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CY7C346(B)

更新时间: 2024-10-05 12:49:35
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赛普拉斯 - CYPRESS /
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6页 87K
描述
Multiple Array Matrix High-Density EPLDs

CY7C346(B) 数据手册

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EPLD  
CY7C340 EPLD Family  
Multiple Array Matrix High-Density EPLDs  
CY7C342B. This allows the designer to replace 50 or more  
TTL packages with just one MAX EPLD. The family comes in  
a range of densities, shown below. By standardizing on a few  
MAX building blocks, the designer can replace hundreds of  
different 7400 series part numbers currently used in most dig-  
ital systems.  
Features  
• Erasable, user-configurable CMOS EPLDs capable of  
implementing high-density custom logic functions  
• 0.8-micron double-metal CMOS EPROM technology  
(CY7C34X)  
The family is based on an architecture of flexible macrocells  
grouped together into Logic Array Blocks (LABs). Within the  
LAB is a group of additional product terms called expander  
product terms. These expanders are used and shared by the  
macrocells, allowing complex functions of up to 35 product  
terms to be easily implemented in a single macrocell. A Pro-  
grammable Interconnect Array (PIA) globally routes all signals  
within devices containing more than one LAB. This architec-  
ture is fabricated on the Cypress 0.8-micron, double-lay-  
er-metal CMOS EPROM process, yielding devices with signif-  
icantly higher integration, density and system clock speed than  
the largest of previous generation EPLDs. The CY7C34XB de-  
vices are 0.65-micron shrinks of the original 0.8-micron family.  
The CY7C34XBs offer faster speed bins for each device in the  
Cypress MAX family.  
• Advanced 0.65-micron CMOS technology to increase  
performance (CY7C34XB)  
• Multiple Array MatriX architecture optimized for speed,  
density, and straightforward design implementation  
— Programmable Interconnect Array (PIA) simplifies  
routing  
— Flexible macrocells increase utilization  
— Programmable clock control  
— Expander product terms implement complex logic  
functions  
General Description  
The Cypress Multiple Array Matrix (MAX®) family of EPLDs  
provides a user-configurable, high-density solution to gener-  
al-purpose logic integration requirements. With the combina-  
tion of innovative architecture and state-of-the-art process, the  
MAX EPLDs offer LSI density without sacrificing speed.  
The density and performance of the CY7C340 family is ac-  
cessed using Cypress’s Warp™, Warp Professional™, or  
Warp Enterprise™ design software. Warp provides  
state-of-the-art synthesis, fitting, simulation and other devel-  
opment tools at a very low cost. Warp Professional or Warp  
Enterprise are sophisticated CAE tool that include behavior-  
al simulation, graphical waveform editing and more. Consult  
the datasheets for Warp, Warp Professional and Warp Enter-  
prise™ for more information about these development tools.  
The MAX architecture makes it ideal for replacing large  
amounts of TTL SSI and MSI logic. For example, a 74161  
counter utilizes only 3% of the 128 macrocells available in the  
CY7C342B. Similarly, a 74151 8-to-1 multiplexer consumes  
less than 1% of the over 1,000 product terms in the  
Max Family Members  
Feature  
Macrocells  
CY7C344(B)  
CY7C343(B)  
CY7C342B  
128  
CY7C346(B)  
CY7C341B  
192  
32  
64  
64  
128  
MAX Flip-Flops  
32  
128  
128  
192  
[1]  
MAX Latches  
64  
23  
128  
35  
256  
256  
384  
[2]  
MAX Inputs  
59  
84  
64  
71  
MAX Outputs  
Packages  
16  
28  
52  
64  
28H,J,W,P  
44H,J  
68H,J,R  
84H,J 100R,N  
84H,J,R  
Key: P—Plastic DIP; H—Windowed Ceramic Leaded Chip Carrier; J—Plastic J-Lead Chip Carrier; R—Windowed Pin Grid Array;  
W—Windowed Ceramic DIP; N—Plastic Quad Flat Pack  
Notes:  
1. When all expander product terms are used to implement latches.  
2. With one output.  
PAL is a registered trademark of Advanced Micro Devices.  
MAX is a registered trademark of Altera Corporation.  
FLASH370, Warp, Warp Professional, and Warp Enterprise are trademarks of Cypress Semiconductor Corporation.  
Cypress Semiconductor Corporation  
3901 North First Street  
San Jose  
CA 95134  
408-943-2600  
July 19, 2000  

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