A 500-MHz and 60-dB Omega CMOS Transimpedance Amplifier Using the New Feedforward Stabilization Technique.
Shinya KawadaYasuhiro SugimotoPublished in: IEICE Trans. Electron. (2005)
Keyphrases
- feed forward
- high speed
- cmos technology
- back propagation
- nm technology
- neural nets
- neural network
- low power
- artificial neural networks
- power consumption
- recurrent neural networks
- biologically plausible
- neural architecture
- low cost
- adaptive neural
- hidden layer
- activation function
- artificial neural
- visual cortex
- spiking neurons
- power supply
- primate visual cortex
- error back propagation
- dynamic range
- image sensor
- genetic algorithm
- recurrent networks
- circuit design
- high frequency
- wide dynamic range
- infrared