Place with the device placed in a socket on the Universal Development Board. In previous GreenPAK devices, this step could only take Mechanism to support debugging multiple user configurations without Values via I2C into the latches during operation. One advantage of this architecture is the ability to write other register Latch configuration during Power-On Reset The latches are what actually control the configuration of theĭevice, but they are volatile, and lose their stored information when powerįigure 1. Information into latches on the device during Power-On Reset (see Figure 1īelow). Each GreenPAK device is designed to load this Resulting register values are programmed into Non-Volatile Memory (NVM) on
GreenPAK Designer GUI are translated into register values that bothĬonfigure the individual macro-cells, and establish the signal connectionsĪnd routing through the Connection Matrix on the GreenPAK device. Timer/Counters, Oscillators, etc.) that are configured by the designer usingĭialog’s GreenPAK Designer software. GreenPAK is composed of functional macro-cells (such as Look Up Tables, This new ISD capability allows designers to speed up their already fast Universal Development Board to their project PCB for In-System Debug (ISD). The I 2C communication macro-cell in these devices can also serveĪs a portal to allow the designer to migrate their GreenPAK debug from the Some of the newest GreenPAK devices have I 2C communicationĬapability, which can be useful as a function in the end-user system. Number of devices and place on their board for further debug in a system Sufficiently verified as a stand-alone function, the user can program some Significantly increase the speed of development. Take place without the need to program individual devices, it would Versions of the customer configuration quickly. Traditionally, the development cycle for the GreenPAK devices has includedĭebugging sessions that would take place on the GreenPAK Universalĭevelopment Board, and include the option to test and debug multiple GreenPAK Application Notes, GreenPAK Application Notes Webpage, Dialog Semiconductor.GreenPAK Development Tools, GreenPAK Development Tools Webpage, Dialog Semiconductor.AN-1125 In-System Debug for GreenPAK™ Devices with I2C SerialĬommunication.gp, GreenPAK Design File, Dialog Semiconductor.
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GreenPAK Designer Software, Software Download, and User Guide, Dialog Semiconductor.
gp file and use the GreenPAK development tools to freeze the design into your own customized IC in a matter of minutes.ĭialog Semiconductor provides a complete library of application notes įeaturing design examples as well as explanations of features and blocks
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For related documents and software, please visit:ĭownload our free GreenPAK Designer software to open the.
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