Agilent Technologies N1022A Manuel d'utilisateur télécharger pdf (Page 4)

Built for Reliability

These general purpose replace-

ment devices are built and tested

for high reliability. Kevlar

strengthener has been added to

the probe cable for extra pull

strength. Durable probe tips

are replaceable.

The compact design significantly

reduces the problem of probing

densely populated integrated cir-

cuit components or the character-

istically minute conductors on

printed circuit boards. These

small lightweight probes allow

measurements that were previ-

ously quite difficult, while reduc-

ing the danger of shorting. For

tight probing areas, the probe

handle can be unscrewed and

pulled back along the cable.

When probing about the circuit in

debug mode, the probes easily

slip inside the included browsers.

The browsers feature a crown

General Purpose Probes

Agilent 116XA Family Passive Voltage

• Standard replacement probes

for Infiniium scopes with

bandwidths ≤ 600 MHz

• Rugged, economical, easy to use

• Compact design, removable probe

handle for tight probing areas

• Agilent 1163A, 500 Ω resistive

divider, 10:1 attenuation

Figure 2.3. Agilent 116XA family general

purpose replacement probes.

point that digs into solder and

avoids the danger of slipping off

the test point and shorting to

adjacent leads. A pogo pin allows

hand movement on the probes

without losing contact with the

device under test.

The 116XA family probes are

compatible with the AutoProbe

interface, which completely con-

figures the Infiniium oscilloscope

for the probe. A snap-on BNC

connector simplifies attaching

the probe to the scope. Leads are

available for connecting to a

wide variety of test points. See

“Ordering Information” for a

complete list.

Agilent 1163A Resistive Divider

Agilent 1163A features low capac-

itive loading and wide bandwidth,

resulting in very accurate timing

measurements. Resistive divider

probes are useful for probing low-

voltage signals such as ECL cir-

cuits, 50 Ω transmission lines,

and GaAs circuits.

Figure 2.4. No-slip

browser crown point.

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