Datasheets
Dallas Logic Corporation

Dallas Logic Corporation

类型Manufacturer
网站https://www.dallaslogic.com/
电话号码+1 858 566 0666
地址17217 Waterview Parkway Suite 1.202Dallas, TX, 75252, USA

Founded in January of 2001, Dallas Logic is located in McKinney, Texas, USA. We serve the Dallas/Fort-worth area and the internet community at large with electronic design and prototype delivery services. Dallas Logic has been an Altera development kit partner since 2003. Dallas Logic is also a member of Texas Instruments' Design Network.

参考设计

CMC1003-2M-115-8-KU, EP4CE115 USB Blaster Kit that allows implementation of General Logic Functions, Altera Nios II Processor operation in a compact form factor module
CMC1003-2M-115-8-KU, EP4CE115 USB Blaster Kit that allows implementation of General Logic Functions, Altera Nios II Processor operation in a compact form factor module
CMC1003-2M-115-8, EP4CE115 module that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMC1003-2M-115-8, EP4CE115 module that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMC1003-2M-55-8, EP4CE55 module that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMC1003-2M-55-8, EP4CE55 module that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMCS002-2M-8, EP3C25 Module for the CMCS002 Controller/FPGA Module
CMCS002-2M-8, EP3C25 Module for the CMCS002 Controller/FPGA Module
CMC2001-2M-8-KU, EP2C8 USB Blaster kit, Niomite Cyclone II EP2C8 Controller/FPGA Module
CMC2001-2M-8-KU, EP2C8 USB Blaster kit, Niomite Cyclone II EP2C8 Controller/FPGA Module
CMC5001-0M-2210-5, MAX-V CPLD Module. The CMC5001 MAX-V module allows implementation of CPLD logic functions in a compact form factor module
CMC5001-0M-2210-5, MAX-V CPLD Module. The CMC5001 MAX-V module allows implementation of CPLD logic functions in a compact form factor module
DEV-ADC34J22 is a four channel ADC daughter card which features ADC34J22 a quad, 12 bit, 50Msps, JESD204B compliant analog to digital converter
DEV-ADC34J22 is a four channel ADC daughter card which features ADC34J22 a quad, 12 bit, 50Msps, JESD204B compliant analog to digital converter
FMC-ADC01-4-1-0, FPGA Mezzanine Card for the ADS6425, 12 bit, 4-channel, 125 MSPS Analog to Digital Converter
FMC-ADC01-4-1-0, FPGA Mezzanine Card for the ADS6425, 12 bit, 4-channel, 125 MSPS Analog to Digital Converter
FMC-ADC01-7-1-0, FPGA Mezzanine Card for the ADS6422, 12 bit, 4-channel, 65 MSPS Analog to Digital Converter
FMC-ADC01-7-1-0, FPGA Mezzanine Card for the ADS6422, 12 bit, 4-channel, 65 MSPS Analog to Digital Converter
CMC1003-2M-55-8-KU, EP4CE55 USB Blaster Kit that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMC1003-2M-55-8-KU, EP4CE55 USB Blaster Kit that allows implementation of general logic functions, Altera Nios II processor operation in a compact form factor module
CMC5001-0M-2210-5-KU, MAX-V USB Blaster Kit. The CMC5001 MAX-V module allows implementation of CPLD logic functions in a compact form factor module
CMC5001-0M-2210-5-KU, MAX-V USB Blaster Kit. The CMC5001 MAX-V module allows implementation of CPLD logic functions in a compact form factor module
CMCS002-2M-8-KU, EP3C25 USB Blaster kit for the CMCS002 Controller/FPGA Module
CMCS002-2M-8-KU, EP3C25 USB Blaster kit for the CMCS002 Controller/FPGA Module
CMC2001-2M-8, EP2C8 module, Niomite Cyclone II EP2C8 Controller/FPGA Module
CMC2001-2M-8, EP2C8 module, Niomite Cyclone II EP2C8 Controller/FPGA Module
DEV-RF002, Arrow's BeagleBone BLE/WiFi Cape Development Kit utilizes the CC2650 Wireless MCU and the SimpleLink Wi-Fi CC3100 for IoT design
DEV-RF002, Arrow's BeagleBone BLE/WiFi Cape Development Kit utilizes the CC2650 Wireless MCU and the SimpleLink Wi-Fi CC3100 for IoT design
FMC-ADC01-0-1-0, FPGA Mezzanine Card for the ADS6445, 14 bit, 4-channel, 125 MSPS Analog to Digital Converter
FMC-ADC01-0-1-0, FPGA Mezzanine Card for the ADS6445, 14 bit, 4-channel, 125 MSPS Analog to Digital Converter
FMC-ADC01-1-1-0, FPGA Mezzanine Card for the ADS6444, 14 bit, 4-channel, 105 MSPS Analog to Digital Converter
FMC-ADC01-1-1-0, FPGA Mezzanine Card for the ADS6444, 14 bit, 4-channel, 105 MSPS Analog to Digital Converter
FMC-ADC01-2-1-0, FPGA Mezzanine Card for the ADS6443, 14 bit, 4-channel, 80 MSPS Analog to Digital Converter
FMC-ADC01-2-1-0, FPGA Mezzanine Card for the ADS6443, 14 bit, 4-channel, 80 MSPS Analog to Digital Converter
FMC-ADC01-3-1-0, FPGA Mezzanine Card for the ADS6442, 14 bit, 4-channel, 65 MSPS Analog to Digital Converter
FMC-ADC01-3-1-0, FPGA Mezzanine Card for the ADS6442, 14 bit, 4-channel, 65 MSPS Analog to Digital Converter
FMC-ADC01-5-1-0, FPGA Mezzanine Card for the ADS6424, 12 bit, 4-channel, 105 MSPS Analog to Digital Converter
FMC-ADC01-5-1-0, FPGA Mezzanine Card for the ADS6424, 12 bit, 4-channel, 105 MSPS Analog to Digital Converter
FMC-ADC01-6-1-0, FPGA Mezzanine Card for the ADS6423, 12 bit, 4-channel, 80 MSPS Analog to Digital Converter
FMC-ADC01-6-1-0, FPGA Mezzanine Card for the ADS6423, 12 bit, 4-channel, 80 MSPS Analog to Digital Converter