AN INTERSIL Search Results

intersil crystal clock ic

Abstract: "Real Time Clocks" AN138 VT-200 X1226 X1227 X1228
Contextual Info: Programmable On-Chip Oscillator Compensation Application Note What is an On-Chip Oscillator Compensation? April 27, 2005 AN138.0 TABLE 1. DIGITAL TRIMMING REGISTER DTR DTR2 DTR1 TR0 PPM An on-chip oscillator compensation is an additional feature on Intersil’s real time clocks. It allows the real time clock to

Contextual Info: Technical Brief 500 Computing Power Reference Design Adaptation Guide Abstract The goal of this design guide is to aid in rapidly prototyping a new design on an Intersil evaluation board using an existing reference design provided from an application engineer as a starting point. This procedure will give a solid first pass of a new design with

implementation of fixed point IIR Filter

Contextual Info: An Introduction to Digital Filters Application Note Introduction [ /Title AN96 03 /Subject (An Introduction to Digital Filters) /Autho r () /Keywords (Intersil Corporation, semiconductor) /Creator () /DOCI NFO pdfmark [ /PageMode /Use- Digital Signal Processing (DSP) affords greater flexibility, higher

SLUP068

Abstract: IN 1612 R DIODE B180
Contextual Info: Application Note 1612 ISL6844 Reference Design: ISL6844EVAL3Z Introduction Where: This document focuses on Intersil’s solution for the flyback converter. An inexpensive approach with discrete circuitry has been adopted instead of an integrated solution. Low cost and

Contextual Info: Implementing an Analog Port for ISDN Using the HC5517 Application Note [ /Title AN96 36 /Subject (Implementing an Analog Port for ISDN Using the HC551 7) /Autho r () /Keywords (Intersil Corporation, HC551 7, ISDN, Integrated Services Digital Network, NT-1,

SM2210

Abstract: BAT46W DIODE 100V B180 814a VISHAY WL ZENER AN1612 BAT46W BAT54 BZT52C18 ISL6844
Contextual Info: Application Note 1612 Intersil ISL6844 Reference Design Introduction Where: This document focuses on Intersil’s solution for the flyback converter. An inexpensive approach with discrete circuitry has been adopted instead of an integrated solution. Low cost and optimal performance are the

AN-7518

Contextual Info: Use of Life Tested Parts Application Note May 1999 AN-7518 Author: J. E. Vinson, Ph. D. History eyrds terrpoon, minctor mniions vin, e t, lility, reeni eful , ant rtalfails, arou Product Assumptions This report addresses high reliability product from an Intersil

adjustable Q notch filter

Abstract: adjustable notch filter HA-2841 low frequency bandpass filter and application notch filter
Contextual Info: Adjustable Bandpass or Bandreject Filter HA-2841 Application Note June 1996 Introduction The filter described here has an easily adjustable center frequency, symmetrical skirts and an attenuation (gain) of -40(+40)dB at an octave either side of the center frequency

80287

Abstract: 80C286 74AC04 74AC08 74AC112 80C286-16 82C284 82C288 AC112 AN120
Contextual Info: Interfacing the 80C286-16 with the 80287-10 Application Note March 1997 AN120.1 Introduction An important requirement in many systems is the ability to off-load numeric data processing. In an 80C286 system, this can be accomplished with an 80287 numeric co-processor.

ad590 application

Abstract: AD590JH AD590 APPLICATIONS AD590 AD590I AD590IH AD590J AD590M ICL7611 ICL8069
Contextual Info: Intersil High-Reliabllity Products AD590 High Reliability 2-W ire Current Output Temperature Transducer GENERAL DESCRIPTION FEATURES The AD590 is an integrated-circuit temperature transduc­ er which produces an output current proportional to abso­ lute temperature. The device acts as a high impedance con­

AD590JH

Abstract: AD590 AD590I AD590IH AD590J AD590M ICL7106 ICL7611 ICL8069 29E2
Contextual Info: Intersil High-Reliability Products AD590 High Reliability 2 -W ire Current Output Temperature Transducer GENERAL DESCRIPTION FEATURES The AD590 is an integrated-circuit temperature transduc­ er which produces an output current proportional to abso­ lute temperature. The device acts as a high impedance con­

80287

Abstract: 74AC04 74AC08 74AC112 80C286 80C286-16 82C284 82C288 AN120
Contextual Info: Interfacing the 80C286-16 with the 80287-10 TM Application Note March 1997 AN120.1 Introduction An important requirement in many systems is the ability to off-load numeric data processing. In an 80C286 system, this can be accomplished with an 80287 numeric co-processor.

Contextual Info: ISL3856 Data Sheet Wireless LAN Access Point Controller The Intersil ISL3856 Wireless LAN Access Point Controller is part of Intersil’s Wireless LAN chip sets targeting Access Point applications. The ISL3856 Access Point Controller is an ARM940 core controller with an onboard MAC to Ethernet 10/100 Base T

HI5701

Abstract: MP7682
Contextual Info: Replacing An MP7682 With An HI5701 Technical Brief October 1993 TB323 Author: Phil Louzon In all but one case, the HI5701 is a pin compatible device to the MP7682 from Micro Power Systems. Pin 4 of the Micro Power part provides an internal zener diode that can be

AN1167

Abstract: ISL6296
Contextual Info: Implementing XSD Host Using a GPIO Application Note February 9, 2005 Introduction AN1167.0 external pull-up resistor pulls the bus voltage to high. Some microprocessors do not have an open-drain output. To deal with such an issue, the GPIO pin can be set as an input pin

Contextual Info: ISL59534 Data Sheet October 10, 2011 FN6249.7 32x16 Video Crosspoint Features The ISL59534 is a 300MHz 32x16 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

Contextual Info: Technical Brief 501 Computing Power Regulator Layout Checklist Abstract This document provides a checklist of important items and common pitfalls to go over during the layout of computing power regulators. The checklist should be used in conjunction with an internal design review as well as Intersil FAE and applications support to ensure an

ISL59530

Abstract: ISL59530IKZ ISL59530IRZ ISL59531 V356
Contextual Info: ISL59530 Data Sheet April 13, 2011 FN6220.8 16x16 Video Crosspoint Features The ISL59530 is a 300MHz 16x16 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

Contextual Info: ISL59532 Data Sheet October 26, 2011 FN7432.7 32x32 Video Crosspoint Features The ISL59532 is a 300MHz 32x32 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

Contextual Info: ISL59530 Data Sheet April 13, 2011 FN6220.8 16x16 Video Crosspoint Features The ISL59530 is a 300MHz 16x16 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

Contextual Info: ISL59534 Data Sheet October 10, 2011 FN6249.7 32x16 Video Crosspoint Features The ISL59534 is a 300MHz 32x16 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

Contextual Info: ISL59532 Data Sheet October 26, 2011 FN7432.7 32x32 Video Crosspoint Features The ISL59532 is a 300MHz 32x32 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

ISL59530

Abstract: ISL59530IKZ ISL59531 V356 OVER14
Contextual Info: ISL59530 Data Sheet June 12, 2006 FN6220.1 16x16 Video Crosspoint Features The ISL59530 is a 300MHz 16x16 Video Crosspoint Switch. Each input has an integrated DC-restore clamp and an input buffer. Each output has a fast On-Screen Display OSD switch (for inserting graphics or other video) and an output

AN1167

Abstract: ISL6296
Contextual Info: Implementing XSD Host Using a GPIO Application Note February 9, 2005 AN1167.0 Author: Chuck Wong Introduction external pull-up resistor pulls the bus voltage to high. Some microprocessors do not have an open-drain output. To deal with such an issue, the GPIO pin can be set as an input pin