LCMXO640C-4M132C
- Mfr.Part #
- LCMXO640C-4M132C
- Manufacturer
- Lattice Semiconductor
- Package / Case
- 132-LFBGA, CSPBGA
- Datasheet
- Download
- Description
- IC FPGA 101 I/O 132CSBGA
- Stock
- 36,195
- In Stock :
- 36,195
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- Manufacturer :
- Lattice Semiconductor
- Product Category :
- FPGAs (Field Programmable Gate Array)
- Time@Peak Reflow Temperature-Max (s) :
- 30
- Package / Case :
- 132-LFBGA, CSPBGA
- Peak Reflow Temperature (Cel) :
- 240
- Memory Type :
- SRAM
- Supply Voltage :
- 1.8V
- Number of Macro Cells :
- 320
- Moisture Sensitivity Level (MSL) :
- 3 (168 Hours)
- Height Seated (Max) :
- 1.35mm
- Voltage - Supply :
- 1.71V~3.465V
- ECCN Code :
- EAR99
- Mount :
- Surface Mount
- Additional Feature :
- IT CAN ALSO OPERATE AT 2.5V AND 3.3V
- Propagation Delay :
- 4.2 ns
- Terminal Pitch :
- 0.5mm
- Packaging :
- Tray
- Base Part Number :
- LCMXO640
- Mounting Type :
- Surface Mount
- Number of Pins :
- 132
- Series :
- MachXO
- Number of Terminations :
- 132
- Length :
- 8mm
- Reach Compliance Code :
- not_compliant
- HTS Code :
- 8542.39.00.01
- Width :
- 8mm
- Number of LABs/CLBs :
- 80
- Max Frequency :
- 550MHz
- Qualification Status :
- Not Qualified
- RoHS Status :
- Non-RoHS Compliant
- Terminal Position :
- BOTTOM
- Terminal Form :
- Ball
- Number of Outputs :
- 101
- Terminal Finish :
- Tin/Lead (Sn63Pb37)
- Number of Dedicated Inputs :
- 7
- Programmable Logic Type :
- FLASH PLD
- Number of I/O :
- 101
- Operating Supply Current :
- 17mA
- JESD-609 Code :
- e0
- Published :
- 2013
- Nominal Supply Current :
- 17mA
- Operating Supply Voltage :
- 3.3V
- Pbfree Code :
- No
- Operating Temperature :
- 0°C~85°C TJ
- Lead Free :
- Lead Free
- Number of Logic Elements/Cells :
- 640
- Pin Count :
- 132
- Output Function :
- MACROCELL
- Number of Logic Cells :
- 640
- Datasheets
- LCMXO640C-4M132C

FPGAs Lattice Semiconductor LCMXO640C-4M132C Overview
The LCMXO640C-4M132C from Lattice Semiconductor is a highly versatile Field Programmable Gate Array (FPGA) designed for advanced applications that require a flexible, high-performance logic solution. This component is ideal for developers looking to implement custom digital logic without the cost and lead time associated with custom ASIC development. Utilizing the FPGA's 101 programmable I/O pins and housed in a compact 132-CSBGA package, it offers ample flexibility in a small footprint, making it a preferred choice for space-constrained applications. The FPGA's programmability enables rapid prototyping and adjustments in development cycles, ensuring that your project stays on the cutting edge while reducing time to market.
LCMXO640C-4M132C Features
The Lattice Semiconductor LCMXO640C-4M132C FPGA is equipped with 640 logic cells that support a wide range of digital logic designs. This device's features include a robust I/O interface capable of handling various signal standards, a programmable sysI/O bank that ensures versatility in connectivity, and an efficient power management system that reduces the overall power consumption. Its small package size, combined with a high logic capacity, makes it particularly suitable for creating complex, integrated designs in constrained spaces.
LCMXO640C-4M132C Applications
- Consumer Electronics: Applied in smart home devices, such as advanced lighting systems and home automation controllers, where multiple I/O interfaces and adaptable logic are crucial.
- Automotive Applications: Utilized in automotive infotainment systems and advanced driver-assistance systems (ADAS) where reliability and the ability to perform multiple functions simultaneously are key.
- Telecommunications: Serves in communication infrastructure, including routers and switches, where high-speed logic and processing are needed to manage data flow efficiently.
- Industrial Automation: Employed in control systems and robotics where programmable logic allows for rapid changes to processing algorithms based on variable factory conditions.
- Healthcare Devices: Used in medical imaging systems and monitoring devices where precision and the ability to process complex algorithms are essential for device functionality and patient safety.
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