 directly drives the LCD and communicates via UART with the MCP2200, offering an isolated USB connection for meter calibration and access to the device power calculations. The signal from the shunt is amplified by two external operational amplifiers and applied to the input of the ADC. This low-cost design has a shunt as the current sensor. The MCP6L2 and PIC18F66J93 Energy Meter is a fully functional single-phase meter that uses the 12-bit successive approximation analog-to-digital converter (SAR ADC) integrated in the microcontroller. Creating a USB-to-RS232 bridge alternately, a USB-to-UART bridge connected to the PIC16F1509 microcontroller.Output voltage level control of the MCP4726 digital-to-analog converter.Storing the above mentioned configuration as well as other, random data in a 24LC128 128-Kbit EEPROM.PIC16F1509 configuration to issue multiple warnings, through an RGB LED, when any of the featured readings are outside user-set conditions (such as “measured USB current is above 50 mA”).

