CY3650

Number of ADC's: -
Number of Bits: -
Outputs and Type: -
Power - Output: -
Sampling Rate (Per Second): -
Data Interface: -
Voltage - Output: -
Current - Output: -
Input Range: -
Power (Typ) @ Conditions: -
Voltage - Input: -
Operating Temperature: -
Regulator Topology: -
Frequency - Switching: -
Board Type: -
Series: -
Primary Attributes: -
Embedded: -
Utilized IC / Part: -
Main Purpose: -
Supplied Contents: -
Manufacturer: Cypress Semiconductor Corp


Features:

• Full development and debug environment for Cypress Universal Serial Bus Controllers:
-Real-time, full-speed emulation
-Software breakpoints
-Single stepping
-Register, RAM, I/O display/modification
• Debug environment operates without firmware modification
• User code can be run from on-board EPROM or RAM
• Stand-alone operation requires only power connection
• Access to key microcontroller internal signals to enable trace and complex breakpoints
• USB Specification Version 1.1 compliant, 1.5 Mbps speed
• Emulator Board Support for Cypress USB IC family:
• CY3650
-CY7C63000/1, 20-pin DIP/SOIC, Windowed DIP
-CY7C63100/1, 24-pin SOIC, Windowed DIP
-CY7C63200/1, 18-pin DIP, Windowed DIP
• CY3651
-CY7C63410/1/2, 40-pin PDIP/48-pin SSOP
-CY7C63413, 40-pin PDIP, 48-pin SSOP, 40-pin Windowed DIP
-CY7C63510/1/2, 48-pin SSOP
-CY7C63513, 48-pin SSOP, 48-pin Windowed DIP


Description

The Cypress USB Developer's Kit CY3650 is a powerful tool that enables customers to develop USB hardware and firmware with emulated Cypress USB ICs. The development system can be run in two modes. In the typical development system environment,the board is controlled through a PC-based interface.Software running on the PC facilitates debugging through breakpoints, single stepping, and display and modification of registers and data RAM. In this mode, firmware can be implemented in on-board EPROM, or downloaded to program RAM.
The RAM option provides a quick and easy method for testing firmware revisions.
There is also a stand-alone mode which allows portable system operation without the PC attached. In this mode, user firmware is programmed in an EPROM, and only power need be applied to produce a fully operating emulated USB chip.
Additionally, the board may be connected to a logic analyzer to facilitate full trace capability and complex breakpoints.