Fairchild manuals, page 51
FAIRCHILD RC4200 Analog Multiplier handbook
This document describes the features and characteristics of the RC4200 analog multiplier, including high accuracy, nonlinearity compensation, multiple functions, wide bandwidth, and signal-to-noise ratio. The multiplier is suitable for applications such as low distortion audio modulation circuits, voltage-controlled active filters, and precision oscillators.
FAIRCHILD RC4156/RC4157 handbook(1)
Search for RC4156/RC4157 suppliers
FAIRCHILD RC4190 handbook
query RC4190AM supplier
FAIRCHILD RC4191/RC4192/RC4193 handbook
This document is about the supplier query for RC4191D/883. It describes the features and characteristics of the product.
FAIRCHILD A4151/ A7151 handbook
RC4151 is a power management IC from ON Semiconductor.
FAIRCHILD RC4152 handbook
The RC4152 is a voltage-to-frequency converter that operates on a single supply. It features single supply operation, programmable scale factor, high noise rejection, and can be used in precision voltage-to-frequency converters, pulse-width modulators, programmable pulse generators, and more.
FAIRCHILD RC4153 handbook
This document is an electronic document from ICminer.com Electronic-Library Service, Copyright 2003. The document provides information on suppliers of RC4153D.
FAIRCHILD RC4156/RC4157 High Performance Quad Operational Amplifiers handbook
The RC4156 and RC4157 are monolithic integrated circuits, consisting of four independent high-performance operational amplifiers constructed with an advanced epitaxial process. These amplifiers feature improved AC performance which far exceeds that of the 741 type amplifiers. Also featured are excellent input characteristics and low noise, making this device the optimum choice for audio, active filter, and instrumentation applications.
FAIRCHILD VCX Family Introduction handbook
VCX is the industry’s first low voltage logic family optimized for 2.5V performance. VCX provides the fastest 3.3V CMOS performance and the fastest 2.5V performance available. VCX is specified from 1.65V–3.6V, offering a broad operating range and provides over voltage tolerance to 3.6V for mixed voltage operation. VCX is ideal for high speed on-board buffering applications.
FAIRCHILD AN-8039 Using the FDDS100H06_F085 in Automotive Systems handbook
This document describes the application background and features of FDDS100H06_F085 in automotive systems. FDDS100H06_F085 is a smart high-side switch designed to drive medium power electrical loads and provide diagnostic feedback with a microprocessor-compatible logic level interface.
Fairchild Switch Product Feature Matrix handbook
This document introduces the features of Fairchild's various switch products, including standard, undervoltage protection, cascading, series resistance, and precharging.
FAIRCHILD AN-376 Logic-System Design Techniques Reduce Switching-CMOS Power handbook
This application note describes how to use high-speed CMOS ICs to design low-power logic circuits.
FAIRCHILD CMOS Oscillators handbook
CMOS Oscillators INTRODUCTION This note describes several square wave oscillators that can be built using CMOS logic elements. These circuits offer the following advantages: Guaranteed startability Relatively good stability with respect to power supply variations Operation over a wide supply voltage range (3V to 15V) Operation over a wide frequency range from less than 1 Hz to about 15 MHz Low power consumption Easy interface to other logic families and elements in- cluding TTL Several RC oscillators and two crystal controlled oscillators are described. The stability of the RC oscillator will be suffi- cient for the bulk of applications; however, some applications will probably require the stability of a crystal. Some applica- tions that require a lot of stability are: 1. Timekeeping over a long interval. A good deal of stability is required to duplicate the performance of an ordinary wrist watch (about 12 ppm). This is, of course, obtain- able with a crystal. However, if the time interval is short and/or the resolution of the timekeeping device is rela- tively large, an RC oscillator may be adequate. For ex- ample: if a stopwatch is built with a resolution of tenths of seconds and the longest interval of interest is two min- utes, then an accuracy of 1 part in 1200 (2 minutes x 60 seconds/minute x 10 tenth/second) may be acceptable since any error is less than the resolution of the device. 2. When logic elements are operated near their specified limits
FAIRCHILD Comparison of MM74HC to 74LS 74S 74ALS Logic handbook
This document introduces the features and characteristics of the MM54HC/MM74HC family of high-speed logic components. This family of components offers a unique combination of speed and power characteristics that are not found in bipolar logic families or any other CMOS family. It has operating speeds similar to low power Schottky (54LS/74LS) technology, but is approximately half as fast as the 54ALS/74ALS and 54S/74S logic. Compared to CD4000 and 54C/74C, it provides an order of magnitude improvement in speed by utilizing an advanced 3.5 micron silicon gate-recessed oxide CMOS process. Additionally, the MM54HC/MM74HC family retains all the advantages of older metal gate CMOS and provides the functions and pin outs of the popular 54LS/74LS series logic components, as well as several special functions not previously implemented in CD4000 or 54LS/74LS.
FAIRCHILD AC Characteristics of MM74HC High Speed CMOS handbook
MM74HC is a high-speed CMOS with high speed, low power consumption and strong anti-interference ability.
