Datasheet Linear Technology LTC4260ISW#PBF — Ficha de datos

Fabricante	Linear Technology
Serie	LTC4260
Numero de parte	LTC4260ISW#PBF

Controlador de intercambio en caliente de alto voltaje positivo con monitoreo compatible con IВІC

Hojas de datos

PDF, 302 Kb, Revisión: C, Archivo subido: oct 25, 2017

Extracto del documento

Embalaje

Package	SW-24
Package Code	SW
Package Index	05-08-1620 (SW24)

Paramétricos

ADC	8-bit
Active Limiting	yes
Circuit Breaker Accuracy	10 %
Circuit Breaker Threshold	50mV
Circuit Breakers	1
Demo Boards	DC786A
Design Tools	LTspice Model,Linduino File
Export Control	no
Fault Output	yes
Features	8-bit ADC, Digital Interface
Foldback	yes
In-Rush Current	Active
Isupply	2 mA
OV	yes
Operating Temperature Range	-40 to 85 °C
Power Good Output	yes
Reset Output	no
Sequencing	no
UV	yes
Vin Range	8.5V to 80V

Plan ecológico

RoHS

Obediente

Notas de Diseño

Descargar
Protecting and Monitoring Hot Swappable Cards in High Availability Systems &mdash DN360
PDF, 69 Kb, Archivo publicado: feb 7, 2005
Extracto del documento
Protecting and Monitoring Hot Swappable Cards in High
Availability Systems вЂ“ Design Note 360
David Soo
Introduction
Mission critical systems, such as those used by
п¬Ѓnancial institutions and internet providers, require
high availability computing equipment. These systems
duplicate or make redundant certain functional blocks
in the system. This allows the system to operate on
the backup elements when blocks fail. High availability
systems typically place these blocks into separate cards
that can be swapped out if they fail or show signs of
trouble. This requires sophisticated monitoring to
determine when a functional block has failed and if a
back-up is operating.
Redundant Power
Often the reliability of the power distribution is improved
by providing two supplies to each card. Each supply
is fuse protected and then diode ORвЂ™ed to form one
supply rail for the card. To further increase reliability,
the voltage and current information is monitored for
power usage and usage history. This allows the system
to determine if the card is using its allotted power or …

Artículos

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Hot Swap for High Availability Systems &mdash LT Journal
PDF, 266 Kb, Archivo publicado: marzo 25, 2005
Extracto del documento
DESIGN FEATURES Hot Swap for High Availability Systems
by David Soo Introduction
Critical computer, mass storage and
communication systems are designed
to operate with zero down time, or to
at least approach that ideal. Such
high availability systems must continue functioning even when system
upgrades and maintenance are performed. Often this requires circuit
boards be inserted into, and removed
from, a live powered system.
Hot swapping requires a power
switch to initially isolate and then
control inrush current via a controlled
ramp up of power, which prevents
any disturbance to the backplane
and adjacent circuits. Because the
Hot Swap circuit is the gateway for
all board power, it is a natural place
to monitor and collect power supply
data. Such data reveals the health
of the board and the integrity of the
power path.
With this in mind, the LTC4260 …

Linea modelo

Serie: LTC4260 (12)

LTC4260CGN#PBF LTC4260CGN#TRPBF LTC4260CSW#PBF LTC4260CSW#TRPBF LTC4260CUH#PBF LTC4260CUH#TRPBF LTC4260IGN#PBF LTC4260IGN#TRPBF LTC4260ISW#PBF LTC4260ISW#TRPBF LTC4260IUH#PBF LTC4260IUH#TRPBF

Clasificación del fabricante

Monitor, Control and Protection > Hot Swap Controllers > High Voltage Hot Swap Controllers

Otros nombres:

LTC4260ISWPBF, LTC4260ISW PBF

Contactos