Search results for "microchip"

Converter from Automotive Debug Cable (26-pin) to MICROCHIP-8 for LA-2760 (Debugger for Microchip PIC)

supports AVR 8-Bit debugging and SPI programming includes software for Windows, Linux and macOS voltage range 1.8V to 5.5V

supports dsPIC33C Debugging of dual-core dsPIC requires LA-2762 Package for CombiProbe 2 dsPIC Dual Core Adaptation to MICROCHIP-8 requires LA-2773 Conv. AUTO26 to MICROCHIP-8 LA-1949 Automotive HALF-SIZE-CABLE 26-26 only suitable for debug cables newer than 07/2018 please add the serial number of the existing debug cable to your order includes software for Windows, Linux and macOS

CombiProbe 2 with two whisker cables for dual core debugging with dsPIC. 26-pin Automotive Connector with converters for 8-pin Microchip Connector. Voltage range 1.8 to 5.0. Includes the TRACE32 software for Windows, Linux and macOS on DVD and for download. Requires the following A-license: LA-2760A (Debugger for PIC Additional) LA-7960X (License for Multicore Debugging). Requires Power Debug Interface USB 3.0, PowerDebug II, PowerDebug PRO, PowerDebug E40 or PowerDebug X50.

AUTO26 Whisker for CombiProbe suitable for TriCore and dsPIC with 26-pin automotive connector, supporting DAP (DAP2, DAP3, DAP4, DAPWide), JTAG, DXCPL/DXCM. For optimal performance, we recommend using a DAP mode. DAP streaming is supported for TriCore (in DAP mode) and works most effectively with DAPWide (up to 320 Mbit/s). For DXCPL/DXCM, you will likely require the CAN-Box (LA-3889) as well. Voltage Range: 1.8V to 5.0V. Debug Clock Frequency: 10 kHz to 160 MHz Target Connector: AUTO26, AUTO20, AUTO10 Requires a CombiProbe or CombiProbe 2. For dsPIC only JTAG is supported and the converter LA-2773 to the 8-pin Microchip connector is recommended. Please note that TriCore SoCs usually support only 3.3V or 5V in DAP mode. Debug clock frequency in JTAG mode is typically limited to 40 MHz on TriCore SoCs (while up to 160 MHz is supported in DAP mode).