Intel/Altera 10M04SA FPGA with 4,000 Logic Elements. This FPGA Development Kit requires an external JTAG Programmer. The MaxProLogic comes with tutorials to get the beginner up and learning Programmable Logic very quickly.
This 66mm module contains a strip of 24 individually controllable RGB LEDs arranged in a circular serial configuration. Each LED has seperatly controllable red, green, and blue, elements which can be individually set to one of 256 different intensity settings, allowing over 16 million colour variations. The module also has power and data connections at both ends of the chain so that multiple modules can be connected together whilst still only requiring one digital pin to drive them.
What's more, to make controlling these LED's from an Arduino as simple as possible we have written our own exclusive library what will handle all the complicated bits. See bottom of this post or our blog for more information on this library and requirements.
A very compact real time clock (RTC) module is based on the high accuracy DS3231 IC and includes a battery backup. The (HCRASP0009) module also has a header with a pinout specifically designed so that it can be plugged directly into the IO header of your Raspberry Pi without any need for additional wires or soldering.
The module makes use of the Raspberry Pi's I2C hardware interface. Using our configuration guide available on our support forum it will allow your Raspberry Pi to accurately keep the current time and date without an internet connection making it great for remote data logging application where not internet connection is available.
Low cost development board for the Altera EPM240T100C5 (MAXII) CPLD device. Using Altera's free design suite complex schematic or HDL designed can be easily created and downloaded into this development board (hardware programmer required, available here). An on board regulator allows and standard DC socket allows for convenient powering. There is also an on-board crystal to allow your designs to include clocks and other timing functions.
On-board EPM240T100C5 chip On-board JTAG interface On-board 50MHZ active crystal On-board programmable LED On-Board 3.3V regulator
Usb ISP programmer for programming Altera's range of FPGA and CPLD device. This programmer is also idealy suited for our own Altera development boards such as item HCDVBD0006. This programmer is compatible with Altera's Quartus development tools (Use USB blaster in programmer hardware settings).
Items include: 1 X device 1 X USB cable 1 X 10pin JTAGE cable
Black nylon pan and tilt bracket kit for SG90 servo's. The kit includes black nylon parts and fixing screws to construct a pan and tlt bracket with the addition of two SG90 servo's.
Applications include controlling position of a camera or sensors for robotics and radio control applications. For suitable servo's please see out SG-90 9g servo, item HCROBO0005.
This 66mm module contains a strip of 24 individually controllable RGB LEDs arranged in a circular serial configuration. Each LED has seperatly controllable red, green, and blue, elements which can be individually set to one of 256 different intensity settings, allowing over 16 million colour variations. The module also has power and data connections at both ends of the chain so that multiple modules can be connected together whilst still only requiring one digital pin to drive them.
What's more, to make controlling these LED's from an Arduino as simple as possible we have written our own exclusive library what will handle all the complicated bits. See bottom of this post or our blog for more information on this library and requirements.
A very compact real time clock (RTC) module is based on the high accuracy DS3231 IC and includes a battery backup. The (HCRASP0009) module also has a header with a pinout specifically designed so that it can be plugged directly into the IO header of your Raspberry Pi without any need for additional wires or soldering.
The module makes use of the Raspberry Pi's I2C hardware interface. Using our configuration guide available on our support forum it will allow your Raspberry Pi to accurately keep the current time and date without an internet connection making it great for remote data logging application where not internet connection is available.
Low cost development board for the Altera EPM240T100C5 (MAXII) CPLD device. Using Altera's free design suite complex schematic or HDL designed can be easily created and downloaded into this development board (hardware programmer required, available here). An on board regulator allows and standard DC socket allows for convenient powering. There is also an on-board crystal to allow your designs to include clocks and other timing functions.
On-board EPM240T100C5 chip On-board JTAG interface On-board 50MHZ active crystal On-board programmable LED On-Board 3.3V regulator
Usb ISP programmer for programming Altera's range of FPGA and CPLD device. This programmer is also idealy suited for our own Altera development boards such as item HCDVBD0006. This programmer is compatible with Altera's Quartus development tools (Use USB blaster in programmer hardware settings).
Items include: 1 X device 1 X USB cable 1 X 10pin JTAGE cable
Black nylon pan and tilt bracket kit for SG90 servo's. The kit includes black nylon parts and fixing screws to construct a pan and tlt bracket with the addition of two SG90 servo's.
Applications include controlling position of a camera or sensors for robotics and radio control applications. For suitable servo's please see out SG-90 9g servo, item HCROBO0005.
Intel/Altera 10M04SA FPGA with 4,000 Logic Elements. This FPGA Development Kit requires an external JTAG Programmer. The MaxProLogic comes with tutorials to get the beginner up and learning Programmable Logic very quickly.