CY7C68013A EZ-USB FX2LP USB Logic Analyzer Core Board

EZ-USB FX2LP CY7C68013A USB Logic Analyzer Core Board

Features:

• Using CY7C68013A-56 chip: low-power version of the enhanced 51-core, 16KB program data areas, frequency of 48Mhz, 480Mbps high-speed transmission protocol standards, in line with USB2.0 specification, backward compatible with USB1.1 (Low Power, High-Speed Transmission)
• Firmware, EEPROM: Complete in-system programming solution with a USB cable directly to download firmware, on-board to provide 16K (24LC128) a large program memory (EEPROM), used as storage VID / PID and the USB firmware, the program space to meet the CY7C68013A needs (In-System Programming)
• All the GPIO pin through the 2.54mm standard leads it very convenient for learners to expand their design (Easy Expansion)
• With the appropriate board, firmware can be achieved through the core function of the logic analyzer (Logic Analyzer Function)
• Pin 56 is used. In fact, pins 100 and 128 are the same, and the signal can be input from PBO-PB7 (Pin Compatibility)

How to Use the Star Lights:

• The DummyBoot firmware is the simplest lighting program
• The main purpose is to simply test whether the development board is operating normally
• Its operating effect is similar to the power-on self-test process of the instrument: 4 LEDs light up one by one, and then 4 LEDs flash 5 times at the same time. It is best to extinguish all of them

Implementation:

Enable PE port, defined as IO output: OEE=0xFF; //OEE is defined as output port
Add the following statement in TD_Init(void) of periph.c:
//Light 4 lights in turn from left to right
for(ǐ=0;i<=8;i++)
{OE=Display
Display=Diśplay<<1;
EZUSB_Delay(500);
}
//4 lights on and off flashing 5 times for(i=0;i<5;i++)
{OE=OxFF;
EZUSB_Délay(500);
IOE=0x00;
EZUSB_Delay(500);
}
//4 lights go out
IOE=0xFF;

Package Includes:

• 1 x Core board