1PC FX2LP ez-usb CY7C68013A USB development board core board, US $19.99 – Picture 0

1PC FX2LP ez-usb CY7C68013A USB development board core board, US $19.99 – Picture 1

1PC FX2LP ez-usb CY7C68013A USB development board core board, US $19.99 – Picture 2

1pc Fx2lp Ez-usb Cy7c68013a Usb Development Board Core Board

US $19.99

??, ???, China
Jan 29th

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This article is about the CY7C68013A USB development board core board that uses the FX2LP ez-usb technology. The chip used is the CY7C68013A-56, which is a low power version and has an enhanced 51 nuclear with a 16 KB program data area. The board has a 48 MHZ frequency and uses the USB2.0 specification for high-speed transmission protocol standards, which are downward compatible with USB1.1. All sales come with a 14-day warranty, and return items must not be used or have any sign of abuse or intentional damage. The buyer is responsible for all return shipping charges. For any questions or concerns, please contact us via eBay message or our customer service e-mail. Your feedback is appreciated, and we strive to resolve any issues you may have. The board also features single-byte and double-byte block firmware EEPROM that allows for complete in-system programming. The onboard 64 k double-byte high-capacity program memory block and single-byte small capacity program memory can store VID/PID and USB firmware. The board is designed to meet the demands of CY7C68013A program space and all kinds of load demand. The package includes a CY7C68013A core board x 1 and a MINI USB cable x 1. Payment is accepted through PayPal, and the shipping time generally takes 10-20 business days to the USA, United Kingdom, Australia, and 15-30 days to most other countries. Import duties, taxes, and charges are not included in the item price or shipping charges and are the buyer's responsibility. The GPIO on the board can be accessed through 2.54 mm standard row needles derivation, making it convenient for extension design learners themselves. The board can also be used to realize SALEAE8 through our core board function of a logic analyzer.