DollaTek EZ-USB FX2LP CY7C68013A USB Development Board Core Logic Analyzer
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Using low-power version of the CY7C68013A-56 chip, enhanced 51-core,16KB program data areas,clocked at 48MHZ,480Mbps highspeed transmission protocol standards, in line with the USB2.0 specification, backward compatible with USB1.1. Firmware EEPROM: complete in system programming program, directly using the USB cable to download the firmware, provide 16K (24LC128) large capacity program memory (EEPROM), used to store the VID / PID and USB firmware to meet CY7C68013A program space demand. All GPIO are leaded out by 2.54mm standard pins, Greatly facilitate the learners' self-expansion design. Logic analyzer function can be implemented with corresponding firmware through the core board. 0
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Description
Amazon
Using low-power version of the CY7C68013A-56 chip, enhanced 51-core,16KB program data areas,clocked at 48MHZ,480Mbps highspeed transmission protocol standards, in line with the USB2.0 specification, backward compatible with USB1.1. Firmware EEPROM: complete in system programming program, directly using the USB cable to download the firmware, provide 16K (24LC128) large capacity program memory (EEPROM), used to store the VID / PID and USB firmware to meet CY7C68013A program space demand. All GPIO are leaded out by 2.54mm standard pins, Greatly facilitate the learners' self-expansion design. Logic analyzer function can be implemented with corresponding firmware through the core board. 0
Using low-power version of the CY7C68013A-56 chip, enhanced 51-core,16KB program data areas,clocked at 48MHZ,480Mbps highspeed transmission protocol standards, in line with the USB2.0 specification, backward compatible with USB1.1. Firmware EEPROM: complete in system programming program, directly using the USB cable to download the firmware, provide 16K (24LC128) large capacity program memory (EEPROM), used to store the VID / PID and USB firmware to meet CY7C68013A program space demand. All GPIO are leaded out by 2.54mm standard pins, Greatly facilitate the learners' self-expansion design. Logic analyzer function can be implemented with corresponding firmware through the core board. 0