HP 10430A User's manual

HP 10430A User's manual
 — HP10430A __ HP10437A
| В __HP10431A __ HP10438A
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MINIATURE — HP10434A _ HP10441A
__ HP 10435A — HP10442A
PASSIVE PROBES __ HP 10436A —. HP10443A
OPERATING NOTE /JANUARY 1993
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Operating Note Part Number 10400-90903
Microfiche Part Number 10400-90803
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HP 10400A OPERATING NOTE
CERTIFICATION
Hewlett-Packard Company certifies that this product met its published specifications at the time of
shipment from the factory. Hewlett-Packard further certifies that its calibration measurements are
traceable to the United States National Bureau of Standards, to the extent allowed by the Bureau's
calibration facility, and to the calibration facilities of other International Standards Organization
members.
WARRANTY
This Hewlett-Packard product is warranted against defects in material and workmanship for a
period of one year from date of shipment. During the warranty period, Hewlett-Packard Company
will, at its option, either repair or replace products which prove to be defective.
For warranty service or repair, this product must be retumed to a service facility designated by HP.
However, warranty service for products instalied by HP and certain other products designated by
HP will be performed at Buyer's facility at no charge within the HP service travel area. Outside HP
service travel areas, warranty service will be performed at Buyer's facility only upon HP's prior
agreement and Buyer shall pay HP's round trip travel expenses.
For products returned to HP for warranty service, Buyer shall prepay shipping charges to HP and
HP shall pay shipping charges to return the product to Buyer. However, Buyer shall pay all
shipping charges, duties, and taxes for products returned to HP from another country.
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HP 10400A OPERATING NOTE
HP 10400A MINIATURE PASSIVE PROBES
TABLE OF CONTENTS
Introduction... ..................... Cena, enano 1
Description ........................ rare a 2
Accessories Supplied............. PSS 2
Accessories Avallable. "ere... .. 3
Characteristics ................ i. 4
vafety Considerations "ee... 7
Maintenance and Cleaning...................——.—... 7
Bandwidth Considerations .......................... 8
Probe Operation ............ iii... .. 10
Compensation Adjustments ....................... 13
Troubleshooting ................... ea 18
Disassembly/Assembly
Procedures. .........cooo in. .... 19
List of Tables
Table 1. HP 10400A Probe Family
Characteristics ci iii... 6
Table 2. System Compatibility ....................... 9
Table 3. Recommended Test Equipment.......... 16
Table 4. Replaceable Parts ......................... 24
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HP 10400A OPERATING NOTE
Figure 1.
Figure 2.
Figure 3.
Figure 4.
Figure 5.
Figure 6.
Figure 7.
Figure 8.
List of Figures
HP 10400A in Use
with HP 10024A Test Clip .............
Miniature Sockets .......................
Probe with Insulating Barrel
and Grounding Spanner.......... ee
Probe Tip with
General Purpose Grabber.............
Probe in Use with IC Grabber ........
High-frequency Compensation
Test SetuUp..........._.ee.eeeocuoriceaa.
High-frequency Compensation
Adjustment Locations .................
HP 10400A Replaceable Parts........
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INTRODUCTION
The HP 10400A Miniature Passive Probe family
offers modular construction and improved
reliability. Modular construction allows
individual replacement of probe tips, cables,
and chassis assemblies which reduce probe
replacement and repair costs. Improved cable
and strain relief design increase reliability.
Hewlett-Packard miniature probes significantly
reduce the problem of probing densely
populated IC (integrated circuit) components
or the characteristically minute conductors on
IC boards. These small, lightweight probes
allow measurements that were previously very
difficult, while reducing the hazard of shorting.
The probe body fits in the hend as comfortably
HP 10400A OPERATING NOTE
as a pencil. Two accessories that further
simplify and improve connection to dual in-line
packages are the IC grabber (included
accessory) and the IC Test Clip (HP Model
10024A, available accessory).
DESCRIPTION
The HP 10400A Miniature Passive Probe family
consists of fourteen probes and includes: two
1:1 probes for high impedance inputs, eight
10:1 probes, one 100:1 probe for low
capacitance loading and large signals, and
three probes for oscilloscopes with 50 ohm
inputs. HP 10431A and HP 10441A include a
probe sensor on the chassis assembly that
enables HP 54111D and HP 54112D Digitizing
Oscilloscopes to read the probe attenuation
factor.
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HP 10400A OPERATING NOTE
ACCESSORIES SUPPLIED
The folowing accessories are supplied with
each probe of the HP 1N400A family:
General Purpose Grabber. One general
purpose grabber is supplied with each probe
model. The general purpose grabber is
attached to the probe tip for use on IC pins
and other typical circuit measurements. HP
Part Number 5061-6160.
Integrated Circuit Grabber. One integrated
circuit (IC) grabber is supplied with each probe
model. The IC grabber is attached to the
probe tip to allow easy and firm grip to an IC
without the hazard of shorting adjacent pins
on the IC. HP Part Number 5061-6161.
Ground Lead. One ground lead with alligator
clip is supplied with each probe model. The
ground lead has a ferrite bead included in its
construction which reduces noise in the
measured signal. HP Part Number 5061-6162.
Barrel Insulator. One barrel insulator is
supplied installed on the tip of each probe
model. The barrel insulator prevents possible
shorting of probe tip and circuitry. Use barrel
insulator with the general purpose grabber for
correct fit of grabber.
Accessory Package. One accessory package
is supplied with each passive probe. The
accessory package contains: four grounding
spanners, one barrel insulator, eight colored
cable markers, and one adjustment
screwdriver.
HP 10400A OPERATING NOTE
ACCESSORIES AVAILABLE
The following accessories may be ordered for
use with the HP 10400A Miniature Passive
Probes:
HP Model 10024A. IC clip provides easy
probing and good high-frequency grounding of
dual in-line packages and includes four
insulated circuit interface pins. Additional
circuit interface pins are available in packages
of twelve pins. Each pin has a tip on the end
so that probes such as those on HP logic
analyzers may be connected for fast,
functional checks of circuit operation. The HP
10024A is shown in figure 1.
Figure 1. HP 10400A in Use
HP Model 10211A. IC clip, same as HP with HP 10024A Test Clip
10024A except for 24-pin integrated circuits.
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HP 10400A OPERATING NOTE
HP Models 1250-2427 and 1250-2428. PC
(printed circuit) Board Miniature Sockets, ideal
for breadboard circuit applications where it is
desirable to make a reliable circuit connection
between the miniature probe tip and a test
circuit. (Soldering the probe tip in place is not
recommended.) The sockets are also useful in
production PC board applications as an
oscilloscope test point. The HP 1250-2427
plugs into the socket parallel to the circuit.
CHARACTERISTICS
Operating and general characteristics of the
HP 10400A Miniature Passive Probes are listed
in table 1.
Figure 2. HP Miniature Sockets
+ HP 10400A OPERATING NOTE
Table 1. HP 10400A Probe Family Characteristics
Approximate Propagation Delay: 5 ns/metre
© 499 т Maximum Input: 450 Volts (dc + peak ac)
35 400 = 7 | Except -10437A 5 Volts (dc+ac RMS)
8 \ POWER 10442A 10 Volts (dc+ac RMS)
= 300 - A DISSIPATION 10443A 15 Volts (dc+ac RMS)
= \ AREA OPERATING ENVIRONMENT
2 200 - AN Temperature: -25°C to +65°C
O oo. alles N Humidity: to 95% relative to +40* C
x OPERATION ON Altitude: to 4.6 km (15,000 ft)
= AREA ae. Shock: 50 g (400 g tip only) 1/2
1/2 sine wave
MHZ 1OMHz ~~ 30MHz 100MHz 30OMHz WEIGHT: 87.9 g (3.1 07) 1-metre cable with
FREQUENCY alt accessories
Voltage Versus Frequency
Rating Curve (High-Z-Probes)
Table 1. HP 10400A Probe Family Characteristics (continued)
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"HP 10400A OPERATING NOTE
HP PROBE
MODEL
10430A
10431A
10432A
10433A
10434A
10435A
10436A
10437A
10438A
10439A
10440A
10441A
10442A
10443A
PROBE
INPUT C
6.5 pF
6.5 pF
7.5 pF
10 pF
8 pF
7.5 pF
11 pF
NA
40 pF
64 pr
2.5 pF
9 pF
1.2 pF
1.2 pF
PROBE
INPUT R
1 Megohm
1 Megohm
10 Megohm
10 Megohm
10 Megohm
1 Megohm
10 Megohm
50 ohm
NA
NA
10 Megohm
1 Megohm
500 ohm
1000 ohm
DIVISION
RATIO
10:1
10:1
10:1
10:1
10:1
10:1
10:1
1:1
1:1
1:1
100:1
10:1
10:1
20:1
CABLE
LENGTH
1 METER
1 METER
1 METER
2 METER
1 METER
1 METER
2 METER
2 METER
1 METER
2 METER
2 METER
2 METER
2 METER
2 METER
OSCILLOSCOPE
INPUT R
1 Megohm
1 Megohm
1 Megohm
1 Megohm
1 Megohm
1 Megohm
1 Megohm
50 ohm
NA
NA
1 Megohm
1 Megohm
50 ohm
50 ohm
“NA = Not Applicable
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HP 10400A OPERATING NOTE
SAFETY CONSIDERATIONS shock hazard that could be lethal
(depending on voltage and current
| WARNING | conditions).
These probes are designed for use with MAINTENANCE AND CLEANING
oscilloscopes that have a common
terminal at GROUND POTENTIAL (in Maintenance of the probes consists of
accordance with the Occupational Safety cleaning, adjustment, and parts replacement.
and Health Administration and the The probes may be cleaned with a soft cloth
National Electric Code). Exposed and a mild detergent diluted with water.
metallic surfaces of the probe and Cleaning with alcohol or a harsh detergent
oscilloscope MUST BE GROUNDED. may damage the surface of the probe parts.
Failure to ground the common terminal Adjustment procedures and numbers for
during certain applications, such as ordering replaceable parts are included in this
those requiring the oscilloscope to be operating note.
powered from an external battery, might
expose the operator to an electrical
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HP 10400A OPERATING NOTE
BANDWIDTH CONSIDERATIONS
The HP 10400A Miniature Probes span three
bandwidths. The HP 10430A/31A/41A are
designed for use with oscilloscopes having
bandwidths of up to 500 MHz. The HP
10432A/33A/35A/40A are designed for
oscilloscopes with bandwidths up to 300 MHz,
and the HP 10434A/36A are used with
oscilloscopes with bandwidths up to 100 MHz.
The dominant probe limitation to system
bandwidth is its input capacitance, assuming
the high-frequency compensation adjustments
have been made. Displayed bandwidth of
any measurement system using an oscilloscope
and probe is determined by four factors: probe
Input capacitance, source impedance, source
bandwidth and oscilloscope bandwidth.
The system bandwidth when using the 50 ohm
probes (10437A/42A/43A) with a 50 ohm test
source is generally the bandwidth of the
oscilloscope up to 1 GHz approximately.
Table 2 is a list of the HP 10400A probes and
the specifications of oscilloscopes that are
compatible with the probes.
Table 2. System Compatibility
HP 10400A OPERATING NOTE
HP PROBE OSCILLOSCOPE OSCILLOSCOPE MAXIMUM
MODEL INPUT C INPUT R BANDWIDTH
10430A 6-9 pF 1 Megohm 500 MHz
10431A 6-9 pk 1 Megohm 500 MHz
10432A 10 - 16 pF 1 Megohm 300 MHz
10433A 10 - 16 pF 1 Megohm 300 MHz
10434A 18 - 22 pF 1 Megohm 100 MHz
10435A 10-16 pF 1 Megohm 300 MHz
10436A 18 - 22 pF 1 Megohm 100 MHz
10437A NA 50 ohm NA
10438A NA NA NA
10439A NA NA NA
10440A 6-14 pF 1 Megohm 300 MHz
10441A b-9pF 1 Megohm 500 MHz
10442A NA 50 ohm NA
10443A NA 50 ohm NA
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HP 10400A OPERATING NOTE
PROBE OPERATION
| CAUTION |
Do not solder probe tip to any surface.
Soldering will damage probe tip.
The probe tip may be used without any
accessories for probing in hard-to-get places.
The cable strain relief may be snapped out of
position and slid back on the cable when
using two or more probes in close proximity,
as In figure 1. When using the probe in the
_subminiature mode, care must be taken to
avoid shorting components in the circuit
where probing.
The insulating barrel (supplied accessory) may
be used to cover the tip ground shield to
prevent the hazard of shorting when
10
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probing within a circuit. The insulating barrel
has two positions: the first position covers the
ground shield by the probe tip and the second
position exposes the ground shield at the
probe tip. A grounding spanner may then be
added to the probe tip and still make contact
with the ground shield.
| CAUTION
If using the probe without any
accessories, use caution because the
probe could cause a short if it is
dropped within the circuit.
Probe Tip with Ground
The probe may be used without either
supplied grabber for point-to-point probing.
Ground the probe by attaching the ground
lead (MP3) or a grounding spanner (both
supplied accessories). Either accessory
provides reference for a ground point. To
avoid possible shorting of other circuitry, use
the barrel insulator (supplied accessory) in
conjunction with the ground lead or grounding
spanner. Figure 3 is the probe in use with the
barrel insulator and a grounding spanner.
To install the barrel insulator, press on with the
“wider end of the insulator to the probe body.
Press the grounding spanner on and twist a
few times to ensure it is fully mounted. When
used with only the insulating barrel and a
grounding spanner, the probe is in its
subminiature mode of operation and a very
short ground lead is obtained.
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HP 10400A OPERATING NOTE
and Grounding Spanner
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HP 10400A OPERATING NOTE
Probe Tip with General Purpose
Grabber
The general purpose grabber (MP1) is used for
most typical in-circuit probing and ICs. Attach
the ground lead (MP3) to the probe and then
the insulating barrel and the general purpose
grabber, as in figure 4. Attach the grabber to a
probing point by pressing the grabber body
towards the probe body, placing hook tip of
grabber around probing point, and releasing
the grabber body.
12
Figure 4. Probe Tip with General
Purpose Grabber
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HP 10400A OPERATING NOTE
Probe Tip with IC Grabber
The IC grabber (MP2) is mounted across an IC
to probe a single pin of an IC without hazard
of shorting adjacent pins. Install the IC grabber
by holding the inner body of the IC grabber
and pressing firmly onto probe tip until a
positive click is heard. The IC grabber may
also be used with the ground lead. The IC
grabber is shown across an IC in figure 5.
To attach IC grabber to IC: place forefinger
over holder on bottom of IC grabber, place
thumb on spring activated outer-body trigger,
and press outer body away from inner body of
the grabber.
To release IC grabber from IC, use same
procedure that attaches the grabber to IC.
To remove IC grabber from probe tip: grasp
grabber on inner body (above the spring
activated outer body) and firmly pull away from
probe tip.
Figure 5. Probe in Use with IC Grabber
13
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HP 10400A OPERATING NOTE | |
COMPENSATION ADJUSTMENTS oscilloscope. If the input capacitance of
the oscilloscope changes as ranges are aa
The miniature probes require two adjustment switched, compensation must be
procedures: one for low-frequency adjusted each time a new range is
compensation and one for high-frequency selected.
compensation. Low-frequency compensation |
Is an operating adjustment and high-frequency Low-frequency Compensation
compensation is accomplished periodically,
according to maintenance schedules. Most Hewlett-Packard oscilloscopes have a
Low-frequency compensation must be calibrator (square-wave) output suitable for |
performed before performing high-frequency low-frequency compensation. If your
compensation. oscilloscope does not have such an output,
use a square-wave generator set for an
NOTE approximate 1-2 kHz output.
Low-frequency compensation is adjusted To accomplish low-frequency compensation, |
oscilloscope. Probe compensation will
usually hold over all the ranges when
when the probe is first connected to the proceed with the following steps:
used with a Hewlett-Packard |
14
1. Connect probe to oscilloscope.
2. Connect probe tip to oscilloscope
| calibrator output (or square-wave
generator).
3. Adjust oscilloscope to display 6 divisions
of amplitude.
4. Use adjustment too! (supplied accessory)
to adjust C1 (through opening in cover of
probe chassis) for the flattest possible
pulse top.
HP 10400A OPERATING NOTE
High-frequency Compensation
The purpose of high-frequency compensation
in probes is to nullify probe rise time loss other
than that added by the probe input
capacitance.
High-frequency compensation requires an
external 10 kHz pulse generator with a rise
time compatible to the system (oscilloscope
and probe). Refer to table 3 for required
transition time of pulse generator before
preforming high-frequency compensation
adjustments. Any pulse generator meeting
the given specification may be used for this
adjustment.
15
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“HP 10400A OPERATING NOTE
Table 3. Recommended Test Equipment
HP PROBE PULSE GENERATOR SUGGESTED
MODEL TRANSITION TIME EQUIPMENT
10430A < 100 ps TEK 284
10431A < 100 ps TEK 284
10432A <0.5 ns TEK 502
10433A < 0.5 ns TEK 502
10434A <1ns HP 8082B
10435A < 0.5 ns TEK 502
10436A <1ns HP 8082B
10437A NA NA
10438A NA NA
10439A NA NA
10440A < 100 ps TEK 284
10441A < 100 ps TEK 284
10442A NA NA
10443A NA NA
NA = Not Applicable
16
NOTE
Adjust for low-frequency
compensation before performing
high-frequency compensation or
adjustment may not be accurate.
To accomplish high-frequency compensation
proceed with the following steps:
1. Using 50-ohm coaxial cable, connect pulse
generator directly to channel input
connector on oscilloscope. Terminate
oscilloscope into 50 ohms.
2. Verify that both channels of oscilloscope
meet their published rise time/perturbation
Specifications.
“ HP 10400A OPERATING NOTE
3. Set oscilloscope input terminations for:
Channel A... High Impedance
Channel B............... ........ 50-ohms
OSCILLOSCOPE
NOTE PULSE GENERATOR
For oscilloscopes with 1 M-ohm
impedances only, use a 50-ohm OCH.A OCH.B o
feedthrough termination.
4. Connect equipment as in figure 6. Ju \ NT 20d8 ATTENUATOR
>. Adjust oscilloscope for highest sensitivity PROBE TIP TO BNC ADAPTER
(lowest vertical range). (HP 1250-1454)
Figure 6. High-frequency Compensation
Test Set-up
17
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HP 10400A OPERATING NOTE
9.
10.
11.
12.
18
Adjust pulse generator output for
oscilioscope display of approximately 6
divisions.
Slide off probe chassis assembly cover to
expose adjustments. Refer to figure 7 for
adjustment locations.
Set high-frequency compensation resistor
R1 to minimum resistance (completely
counterclockwise).
Set high-frequency compensation resistor
R2 to minimum resistance (completely
clockwise).
Figure 7. High-frequency Compensation
Adjustment Locations
13. Increase resistance by adjusting R1 and
R2 alternately in small increments until
channel # and channel B waveforms are
similar.
14. Replace probe chassis cover.
HP 10400A OPERATING NOTE
TROUBLESHOOTING
Probe Tip Failure
Excessive force on the probe tip assembly
may result in a bent or broken tip. A slight
bend may be carefully straightened with pliers.
If the bend is extreme, the probe tip will
probably have an open circuit and should be
replaced. Suspect probe tips may be checked
with an ohmmeter or by substitution with a
known good probe.
Probe Cable Failure
A bent or pinched cable may have inner
and/or outer conductive changes that may
affect bandwidth and pulse response
characteristics. Extreme stress in the cable
may cause center conductor failure.
19
TUTTI ATA A A LA py.
° НР 10400A OPERATING NOTE
In either case, replacement of the cable is
necessary.
Probe Chassis Failure
Chassis failure is uncommon and is usually the
result of mechanical abuse. Replace chassis
assembly if failure occurs.
DISASSEMBLY/ASSEMBLY
PROCEDURES
Disconnect chassis assembly (A1A1) from
cable assembly (A1A3) by unscrewing the
knurled nut. Use a 10 mm open-end or an
adjustable open-end wrench to loosen the nut,
20
Disconnect probe tip assembly (A1A2) from
cable assembly (A1A3) with the following
procedure:
1. Remove all accessories from probe tip.
2. Grasp probe body tightly and pull tip away
from probe body. No tools should be
required unless the probe has been
physically damaged.
| CAUTION |
Use of tools (pliers, etc.) may damage
circuitry located in the probe tip. Do not
use tools to remove probe tip unless tip
has been damaged and cannot be
removed easily or it is going to be
discarded.
HP 10400A OPERATING NOTE
NOTE
Six to eight pounds of force is required CAUTION |
to disconnect and connect the probe tip
and probe cable. To increase grip on Do not use tools (pliers, etc.) to install
probe tip barrel, wind a rubber band probe tip. Tools may damage circuitry
around the barrel several times to located in the probe tip. Use rubber
provide a non-slip grip. band as indicated in previous note.
3. Connect probe tip assembly to cable
assembly by grasping probe cable tightly
and push tip onto cable end until a positive
click is heard and tip barrel is bottomed
out against shoulder on cable
interconnect.
21
HP 10400A OPERATING NOTE
REPLACEABLE PARTS
All HP 1C400A replaceable parts are shown in
figure 8 and listed in table 4 cf this operating
note. When ordering a part, address the order
to the nearest HP Sales/Service Office.
Provide model number of the probe and a
complete description of the part, including HP
part number.
To order additional probes, orders may be
placed with the Hewlett-Packard Direct
Marketing Division at the following address:
Hewlett-Packard
HP Direct, Test and Measurement
5301 Stevens Creek Blvd.
MS51LSC
santa Clara, CA 95052-8059 USA
22
To order by telephone, call one of these tol! free
numbers:
800-452-4844
or, in California:
408-246-4300
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| HP 10400A OPERATING NOTE
ATA? MP1
MP2
MP4 ACCESSORY PACKAGE
Figure 8. HP 10400A Replaceable Parts
23
HP 10400A OPERATING NOTE
Table 4. Replaceable Parts
DESIGNATOR
HP PART NUMBER
DESCRIPTION
ATA1
АТА!
A1A1
ATAT
ATA!
ATAT
ATA!
AMAT
ATAT
ATA
ATA!
10430-60101
10431-60101
10432-60101
10433-60101
10434-60101
10435-60101
10436-60101
10438-60101
10439-60101
10440-60101
10441-60101
CHASSIS ASSEMBLY - HP 10430A
CHASSIS ASSEMBLY - HP 10431A
(INCLUDES PROBE SENSOR PIN)
CHASSIS ASSEMBLY - HP 10432A
CHASSIS ASSEMBLY - HP 10433A
CHASSIS ASSEMBLY - HP 10434A
CHASSIS ASSEMBLY - HP 10435A
CHASSIS ASSEMBLY - HP 10436A
CHASSIS ASSEMBLY - HP 10438A
CHASSIS ASSEMBLY - HP 10439A
CHASSIS ASSEMBLY - HP 10440A
CHASSIS ASSEMBLY - HP 10441A
(INCLUDES PROBE SENSOR PIN)
24
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HP 10400A OPERATING NOTE
Table 4. Replaceable Parts (continued)
DESIGNATOR HP PART NUMBER DESCRIPTION
ATA? 5061-6145 TIP ASSEMBLY - HP 10430A/31A - WHITE
ATA? 5061-6151 TIP ASSEMBLY - HP 10432A - RED
ATA? 5061-6146 TIP ASSEMBLY - HP 10433A - BLUE
ATA? 5061-6150 TIP ASSEMBLY - HP 10434A - BROWN
ATA? 5061-6147 TIP ASSEMBLY - HP 10435A - GREEN
ATA? 5061-6152 TIP ASSEMBLY - HP 10436A - ORANGE
ATA? 5061-6149 TIP ASSEMBLY - HP 10437A/38A/39A - BLACK
ATA? 5061-6148 TIP ASSEMBLY - HP 10440A - YELLOW
ATA? 5061-6153 TIP ASSEMBLY - HP 10441A - PURPLE
АТА? 5062-7387 TIP ASSEMBLY - HP 10442A - GRAY
ATA? 2062-7388 TIP ASSEMBLY - HP 10443A - TAN
ATA3 5061-6139 CABLE ASSEMBLY - 1 METRE - HIGH Z-HP 10430A/
31A/32A/34A/35A/38A
A1A3 5061-6140 CABLE ASSEMBLY - 2 METRE - HIGH Z-HP 10433A/
36A/37A/39A/40A/41A
25
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HP 10400A OPERATING NOTE
Table 4. Replaceable Parts (continued)
DESIGNATOR HP PART NUMBER DESCRIPTION
A1A3 5061-6142 © CABLE ASSEMBLY - 50 OHM - 2 METRE - HP 10437A
| А1АЗ 5062-7393 CABLE ASSEMBLY - 50 OHM - 2 METRE - HP 104424
A1A3 5062-7394 CABLE ASSEMBLY - 50 OHM - 2 METRE - HP 10443A
ACCESSORIES
MP1 5061-6160 GENERAL PURPOSE GRABBER/HOOK TIP
MP2 5061-6161 INTEGRATED CIRCUIT GRABBER
MP3 5061-6162 GROUND LEAD
MP4 5061-6163 ACCESSORY PACKAGE - 4 GROUNDING SPANNERS,
1 PROBE BARREL INSULATOR*, 1 ADJUSTMENT
TOOL, AND 8 COLORED WIRE MARKERS
“Probe is shipped with one probe barrel insulator attached to probe tip.
26
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HP 10400A OPERATING NOTE
LIMITATION OF WARRANTY
The foregoing warranty shall not apply to defects resulting from improper or inadequate
maintenance by Buyer, Buyer-supplied software or interfacing, unauthorized modification or
misuse, operation outside of the environmental specifications for the product, or improper site
preparation or maintenance.
NG OTHER WARRANTY IS EXPRESSED OR IMPLIED. HP SPECIFICALLY DISCLAIMS THE
IMPLIED WARRANTIES OR MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
EXCLUSIVE REMEDIES
THE REMEDIES PROVIDED HEREIN ARE BUYER'S SOLE AND EXCLUSIVE REMEDIES, HP
SHALL NOT BE LIABLE FOR ANY DIRECT, INDIRECT, SPECIAL INCIDENTAL, OR
CONSEQUENTIAL DAMAGES, WHETHER BASED ON CONTRACT, TORT, OR ANY OTHER
LEGAL THEORY,
ASSISTANCE
Product maintenance agreements and other customer assistance agreements are available for
Hewlett-Packard products.
For any assistance, contact your nearest Hewlett-Packard Sales and Service Office.
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PRINTED IN U.S.A.
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