PEEL18CV8芯片解密（破解）

有PEEL18CV8解密（破解）需求者请与世纪芯科技联系咨询解密详情，我们长期以来始终专注于各类疑难IC解密研究、芯片解密低成本方案研究等技术研究领域，可根据客户的具体需要为芯片提供高可靠性的解密方案。

关于PEEL18CV8芯片：

　　The PEEL18CV8 is available in 20-pin DIP, PLCC, SOIC and TSSOP packages with speeds ranging from 5ns to 25ns with power consumption as low as 37mA. EE-Reprogrammability provides the convenience of instant reprogramming for development and reusable production inventory minimizing the impact of programming changes or errors. EE-Reprogrammability also improves factory testability, thus assuring the highest quality possible.

The PEEL18CV8 architecture allows it to replace over 20 standard 20-pin PLDs (PAL, GAL, EPLD etc.). It also provides additional architecture features so more logic can be put into every design. ICT’s JEDEC file translator instantly converts to the PEEL18CV8 existing 20-pin PLDs without the need to rework the existing design. Development and programming support for the PEEL18CV8 is provided by popular third-party programmers and development software.ICT also offers free PLACE development software and a low-cost development system (PDS-3).

 

　　PEEL18CV8 Features：

　　Multiple Speed Power, Temperature Options

　　- VCC = 5 Volts ±10%

　　- Speeds ranging from 5ns to 25 ns

　　- Power as low as 37mA at 25MHz

　　- Commercial and industrial versions available

　　CMOS Electrically Erasable Technology

　　- Superior factory testing

　　- Reprogrammable in plastic package

　　- Reduces retrofit and development costs

　　Development / Programmer Support

　　- Third party software and programmers

　　- ICT PLACE Development Software and PDS-3 programmer

　　- PLD-to-PEEL JEDEC file translator Architectural Flexibility

　　- Enhanced architecture fits in more logic

　　- 74 product terms x 36 input AND array

　　- 10 inputs and 8 I/O pins

　　- 12 possible macrocell configurations

　　- Asynchronous clear

　　- Independent output enables

　　-- 20 Pin DIP/SOIC/TSSOP and PLCC

　　Application Versatility

　　- Replaces random logic

　　- Super sets PLDs (PAL, GAL, EPLD)

　　- Enhanced Architecture fits more logic than ordinary PLDs