
Who uses Pmod?
Become familiar with the whole world of Pmod and the Pmod ecosystem.
Read MoreLearning for Engineers, Students, and Hobbyists
Become familiar with the whole world of Pmod and the Pmod ecosystem.
Read MoreCheck out our quick start guide!
Read MoreProjects are not all black and white, so bring your work into color with the Pmod COLOR!
Read MoreTalesa introduces the Zybo Z7 Academic Pmod pack!
Read MoreStay up to date with Pmod IP cores and save time in your FPGA and Zynq designs.
Read MoreMeet the latest member of the Pmod family!
Read MoreMeet the newest addition to the Pmod family!
Read MoreTalesa introduces the new Pmod Interface Specification and a brief overview of what has been changed.
Read MoreControl high DC loads with the new PmodSSR!
Read MoreIntroducing our newest product… The PmodJSTK2!
Read MoreTalesa reveals the Pmod Monthly project for July!
Read MoreTalesa delves into the mechanics of one of the finalist projects for the 2016 Digilent Design Contest! See how the profiled team utilized Pmods to create a device designed to enhance wearer health and wellness.
Read MoreTalesa takes you through how to get the PmodOLEDrgb up and running with our chipKIT boards.
Read MoreAnnouncing the latest addition to the Digilent Pmod sensor family, the PmodISNS20! This small add-on board uses an Allegro ACS722 Hall Effect current sensorĀ to add both DC and AC current …
Read MoreIt’s been awhile since we last had some specific focus on Pmods, so I decided that we should get back to our favorite blog series (or at least my favorite). This week we’re going to check out some of the Pmods that occasionally get overlooked– the power Pmods. These Pmods include screw terminal modules, transistor modules, and power monitors.
Read MoreToday we’re going to compare two different ways of increasing the functionality of a system board: Pmods and shields. Those of you have that have been following the Digilent Blog know that Pmods are Digilent’s series of peripheral modules with 6-12 pins that can easily be connected to appropriate pins on a system board to provide extra functionality and include audio amplifiers, GPS receivers, USB to UART interface, seven-segment displays, accelerometers, H-bridges with input feedback, analog-to-digital converters, and much more. For the rest of you who have been in this sector of the electronics industry, you know that shields are a type of board that you can plug directly on top of your microcontroller in a nice pin-to-pin fashion for expanded functionality. Although you might suspect which of these two items I prefer, we’ll check out the advantages of both of them.
Read MoreToday, we’re going to check out the last chunk of the input Pmods⢠that Digilent offers. This set of inputs are slightly different than the inherent sensors that we saw last time. Although these Pmods are designed to give the system board information about the outside world, but this time you are their whole world. These tactile Pmods are designed so that they respond when you physically interact with them. It’s kinda like playing outside…in the comfort of your own home.
Read MoreIt is time to check out another set of the Digilent Pmods! Last time, we looked at a subset of the input focused Pmods, the analog-to-digital converters. Today, we’re going to take a look at more of the input Pmods, most of which incorporate ADCs into their design structure. These ten peripheral modules are all inherent sensors, reporting the temperature, location, light level, or movement without the user needing to physically interact with them.
Read More2014 has been an exciting year for Digilent! We’ve rolled out quite a few new products, and we’re excited to share them with everyone.
Read MoreWe are going to continue with our Pmod series and talk about how you get the Pmod (peripheral module) to do what you want it to do. After all, it is not the best plan (especially in electronics) to just plug something in to a random spot and hope the device works correctly. The vast majority of the peripheral modules in the Pmod line collect or receive data (or both) and need to communicate this data with the host board. A GPS module that doesn’t send its coordinates to the host or an audio amplifier that does not receive data from the host are not terribly useful. Successful communication is key in any relationship, electronic or otherwise.
Read MoreWhat is a Pmod? What does it take to become a Pmod? How did the Pmods come to be in the first place?
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