搜索资源列表
postMeas
- collect measment for hspice
New-Folder
- Cadence User Manual contents: Introduction to Cadence. Basic Features Schematic Edition and Circuit Simulation with Cadence DFWII and Spectre / Hspice,Affirma Schematic Edition and Simulation of an OTA Layout E
digitalic
- 数字IC设计中对与非，或非，SR的vtc特性曲线的仿真HSPICE程序-Digital IC design with non, non, SR characteristics of vtc HSPICE simulation program
HSPICENetlist
- 描述如何使用 HSPICE以及如何写网表，HSPICE网表轻松入门-Describes how to use and how to write using the HSPICE netlist, HSPICE netlist ease of entry
inverter422
- 延时小，功耗小的反相器链设计。HSPICE 仿真网单，。25um工艺-less delay ,low power consumption.
OTA
- 一个>80db GBW>50MHZ 的cascode 一级低功耗放大器设计hspice设计详细网单。-OTA >80db GBW>50MHZ amplifier with cascode!
final
- 一个三级运放，可以切换为一两级使用。第三极大于600MHZ的GBW hspice仿真 -a good three stage amplifier with stage change
HSPCIE
- Hspice 使用说明，关于在WINDOW linux下的Hspice使用方法-Hspice manual
alm124
- 关于Hspice的仿真实例源码，器件、导线buffer-Example about Hspice simulation,concerning device.wire and buffer
HSPICE2010-from-BJ
- 北京大学Hspice教程，简单、实用，适合初学者，精！-Hspice Course from Peking University(PKU)
static_adderPPPPP
- 用Hspice 语言建立一个Kogge_Stone 的树形加法器-use Hspice to design a static adder
11
- HSPICE 全加全减器设计 带波形仿真文件 超大规模集成电路设计-HSPICE full adder full subtracter design with VLSI design of the simulation waveform files
shixu
- hspice进行时序逻辑设计 附带要求 源代码（经仿真）以及完成的实验报告-hspice timing logic design comes to source code (via simulation) and the completion of the experimental report
HSPICE_CMOSedu
- 模拟集成电路HSPICE网表文件，书籍为CMOS集成电路设计-Analog integrated circuit HSPICE netlist file
bjt-model-and-parameters
- bjt 模型和参数说明 方便在hspice软件下自建model进行电路仿真-bjt model and parameters to facilitate self-built model in hspice software for circuit simulation
vlsi-project-three-phase
- vlsi project three phase with Hspice software
OTA_Hspice
- OTA Hspice code Current Driven Bulk
tsmc250nm
- TSMC 250nm techfile + models for HSpice
tsmc18rf_models
- TSMC 0.18 rf models for Hspice simulation
fanxiangqi
- 基于hspice反相器链的设计，包括反相器链的延时，功耗的优化等-Based on the design of the the HSPICE inverter chain, including the inverter chain delay, power consumption optimization, etc.