CY7C68013A MINI BOARD PDF

Figure 1. There are two available variants of this mini board: one with a single jumper J1 and another with two jumpers J1 and J2. The board with two jumpers was used to test the FX2LP logic analyzer. See the schematic attached with this knowledge base article KBA. Download PulseView from sigrok for your host OS from this link. This example uses 0x1d50 and 0xd which correspond to the channel logic analyzer.

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Figure 1. There are two available variants of this mini board: one with a single jumper J1 and another with two jumpers J1 and J2. The board with two jumpers was used to test the FX2LP logic analyzer.

See the schematic attached with this knowledge base article KBA. Download PulseView from sigrok for your host OS from this link. This example uses 0x1d50 and 0xd which correspond to the channel logic analyzer. The format of this. Remove the J2 jumper. Check the programming status on the status bar. After the programming is complete, press the kit reset button. Once the driver is installed, a pop up appears stating that the driver was installed successfully. The device will appear as Unknown Device 1 in Device Manager.

Figure 2. Open PulseView application and check if the device is selected. Click the drop-down arrow and select Connect to Device. In the Connect to Device dialog, select fx2lafw as the driver. Click Scan for devices using driver above. Select the device sigrok FX2 LA 16ch with 16 channels.

Figure 3. Selecting the Device on PulseView. Click Run to start the capture on the channels. Figure 4 shows a capture session for a device as a channel logic analyzer. Channel 0 and Channel 1 show decoded capture from an I2C transaction see Decoders from PulseView user guide for more details.

Figure 4. Viewing Data on PulseView. Log in. Welcome to the Cypress Developer Community 3. Error: You don't have JavaScript enabled. This tool uses JavaScript and much of it will not work correctly without it enabled. Please turn JavaScript back on and reload this page. Currently Being Moderated. J2 inserted: Comes up within bootloader mode with default USB descriptors.

Click OK. Selecting the Device on PulseView This content has been marked as final. Show 0 comments. Email Address. Website Address. Name Required. Email Address Required, will not be published. Close Are you sure you want to delete this document? Remove from profile Feature on your profile. Retrieving data

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CY7C68013A EZ-USB FX2LP Development Board

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In sigrok, we use the open-source fx2lafw firmware for this logic analyzer. There is a very similar board made by Geeetech, it has near-identical components but a slightly different layout. All the pins on the FX2 LP are broken out to 40 header pins. By default the chip will boot in some internal bootloader which allows loading and executing from USB to the internal RAM. Sigrok will typically use the fx2lafw firmware for this aka "load-on-probe". The Cypress has no DAC and can't by itself have any analog output. Geeetech product page.

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FX2LP CY7C68013A USB Dev Board (Logic Analyzer)

Did you use this instructable in your classroom? Add a Teacher Note to share how you incorporated it into your lesson. To have the board working with PulseView we need the correct Windows driver - I downloaded it from here. Cypress released a knowledge base article that explains how to use this FX2LP low cost kit with Sigrok PulseView logic analyzer application. So far so good. It recognized my Dev Board immediately and the demo sketch for the arduino is chooching away making sweet traces as it counts.

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CY7C68013A USB Board (mini)

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