EP1K30FI256-2N

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Mfr.Part #
EP1K30FI256-2N
Manufacturer
Altera (Intel)
Package / Case
256-BBGA
Datasheet
Download
Description
IC FPGA 171 I/O 256FBGA
Stock
2,005
In Stock :
2,005

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Manufacturer :
Altera (Intel)
Product Category :
FPGAs (Field Programmable Gate Array)
Mounting Type :
Surface Mount
Height Seated (Max) :
2.1mm
Moisture Sensitivity Level (MSL) :
3 (168 Hours)
Voltage - Supply :
2.375V~2.625V
Power Supplies :
2.52.5/3.3V
Series :
ACEX-1K®
JESD-30 Code :
S-PBGA-B256
JESD-609 Code :
e1
Width :
17mm
Propagation Delay :
0.4 ns
Base Part Number :
EP1K30
Terminal Pitch :
1mm
Surface Mount :
yes
Time@Peak Reflow Temperature-Max (s) :
40
Packaging :
Tray
ECCN Code :
EAR99
Clock Frequency :
37.5MHz
Terminal Position :
BOTTOM
Qualification Status :
Not Qualified
Number of LABs/CLBs :
216
RoHS Status :
RoHS Compliant
Reach Compliance Code :
Compliant
Output Function :
MIXED
HTS Code :
8542.39.00.01
Package / Case :
256-BBGA
Number of Outputs :
171
Terminal Form :
Ball
Number of I/O :
171
Length :
17mm
Operating Temperature :
-40°C~85°C TA
Total RAM Bits :
24576
Number of Terminations :
256
Number of Gates :
119000
Number of Inputs :
171
Peak Reflow Temperature (Cel) :
260
Programmable Logic Type :
LOADABLE PLD
Terminal Finish :
Tin/Silver/Copper (Sn/Ag/Cu)
Number of Logic Elements/Cells :
1728
Supply Voltage :
2.5V
Datasheets
EP1K30FI256-2N
Introducing FPGAs (Field Programmable Gate Array) Altera (Intel) EP1K30FI256-2N from Chip IC,where excellence meets affordability. This product stands out with its Mounting Type:Surface Mount, Base Part Number:EP1K30, Package / Case:256-BBGA, Operating Temperature:-40°C~85°C TA, Number of Terminations:256, EP1K30FI256-2N pinout, EP1K30FI256-2N datasheet PDF, EP1K30FI256-2N amp .Beyond FPGAs (Field Programmable Gate Array) Altera (Intel) EP1K30FI256-2N ,we also offer T35F400C3, T55F324C3, T120F324C3, Our vast inventory has you covered. Contact us now for immediate solutions.

Altera (Intel) EP1K30FI256-2N


FPGAs (Field Programmable Gate Array) Altera (Intel) EP1K30FI256-2N Overview

The EP1K30FI256-2N by Altera (Intel) is an advanced FPGA designed to meet the critical demands of modern digital circuits. This Field Programmable Gate Array offers a flexible and efficient solution for developers, allowing for high-speed, low-power consumption and robust performance in a compact 256FBGA package. It integrates seamlessly into various applications, providing a pivotal technology for developers and engineers aiming to accelerate product development and enhance functionality. As an FPGA, the EP1K30FI256-2N allows for on-the-fly reprogramming, which is vital for adaptive technologies and iterative testing. Its utility in complex digital environments makes it a premier choice for industries looking to optimize computational tasks and signal processing.

EP1K30FI256-2N Features

The EP1K30FI256-2N FPGA is notable for its 171 I/O pins, which provide extensive connectivity and interface options. This chip is housed in a 256FBGA package that ensures a minimal footprint on the system board while offering superior performance and reliability. Designed by Altera, now part of Intel, this component benefits from cutting-edge technology and manufacturing expertise, ensuring high levels of performance and durability.

EP1K30FI256-2N Applications

  • Telecommunications: Utilized in communication equipment, the EP1K30FI256-2N manages signal processing tasks efficiently, enhancing data transmission and reception quality.
  • Automotive Systems: Supports advanced driver-assistance systems (ADAS) by processing inputs from multiple sensors rapidly, improving vehicle safety and functionality.
  • Consumer Electronics: Applied in devices such as smartphones and tablets, this FPGA handles complex graphical and data processing tasks, ensuring smooth user experiences.
  • Industrial Automation: Crucial in control systems, the EP1K30FI256-2N enhances process efficiency and reliability through sophisticated control algorithms and real-time processing capabilities.
  • Medical Devices: Used in medical imaging systems, it helps in the fast processing of complex imaging data, contributing to more accurate diagnostics and treatment planning.
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