M21-CPLD01 CPLD TRAINING SYSTEM
BDT 34,696/-
Product Details
Brand: MCP
Model: M21-CPLD01
Country Of Origin: China
CPLD (complex programmable logic device) is a device developed from PAL and GAL. It is a digital integrated circuit with large and complex structure that users construct logic functions according to their needs. Users can use the development suit to create digital system with schematic diagram or hardware description language.
CPLD can be used in almost all scenes which use small or medium scale universal digital integrated circuits. CPLD devices have become an indispensable part of electronic products, design and using it have become a necessary skill for students of electronic specialty and electronic engineers.
MCP has developed a M21‑CPLD01 CPLD training system to help students and engineers to learn and master the basic CPLD programming skills and be familiar with the download methods of burn‑in files. This system supports on‑board simulation testing and debugging which can easily verify the correctness of the program. This system provides each module an example program, users can use directly or modify it for their own program, reducing the difficulty of development.
Features
-
High grade, high quality CPLD training device
-
Developed with EPM240T100C5N
-
Experiment various basic experiments of CPLD
-
Combined with breadboard, can also do various extended experiments or more complex digital logic circuit experiments
-
2mm high‑strength panel, double‑sided PCB with more than 130 self‑locking sockets fitting AWG#22 and #23 pins (about 0.6mm)
-
Use USB‑Blaster for programming, support plug and play functionality
-
Classic MCP housing case
Main Installed Components
-
CPLD EPM240T100C5N with 100 DIP pins and 100 big spacing pins
-
Solderless breadboard: 1660 tie points nickel plated contact, supports DIP sizes and AWG #22/#23 pins (~0.6mm)
-
DC Power Supply: +12V/0.5A, +5V/0.5A, short‑circuit and over‑current protected
-
Variable DC: 0~+5V reference output
-
Digital Oscillators (5V/3.3V): 1Hz, 10Hz, 100Hz, 1kHz, 10kHz, 100kHz
-
Twelve bits data switches (5V/3.3V)
-
Twelve bits LED display
-
Two digits of 7‑segment LED display (common anode type)
-
DC Converter: 2×5V–3.3V bidirectional settable
-
Experiment manual (CD‑ROM)
-
Accessories: Power cord, pin leads (10cm ×20, 20cm ×10, 30cm ×10)
-
Input Voltage: 110–127VAC ±10% 60Hz / 220–240VAC ±10% 50Hz switchable
-
Dimensions: 334×95×258mm
-
Weight: 2.5kg
| Solderless breadboard: | 1660 tie points nickel plated contact, supports DIP sizes and AWG #22/#23 pins (~0.6mm) |
| DC Power Supply: | +12V/0.5A, +5V/0.5A, short‑circuit and over‑current protected |
| Variable DC: | 0~+5V reference output |
| Digital Oscillators | (5V/3.3V): 1Hz, 10Hz, 100Hz, 1kHz, 10kHz, 100kHz |
| Switches | Twelve bits data switches (5V/3.3V) |
| LED | Twelve bits LED display |
| 7‑segment LED | Two digits of 7‑segment LED display (common anode type) |
| DC Converter: | 2×5V–3.3V bidirectional settable |
| Experiment manual | (CD‑ROM) |
| Accessories: | Power cord, pin leads (10cm ×20, 20cm ×10, 30cm ×10) |
| Input Voltage: | 110–127VAC ±10% 60Hz / 220–240VAC ±10% 50Hz switchable |
| Dimensions: | 334×95×258mm |
| Weight: | 2.5kg |
CPLD (complex programmable logic device) is a device developed from PAL and GAL. It is a digital integrated circuit with large and complex structure that users construct logic functions according to their needs. Users can use the development suit to create digital system with schematic diagram or hardware description language.
CPLD can be used in almost all scenes which use small or medium scale universal digital integrated circuits. CPLD devices have become an indispensable part of electronic products, design and using it have become a necessary skill for students of electronic specialty and electronic engineers.
MCP has developed a M21‑CPLD01 CPLD training system to help students and engineers to learn and master the basic CPLD programming skills and be familiar with the download methods of burn‑in files. This system supports on‑board simulation testing and debugging which can easily verify the correctness of the program. This system provides each module an example program, users can use directly or modify it for their own program, reducing the difficulty of development.
Features
-
High grade, high quality CPLD training device
-
Developed with EPM240T100C5N
-
Experiment various basic experiments of CPLD
-
Combined with breadboard, can also do various extended experiments or more complex digital logic circuit experiments
-
2mm high‑strength panel, double‑sided PCB with more than 130 self‑locking sockets fitting AWG#22 and #23 pins (about 0.6mm)
-
Use USB‑Blaster for programming, support plug and play functionality
-
Classic MCP housing case
Main Installed Components
-
CPLD EPM240T100C5N with 100 DIP pins and 100 big spacing pins
-
Solderless breadboard: 1660 tie points nickel plated contact, supports DIP sizes and AWG #22/#23 pins (~0.6mm)
-
DC Power Supply: +12V/0.5A, +5V/0.5A, short‑circuit and over‑current protected
-
Variable DC: 0~+5V reference output
-
Digital Oscillators (5V/3.3V): 1Hz, 10Hz, 100Hz, 1kHz, 10kHz, 100kHz
-
Twelve bits data switches (5V/3.3V)
-
Twelve bits LED display
-
Two digits of 7‑segment LED display (common anode type)
-
DC Converter: 2×5V–3.3V bidirectional settable
-
Experiment manual (CD‑ROM)
-
Accessories: Power cord, pin leads (10cm ×20, 20cm ×10, 30cm ×10)
-
Input Voltage: 110–127VAC ±10% 60Hz / 220–240VAC ±10% 50Hz switchable
-
Dimensions: 334×95×258mm
-
Weight: 2.5kg
The M21‑CPLD01 CPLD Training System is a professional educational platform designed for mastering CPLD programming and digital logic design. Built around the EPM240T100C5N device, it supports schematic and HDL development, on‑board simulation, and debugging. With integrated breadboard, DC power supplies, oscillators, data switches, LED displays, and USB‑Blaster programming, it provides a complete environment for students, teachers, and engineers to experiment with programmable logic and digital circuits. Compact and reliable, the M21‑CPLD01 is ideal for classrooms, labs, and prototype development.
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