XC3195A-3PCG84C -Internet of Things -Medical Equipment

XC3195A-3PCG84C ApplicationField

-Artificial Intelligence
-Industrial Control
-Cloud Computing
-Consumer Electronics
-Wireless Technology
-Medical Equipment
-5G Technology
-Internet of Things

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XC3195A-3PCG84C FAQ Chips 

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A: In FPGA/CPLD design tools, Xilinx’s Vivado Design Suite is easy to use, it is very user-friendly in synthesis and implementation, and it is easier to use than ISE design tools; The specific choice depends on personal habits and functional requirements to specifically select a more suitable match. You can search and download through the FPGA resource channel.

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ICs XC3195A-3PCG84C Features

– TTL or CMOS input thresholds
• Unlimited reprogrammability
• Ideal for a wide range of custom VLSI design tasks
– Avoids the NRE, time delay, and risk of conventional masked gate arrays
– Over 20 different packages
– On-chip crystal oscillator amplifier
• High-performance CMOS static memory technology
• Ready for volume production
– System clock speeds over 80 MHz
– Standard, off-the-shelf product availability
• Extensive Packaging Options
– 100% factory pre-tested devices
– High fan-out signal distribution, low-skew clock nets
– Guaranteed toggle rates of 70 to 325 MHz, logic delays from 9 to 2.2 ns
– Compatible arrays ranging from 1,000 to 7,500 gate complexity
– Thin and Very Thin Quad Flat Pack (TQFP and VQFP) options
• Flexible FPGA architecture
– Easy design iteration
– Plastic and ceramic surface-mount and pin-grid· array packages
– Internal 3-state bus capabilities
– Integrates complete sub-systems into a single package
– Low quiescent and active power consumption
– In-system logic changes
– Extensive register, combinatorial, and 1/0 capabilities
– Replaces TTL, MSI, and other PLD logic

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Xilinx XC3195A-3PCG84C Overview

The CMOS XC3195A-3PCG84C of Logic Cell Array (LCA)
families provide a group of high-performance, high-density, digital integrated circuits. Their regular, extendable,
flexible, user-programmable array architecture is com·
posed of a configuration program store plus three types of
configurable elements: a perimeter of 1/0 Blocks (lOBs), a
core array of Configurable Logic Bocks (CLBs) and re·
sources for interconnection. The general structure of an
LCA device is shown in XC3195A-3PCG84C Diagram on the next page. The
XACT development system provides schematic capture
and auto place-and-route for design entry. Logic and
timing simulation, and in-circuit emulation are available as
design verification alternatives. The design editor is used
for interactive design optimization, and to compile the data
pattern that represents the configuration program.
The LCA user logic functions and interconnections are
determined by the configuration program data stored in
internal static memory cells. The program can be loaded in
any of several modes to accommodate various system
requirements. The program data resides externally in an
EEPROM, EPROM or ROM on the application circuit
board, or on a floppy disk or hard disk. On-chip initialization
logic provides for optional automatic loading of program
data at power-up. The companion XC17XX Serial
Configuration PROMs provide a very simple serial config·
uration program storage in a one-lime programmable

XC3195A-3PCG84C Tags integrated circuit

1. Xilinx XC3000 Series FPGAs development board
2. XC3195 reference design
3. XC3000 Series FPGAs XC3195
4. XC3000 Series FPGAs starter kit
5. XC3195A-3PCG84C Datasheet PDF
6. XC3195 evaluation board
7. XC3000 Series FPGAs evaluation kit
8. Xilinx XC3195
9. XC3000 Series FPGAs starter kit

Xilinx XC3195A-3PCG84C TechnicalAttributes

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