DSP-4000 Series
Users Manual
2
test connections, 2-12, 3-3
test standard selection, 2-32
Battery
charging, 2-4
lithium, 8-3
NiMH
removal and replacement, 8-2
when to replace, 8-2
power-down timer, 2-40
status messages, 2-42
Beeper, enabling/disabling, 2-40
—C—
Cable
basic troubleshooting, 7-27
configuring a custom test, 6-4
construction, coaxial and twisted pair, 7-1
identifying hub port connections, 4-22
interface for PC, 8-21
interface for printing, 5-2
pin connections for 568 standard, 7-3
Cable adapter. See link interface adapter
Cable ID, changing, 3-29, 5-6
Cable ID, incrementing, 2-34
Cable type
selecting, 2-32
selecting, quick start, 2-8
CableManager
hardware requirements, B-1
installing, B-2
Calibrating the test tool, 6-1
Certifications, 8-24
Channel
description, 7-6
test connections, 2-13, 3-4
test standard selection, 2-32
Characteristic impedance. See Impedance
Communicating with a PC
downloading software upgrades, B-18
problems with communications, B-6
Compliance, 8-24
Configure custom test, 6-4
Connectors
main unit, 2-18
remote, 2-21
RJ11 (telephone), 2-3
Crossed pair,wire map display, 3-8
Crossed wires,wire map display, 3-8
Crossover cable, 7-29
Custom test configuration, 6-4
—D—
Date, 2-39
Delay skew test, 3-10
explanation of test, 7-18
Display
adjusting contrast, 2-31
size, 8-25
Duplicate I.D., 3-27
—E—
ELFEXT
explanation of test, 7-12
plot description, 3-17
results screen items, 3-16
EMC, 8-22
—F—
False test results, 8-4
Fault anomaly threshold (twisted pair), 3-10
Fault info. See Automatic diagnostics
Fault Info key, 3-6
Fluke Networks, contacting, 1-1
Frequency, 350 MHz, 2-32
Front panel
main unit, 2-18
remote, 2-20
Full-duplex transmission, 7-26
—G—
Graphical reports (DSP-4100), B-12
—H—
HDTDR test
effects of termination results, 4-10
example plots, 7-29
explanation of HDTDR, 7-20
interpreting the plot, 7-23
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