The A3PN250-VQG100 is a small, energy-efficient FPGA device from the ProASIC3L Nano series developed by Microsemi (now part of Microchip Technology). This device is specifically designed for applications that require efficient power consumption, non-volatile memory, and secure logic implementation. It supports flash memory configuration and instant start-up, making it suitable for use in industrial, consumer electronics, automotive, and portable electronic devices.
It is a cost-effective solution that combines the flexibility of programmable logic, performance, and power consumption characteristics required for embedded systems.
Technical specifications
Device series ProASIC3L Nano (A3PN)
Device name A3PN250
Number of system gates ~250,000 gates
Logic unit (chip) 6,144
Built-in RAM 24 kB
User inputs/outputs Maximum 68
Package VQG100 – 100-pin TQFP
Core voltage 1.2 V
Supported input/output voltage 1.2 V, 1.5 V, 1.8 V, 2.5 V, 3.3 V
Speed class -1
Operating temperature -40 °C to +85 °C (industrial temperature)
Configuration Flash memory (non-volatile, instant start)
🔗 Product page ProASIC3L Nano – Microchip
Key features
- ✅ Non-forgettable flash memory configuration — no external configuration memory required
- ✅ Instant start-up — device is ready for operation within fractions of a second after power-up
- ✅ Low power consumption in sleep and operating modes – suitable for portable or battery-powered devices
- ✅ Immediate start-up (LAPU), suitable for biometric control paths
- ✅ FlashLock® technology, which guarantees configuration security and intellectual property protection
- ✅ Single-chip solution simplifies board design and reduces the bill of materials (BOM)
A3PN250-VQG100 Applications
- Industrial automation and monitoring
The A3PN250 is suitable for low-power logic functions, including:
- programmable I/O expansion boards
- sensor controllers and triggers
- real-time decision-making systems
Thanks to its small size and low electromagnetic interference (EMI), it is suitable for use in high-density printed circuit boards (PCBs).
- Consumer electronics and portable devices
Thanks to its low power consumption during operation and standby mode, it is typically used in:
- battery-powered devices
- wearable devices and portable electronic devices
- control units for smart homes and remote user interfaces
The TQFP package facilitates their integration into compact designs.
- Automotive subsystems
Specially designed for safe and reliable operation, suitable for use in:
- Drive control systems
- Intelligent dashboards and instrument clusters
- In-car information and entertainment systems and network logic
A wide input/output voltage range simplifies connection to automotive components with mixed signals.
- Secure embedded applications
Thanks to integrated FlashLock® security technology, it supports:
- tamper and copy protection
- secure operating logic
- IP signal path management
This makes it the ideal choice for access control, smart cards, and connected devices.
- Medical and measurement equipment
In medical and measurement equipment, this FPGA offers the following features:
- Bridge interface and input/output assignment
- Real-time signal processing
- Security protocol logging and communication control
This product is very popular in applications that require system availability and data security.
Why choose DRex Electronics to purchase the A3PN250-VQG100?
As DRex Electronics (), we provide integrated developers, original equipment manufacturers, and global manufacturers with high-performance, rare, and long-lasting components such as the A3PN250-VQG100.
Reasons to choose DRex:
- ✅ Access to Microchip FPGA products such as ProASIC3L, IGLOO, and SmartFusion
- ✅ ISO 9001-certified purchasing process to ensure traceability throughout the entire process
- 📦 Global delivery and special secure handling of sensitive programmable chips
- 🔧 Technical support: migration of old systems, harmonization of material lists, and purchase of security components
- 🌍 Our services cover areas such as aerospace, aviation, healthcare, telecommunications, and industrial control
