AGLN250V2-VQ100I is an industrial ultra-low-power Flash FPGA from Microchip (formerly Atmel) IGLOO nano family, fabricated on 130nm Flash CMOS process, with equivalent 250,000 system gates and 2048 logic elements, housed in 100-pin VQFP SMD package. Equipped with proprietary Flash\*Freeze ultra-low-power sleep technology, it retains logic design permanently after power-off without external configuration Flash. The core supports low 1.2V/1.5V supply voltage, maximum operating frequency up to 250MHz, integrating 8 dual-port Block RAMs (total 36Kbit) and configurable PLL clock generators. Four independent I/O banks support mixed voltage levels from 1.2V to 3.3V. Industrial temperature range covers -40℃ ~ +100℃, with built-in 128-bit AES encryption for design security. It targets battery-powered portable devices, industrial data acquisition, automotive interior modules and compact communication boards, deployed for interface bridging, timing logic, signal filtering and data pre-processing low-power programmable logic applications. Suffix Definition: AGLN250 = 250k system gate IGLOO nano; V2 = 2nd generation process; VQ100 = 100-pin VQFP package; I = Industrial temperature grade (-40~+100℃)

1. Manufacturer: Microchip Technology Inc. (Former Atmel) 2. Device Type: Low-Power Flash Field Programmable Gate Array (FPGA) 3. Logic Resource: 2048 VersaTile logic elements, equivalent 250,000 system gates 4. Total Registers: 6144 on-chip flip-flops 5. Memory Resource: 8 independent dual-port Block RAMs, total capacity 36Kbit 6. Global Clock: 18 low-skew global clock networks, integrated CCC/PLL phase-locked loop 7. User I/O: 68 programmable I/O pins, divided into 4 independent voltage banks 8. I/O Voltage Standards: LVCMOS/LVTTL at 1.2V/1.5V/1.8V/2.5V/3.3V 9. Core Supply Voltage: 1.2V (low-power mode) / 1.5V (high-performance mode) 10. Max Operating Frequency: 250MHz @1.5V core; 160MHz @1.2V core 11. Configuration Memory: On-chip Flash, logic retained after power loss, no external config ROM required 12. Security Encryption: 128-bit hardware AES encryption, JTAG ISP design protection 13. Low-Power Mode: Flash\*Freeze sleep mode with microampere-level leakage current 14. Package Form: VQFP-100 (14×14mm body, 0.5mm pin pitch) 15. Temperature Grade: Industrial grade, operating range -40℃ ~ +100℃ 16. Process Node: 130nm 7-metal-layer Flash CMOS technology 17. Compliance: RoHS lead-free, halogen-free

1. Proprietary Flash\*Freeze Ultra-Low-Power Technology Microampere-level standby leakage in sleep mode, logic design fully retained in on-chip Flash without reloading after wake-up, drastically extending battery life for portable equipment; microsecond-level fast mode switching between active and sleep state. 2. All-in-one single-chip design, eliminating external configuration memory FPGA logic is stored in on-board Flash, auto-loaded instantly at power-up; no external SPI Flash/PROM required, simplifying PCB layout and cutting total BOM cost. 3. Multi-bank mixed-voltage I/O for heterogeneous systems Four independent I/O voltage domains support simultaneous connection with 3.3V sensors, 1.8V MCUs and 1.2V high-speed interfaces, removing extra level-shift ICs for seamless inter-chip communication. 4. On-chip 128-bit AES hardware encryption for IP protection Hardware AES engine encrypts JTAG programming link, internal logic cannot be extracted via debug port, fully protecting proprietary algorithm and design intellectual property. 5. Abundant embedded memory & clock resources 8 independent dual-port RAM blocks implement FIFO, data buffer and lookup tables; integrated PLLs generate multi-channel asynchronous clocks for cross-clock-domain synchronization, frequency multiplication & division. 6. Wide industrial temperature robustness with high EMC immunity Continuous stable operation from -40℃ to +100℃, all I/Os equipped with ESD protection and noise suppression filters, suitable for outdoor industrial, automotive interior and portable field test equipment. 7. Flexible programmable logic to replace discrete components Integrates functions including level translation, serial protocol bridge, ti

1. Battery-powered portable measurement & control devices Handheld signal testers, portable data loggers, wireless sensor nodes, low-power field acquisition terminals 2. Industrial automation control boards PLC remote IO expansion modules, servo encoder signal pre-processing, industrial 485/CAN protocol bridges, multi-channel PWM generator cards 3. Automotive interior low-voltage control units Auxiliary logic for in-car lamp/window ECU, vehicle instrument signal converter, infotainment interface extender (only for interior ≤100℃ environment; AURIX automotive FPGA required for engine compartment) 4. Compact communication & network hardware Serial-to-Ethernet protocol converter, timing buffer for industrial fiber transceivers, multi-channel differential signal relay boards 5. Portable medical equipment Signal filtering for portable patient monitors, medical sensor data pre-processing, low-power medical acquisition control boards 6. Consumer smart hardware Logic controller for smart locks, portable audio signal processing, compact smart home gateway interface bridging