Tektronix THDP0100, THDP0200, TMDP0200 Instruction Manual

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THDP0100/0200 & TMDP0200 High Voltage Differential Probes

ZZZ

Instruction Manual

*P077054001*

077-0540-01

THDP0100/0200 & TMDP0200 High Voltage Differential Probes

ZZZ

Instruction Manual

Revision C

www.tek.com

077-0540-01

tional copyright laws and international treaty provisions.

Tektronix pro previously published material. Speciﬁcations and price change privileges reserved.

TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.

ducts are covered by U.S. and foreign patents, issued and pending. Information in this publication supersedes that in all

Contacting Tektronix

Tektronix, Inc. 14150 SW Karl Braun Drive P.O. Box 500 Beaverton, OR 97077 USA

For product information, sales, service, and technical support:

In North America, call 1-800-833-9200. Worldwide, visit www.tek.com to ﬁnd contacts in your area.

Warranty

Tektronix warrants that this product will be free from defects in materials and workmanship for a period of one (1) year from the date of shipment. If any such product proves defective during this warranty period, Tektronix, at its option, either will repair the defective product w ithout charge for parts and labor, or will provide a replacement in exchange for the defective product. Parts, modules and replacement products used by Tektronix for warranty work may be new or reconditioned to like new performance. All replaced parts, modules and products become the property of Tektronix.

In order to obtain service under this warranty, Customer must notify Tektronix of the defect before the expiration of the warranty period and make suitable arrangements for the performance of service. Customer shall be responsible for packaging and shipping the defective product to the service center designated by Tektronix, with shipping charges prepaid. Tektronix shall pay for the return of the product to Customer if the shipment is to a location within the country in which the Tektronix service center is located. Customer shall be responsible for paying all shipping charges, duties, taxes, and any other charges for products returned to any other locations.

This warranty shall not apply to any defect, failure or damage caused by improper use or improper or inadequate maintenance and care. Tektronix shall not be obligated to furnish service under this warranty a) to repair damage resulting from attempts by personnel other than Tektronix representatives to install, repair or service the product; b) to repair damage resulting from improper use or connection to incompatible equipment; c) to repair any damage or malfunction caused by the use of non-Tektronix supplies; or d) to service a product that has been modiﬁed or integrated with other products when the effect of such modiﬁcation or integration increases the time or difﬁculty of servicing the product.

THIS WARRANTY IS GIVE N BY TEKTRONIX WITH RESPEC T TO THE PRODUCT IN LIEU OF ANY OTHER WARRANTIES, EXPRESS OR IMPLIED. TEKTRONIX AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. TEKTRONIX' RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE PRODUCTS IS THE SO LE AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR BREACH OF THIS WARRANTY. T EKT RONIX AND ITS VENDORS WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IRRESPECTIVE OF WHETHER TEKTRONIX OR THE VENDOR H AS ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES.

[W2 – 15AUG04]

Table of Contents

General safety summary .. . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... .. .. . . ... . . ... . ... . . ... . ... . . ... . ... . . ... . .. . . iii

Compliance I

Preface................................................................................................................................. ix

Probe Operating Information.......................................................................................................... 1

Accessori

Options................................................................................................................................ 18

Functional Check ..................................................................................................................... 19

Operati

Speciﬁcations .........................................................................................................................26

Performance Veriﬁcation ............................................................................................................. 33

Adjustments........................................................................................................................... 39

Troubleshooting. . ... . ... . ... . ... . ... .. ... . . .. . . .. . ... . ... . ... . ... . ... .. ... . . ... . ... . . ... . ... ... . ... . ... . ... . ... .. ... . . ... . ... . . ....... 53

Index

nformation ............................................................................................................... v

EMC Compliance................................................................................................................. v

Safety Compliance............................................................................................................... vi

Environmen

Connectin

Connecting to the Circuit. . ... . .. . . . .. . ... . ... . .. . . . .. . . . .. . ... . ... . ... . .. . ... . ... . .. . . . .. . . . .. . ... . ... . .. . . . .. . . . .. . ... . ... . ... . . 2

Probe Controls and Indicators................................................................................................... 3

THDP0100 Probe Standard Accessories ... . ... . ... . ... .. ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . ... . ... . . .. 6

THDP0200 & TMDP0200 Probe Standard Accessories. . ... . . . ... . . ... . ... . ... .. ... . ... .. ... . ... .. ... . ... .. ... . . ... . ... . ... .. 10

THDP & TMD

ng Basics ..................................................................................................................... 22

Operating Characteristics and Probing Techniques . . ... . ... . ... . ... . ... . . ... . ... . ... .. ... . ... .. ... . . ... . ... . ... .. ... . ... .. ... 22

Warran

Typical Characteristics ..........................................................................................................27

Mechanical Characteristics .. . . . ... ... . ... . ... . ... . ... .. .. . ... . ... . ... . ... . .. . . . ... . . ... . .. . ... . ... . ... . ... . .. . . . ... . . ... . .. . ... 28

Nomina

Performance Graphs . . ... . ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... 29

Requi

Test Procedures . ... . ... . ... .. ... ... . ... . ... . ... . ... .. ... . . ... . ... . . ... . ... . . .. . . .. . ... . ... . ... . ... . ... .. ... . . ... . ... . . ... . ... ... 35

Equi

Adjustment Procedures . .. ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... . . ... . ... . ... .. ... 42

Hos

Error Conditions . ... . ... .. ... . . .. . . . ... .. ... . . ... . ... . . ... . ... . . .. . . .. . ... . ... . ... . ... . ... .. ... . . ... . ... . . ... . ... ... . ... . ... . ... 53

Cleaning . . ... . ... . ... . . ... . ... . . ... . .. . ... . ... . ... . ... . ... .. ... ... . ... . ... . ... . ... .. ... . . ... . .. . ... . ... . ... . ... . ... .. ... ... . ... .. 54

vice........................................................................................................................... 54

Ser

tal Considerations................................................................................................. viii

g to the Instrument.................................................................................................... 1

es ............................................................................................................................ 6

P Series Probes Optional Accessories . . ... . ... . ... . ... . ... . ... . . ... . ... . ... .. ... . . ... . ... . . ... . ... . ... .. ... . . . 17

ted Speciﬁcations ....................................................................................................... 26

l Characteristics......................................................................................................... 29

red Equipment . . . . ... .. ... . . ... . ... . . .. . . ... . . .. . . ... ... . . . .. . ... . ... . ... . ... . ... . .. . . ... ... . . . .. . ... . ... . ... . ... . ... . .. . . 33

pment Required . ... . ... . ... . ... . ... . ... . ... . ... . ... .. ... . . ... . ... . ... .. ... . ... .. ... . . ... . ... . ... .. ... . ... .. ... . . ... . ... . .. 41

t InstrumentFirmware ...................................................................................................... 53

Table of Content

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual i

Table of Content

ii THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

General safety s

ummary

General safet

Review the following safety precautions to avoid injury and prevent damage to this product or any products connected to it.

To avoid potential hazards, use this product only as speciﬁed.

Only qualiﬁed personnel should perform service procedures.

While using this product, you may need to access other parts of a larger system. Read the safety sections of the other component manuals for warnings and cautions related to operating the system.

To avoid ﬁre or personal injury

Connect and disconnect properly. Do not connect or disconnect probes or test leads while they are connected

to a voltag

Connect an

probe to the circuit under test. Connect the probe reference lead to the circuit under test before connecting the probe input. Disconnect the probe input and the probe reference lead from the circuit under test before disconnecting the probe from the m

Observe a

product manual for further ratings information before making connections to the product.

Do not apply a potential to any terminal, including the common terminal, that exceeds the maximum rating of that terminal.

Do not operate without covers. Do not operate this product with covers or panels removed.

e source.

d disconnect properly.

easurement instrument.

ll terminal ratings.

y summary

Connect the probe output to the measurement instrument before connecting the

To avoid ﬁre or shock hazard, observe all ratings and markings on the product. Consult the

Do not operate with suspected failures. If you suspect that there is damage to this product, have it inspected by

qualiﬁed service personnel.

Avoid exposed circuitry. Do not touch exposed connections and components when power is present.

Do not operate in wet/damp conditions.

Do not operate in an explosive atmosphere.

Keep product surfaces clean and dry.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual iii

General safety s

Termsinthismanual

These terms may appear in this manual:

WARNING. Warning statements identify conditions or practices that could result in injury or loss of life.

CAUTION. Caution statements identify conditions or practices that could result i n damage to this product or other property.

Symbols and terms on the product

These terms may appear on the product:

DANGER indicates an injury hazard immediately accessible as you read the m arking.

WARNING indicates an injury hazard not immediately accessible as you read the marking.

CAUTION indicates a hazard to property including the product.

The following symbol(s) may appear on the product:

ummary

iv THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Compliance Info

rmation

Compliance In

This section lists the EMC (electromagnetic compliance), safety, and environmental standards with which the instrument complies.

EMC Compliance

EC Declaration of Conformity – EMC

Meets intent of Directive 2004/108/EC for Electromagnetic Compatibility. Compliance was demonstrated to the following speciﬁcations as listed in the Ofﬁcial Journal of the European Communities:

EN 61326-1:2006, EN 61326-2-1:2006. EMC requirements for electrical equipment for measurement, control, and

laboratory use.

CISPR 11:2003. Radiated and conducted emissions, Group 1, Class A

IEC 61000-4-2:2001. Electrostatic discharge immunity

IEC 61000-4-3:2002. RF electromagnetic ﬁeld immunity

IEC 61000-4-4:2004. Electrical fast transient/burst immunity

IEC 61000-4-5:2001. Power line surge immunity

IEC 61000-4-6:2003. Conducted RF immunity

IEC 61000

123

-4-11:2004. Voltage dips and interruptions immunity

formation

EN 61000-3-2:2006. AC power line harmonic emissions

EN 61000-3-3:1995. Voltage changes, ﬂuctuations, and ﬂicker

European contact.

Tektronix UK, Ltd. Western Peninsula Western Road Bracknell, RG12 1RF United Kingdom

This product is intended for use in nonresidential areas only. Use in residential areas may cause electromagnetic interference.

Emissions which exceed the levels required by this standard may occur whe

To ensure compliance with the EMC standards listed here, high quality shielded interface cables should be used.

Performance Criterion C applied at the 70%/25 cycle Voltage-Dip and the 0%/250 cycle Voltage-Interruption test levels (IEC 61000-4-11).

n this equipment is connected to a test object.

Australia / New Zealand Declaration of Conformity – E MC

Complies with the EMC provision of the Radiocommunications Act per the following standard, in accordance with ACMA:

CISPR 11:2003. Radiated and Conducted Emissions, Group 1, Class A, in accordance with EN 61326-1:2006 and EN 61326-2-1:2006.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual v

Compliance Info

rmation

Safety Compliance

Equipment Type

Differential Voltage Probe

EC Declarati

Compliance was demonstrated to the following speciﬁcation as listed in the Ofﬁcial Journal of the European Communities: Low Voltage Directive 2006/95/EC.

EN 61010-031/A1:2008. Safety requirements for electrical equipment for measurement, control and laboratory use - Part 031: S afety requirements for handheld probe assemblies for electrical measurement and test.

on of Conformity – Low Voltage

Canadian Certiﬁcation

CAN/CSA-C22.2 No. 61010-031-07/A1:2010, 1st Edition. Safety requirements for handheld probe assemblies for electrical measurem

ent and test.

Additional Compliances

IEC 61010-031/A1:2008. Safety requirements for electrical equipment for measurement, control and laboratory use - Part 031: S afety requirements for handheld probe assemblies for electrical measurement and test.

Pollution De gree Description

A measure of the contaminants that could occur in the environment around and within a product. Typically the internal

onment inside a product is considered to be the same as the external. Products should be used only in the environment

envir for which they are rated.

Pollution Degree 1. No pollution or only dry, nonconductive pollution occurs. Products in this category are generally encapsulated, hermetically sealed, or located in clean rooms.

Pollution Degree 2. Normally only dry, nonconductive pollution occurs. Occasionally a temporary conductivity that is

ed by condensation must be expected. This location is a typical ofﬁce/home environment. Temporary condensation

caus occurs only when the product is out of service.

Pollution Degree 3. Conductive pollution, or dry, nonconductive pollution that becomes conductive due to condensation. These are sheltered locations where neither temperature nor humidity is controlled. The area is protected from direct

shine, rain, or direct wind.

sun

lution Degree 4. Pollution that generates persistent conductivity through conductive dust, rain, or snow. Typical

Pol outdoor locations.

Pollution D egree

Pollution Degree 2 (as deﬁned in IEC 61010-1). Note: Rated for indoor use only.

vi THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Compliance Info

Installation & Measurement (Overvoltage) Category Descriptio ns

Terminals on this product may have different installation or measurement (overvoltage) category designations. The installation and measurement categories are:

Measurement Category IV. For measurements performed at the source of low-voltage installation.

Measurement Category III. For measurements performed in the building installation.

Measurement Category II. For measurements performed on circuits directly connected to the low-voltage installation.

Measurement Category I. For measurements performed on circuits not directly connected to MAINS.

rmation

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual vii

Compliance Info

rmation

Environmental Considerations

This section provides information about the environmental impact of the product.

Product End-of-Life Handling

Observe the following guidelines when recycling an instrument or component:

Equipment recycling. Production of this equipment required the extraction and use of natural resources. The equipment

may contain substances that could be harmful to the environment or human health if improperly handled at the product’s end of life. To avoid release of such substances into the environment and to reduce the use of natural resources, we encourage you to recycle this product in an appropriate system that will ensure that most of the materials are reused or recycled appropriately.

This symbol indicates that this product complies with the applicable European Union requirements a ccording to Directives 2002/96/EC and 2006/66/EC on waste electrical and electronic equipment (WEEE) and batteries. For information about recycling options, check the Support/Service section of the Tektronix Web site (www.tek.com).

Restriction of Hazardous Substances

This product has been classiﬁed as Monitoring and Control equipment, and is outside the scope of the 2002/95/EC RoHS

ve.

Directi

viii THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Preface

This document provides operating information and speciﬁcations for the Tektronix THDP0100/0200 & TMDP0200 high voltage differential probes. The probes share similar functions, properties, and operating procedures, and are discussed ﬁrst, followed by the speciﬁcations, which differ by probe model. Service procedures include performance veriﬁcation and adjustments.

WARNING. Only use the accessories that are designed for your probe and that are rated at or above the voltages you

are measuring.

Name Bandwidth Peak voltage range Oscilloscope interface

THDP0100 100 MHz

THDP0200 200 MHz

TMDP0200 200 MHz

600 V/6000 V

150 V/1500 V

75 V/750 V

Preface

TekVP I

Figure i: THDP0100 probe with accessories

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual ix

Preface

Figure ii: THDP0200 probe with accessories

x THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Preface

Figure iii: TMDP0200 probe with accessories

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual xi

Probe Operating

Information

Probe Operati

This section of the manual describes how to make connections to the instrument and to your circuit, followed by descriptions of the probe controls and indicators.

ng Information

Connecting to the Instrument

1. Connect the probe to the input of the oscilloscope.

All of the LEDs on the probe body brieﬂy light, and then indicate the settings from the previous session.

The Status LED on the probe control box lights amber as the probe completes a self-test.

The Status LED goes off brieﬂy and then lights green to indicate the probe is ready to use.

2. Adjust the vertical offset (or position) of the oscilloscope input.

3. Select the proper range setting.

For example, when using the THDP0200 probe, to achieve higher resolution and less noise when measuring signals below 150 V not be accurate. Use the 1500 V range setting instead.

WARNING. To avoid electrical shock, observe proper safety precautions when working with voltages above 60 VDC or

30 VAC

RMS

Make sure that the accessories are fully mated before connecting or disconnecting.

WARNING. To avoid electrical shock or ﬁre, make sure the test leads are in good condition. The input leads and extender

leads have a jacket wear indicator which becomes visible if the wire jacket becomes excessively worn. If the wear indicator is visible, do not use the probe. Contact Tektronix Service for repair or replacement.

4. Use the probe accessories to connect the probe inputs to the circuit points to be measured. (See page 6, Accessories.)

WARNING. To avoid electrical shock or ﬁre, keep the probe body and output cable of the probe away from the circuits being

measured. The probe body and output cable are not intended to be in contact with the circuits being measured.

, switch the RANGE to 150 V. If the OVERRANGE indicator lights or ﬂashes, the output signal may

. These voltage levels pose a shock hazard. Use only the accessories speciﬁed with the probe that you are using.

1 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Connecting to the Circuit

Make the connections to your circuit using the integral input leads or the accessories that best ﬁt your application. The integral input leads extend 10 in (25 cm) from the probe body. Connect the leads directly to your circuit, or use the extender leads and the accessories that are included with the probe. (See page 6, Access ories .)

Probe Operating

Information

NING. To avoid electrical shock or ﬁre, always make the connections from the test leads to the probe accessory that

WAR

you intend to use before you make any connections to a voltage source. A lways ensure that the connections between the test leads and the probe accessories are secure before you connect them to a voltage source. Do not connect or disconnect

essories or extended test leads to a voltage source unless they are ﬁrst connected to the probe.

acc

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 2

Probe Operating

Information

Probe Controls and Indicators

The probes have several features that make probing and measurement a simpler task. Familiarize yourself with the controls and indicators shown on the following pages. Some features differ from those illustrated, such as probe input voltage limit and voltage range, depending on the probe model.

The probe release button, Status LED, and MENU buttons are located on the probe control box.

Probe Release Button

Press the release button to unlatch the probe from the instrument, and then pull the probe straight ou

WARNING. To avoid electrical shock,

disconnect the probe inputs from the circuit before dis instrument.

Status LED

When the probe is connected to the instrument, the Status LED lights amber as the probe completes a self-test. Then, the Status LED goes off brieﬂy and then lights green to indicate the probe is ready to use.

The Status LED lights amber or red if the power-on test failed, or any time an error occurs. If the Status LE D light does not light green after the self-test, ﬁrst disconnect the probe from the circuit under test, and then disconnect the probe from the oscilloscope.

Reconnect the probe to the oscilloscope and check that the Status LED lights amber, and then green. If the Status LED continues to light amber or red, there may be other remedies. (See page 53, Error Conditions .)

connecting the probe from the

Menu Button

Press the MENU button to display on-screen probe controls on the oscilloscope. Many

be functions are available, such as

pro AutoZero and range selection.

3 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

The remaining controls and features of the probe are located on the probe head.

Probe Inputs

The maximum voltage that the probe inputs can accept depend on the probe model and the measurement points.

For example, the THDP0200 probe (shown) can measure a maximum of 1,000 V

RMS

CAT II between either input and ground, and a maximum difference of 1,500 V (DC + peak AC) between the (–) and (+) inputs. These input ratings are valid for both range settings.

The other probes covered in this manual have different limits; refer to Speciﬁcations. (See Table 6 on page 27.)

CAUTION. Do not use these probes above

the input limits shown on the probes. The input voltage limits vary by probe model.

Overrange Indicator

Probe Operating

Information

The OVERRANGE indicator lights red if the voltage of the input differential signal exceeds

the linear range of the range setting. When this happens, the signal on the probe output does not accurately represent the

on the probe input.

signal

WARNING. The Overrange indicator

does not detect overrange condition of

n-mode voltages or voltage-to-earth

commo potential at the probe inputs. The Overrange indicator only detects differentially between

nd – inputs (not relative to ground).

the + a

t exceed the common-mode voltage

Do no or input voltage-to-earth ratings of the probe when taking measurements. (See page 25,

range Detection.)

Over

u are not sure, make a single-ended

If yo measurement of each point you are intending to measure differentially ﬁrst. Make a

gle-ended measurement by tying one

sin input lead to ground (the "–" input) and then connecting the other lead (the “+" input) to

points of interest, one at a time.

the

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 4

Probe Operating

Voltage Range Button and Indicators

Press the RANGE button to select between the voltage range (attenuation) settings of the probe. The voltage range is indicated by two LEDs on the probe and may be displayed on the oscilloscope screen, depending on the oscilloscope model.

The OVERRANGE LED lights if the applied voltage exceeds the selected range. To extinguish the LED, select a higher range. If a higher range is not available, do not attempt to take the measurement with the probe.

Bandwidth Limit Button and Indicators

Press the BANDWIDTH LIMIT button to limit the probe bandwidth to 5 MHz. 5 MHz is close t switching transistors (F ETs) in switch mode power supplies (SMPS).

The 5 MHz and testing of power supplies in switch mode by removing all high frequency content, noise and har

Press the button again to return to the FULL position, which selects the full speciﬁed bandwi

Information

o the switching frequency of most

ﬁlter assists in the characterization

monics from the measurement.

dth of the probe.

le Overrange On/Off Button

Audib and Indicators

The audible overrange is an audible alarm that indicates when the measured signal exceeds the selected range. The alarm is enabled when the probe is ﬁrst powered on.

Press the AUDIBLE OVERRANGE button to light the O FF LED and disable the feature. To enable the alarm, press the button again to light the ON LED.

5 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Accessories

THDP0100 Probe Standard Accessories

Accessories

WARNING. To a

CAT IV circuits. Refer to the ratings tables in the Accessories section of the manual. (See Table 1 on page 9.)

To avoid risk of electric shock or ﬁre, when using the THDP0100 test probe or hook tip accessories with the THDP0200 and TMDP0200 probes, do not use on circuits above 1000 V.

Use only accessories that are rated for the application. Substitution of other accessories may create a shock or burn hazard. Keep the pro

Extender Leads

These lead by ~67 in (1.5 m), which allow you to reach connections as far as 3.5 m apart. Be sure to use bot leads are the same length.

However, with longer lead length, differential noise ind Also, because of the added inductance of the leads, voltage measurements at frequencies above ap as precise. For best performance, use the 20 MHz or lower-bandwidth ﬁlter on your

oscope.

oscill

The male banana-plug ends connect to the test probes that are included with the probes.

r of extender leads are included with

One pai the probes.

Maximum ratings:

CAT III

1000 V

600 V CAT IV

Reorder Tektronix part number:

3523-xx

196-

void risk of electric shock or ﬁre, do not use the THDP0100 test probe or hook tip accessories on CAT III or

be body and accessories clean to reduce the risk of shock due to surface conduction.

s extend the reach of the probes

h extension leads so that the input

uced into the input leads is greater.

proximately 10 MHz may not be

THDP0100 Probe Accessory Kit

ncludes one pair of each of the

Kit i accessories shown on the following pages:

Test Probes (TATP)

Small Hook Tips TASH)

Large Hook Tips (TALH)

Reorder Tektronix part number: 020-3070-xx

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 6

Accessories

Test Probes (TATP)

Use the test probes to browse multiple test points or to co hook tips.

1. The test probe tip is a 6-32 threaded post

nnect the test leads to the

that accepts the large and small hook tips provide

d with the probe.

2. The ﬁnger gua

rd provides protection when the hook tips are not being used. Keep your ﬁngers behind the ﬁnger guard whene

ver possible to reduce the

risk of a shock from the circuit under test.

3. Connect the back end of the test probe to the input test leads of the probe.

Maximum ra

tings:

2300 V CAT I*

1000 V CAT II

* See Spec

iﬁcations for the Over-Voltage Transient (OVT) rating for the probe that you are using. (See Table 6 on page 27.)

WARNING

. To prevent arc ﬂash, use

caution when probing circuits with raised components. Avoid getting the metal shell

n components of different potentials.

betwee Use the small hook tip (TASH) for probing in hard to reach areas.

WARNING. To prevent arc ﬂash, do not use

the test probe or hook tips on CAT III circuits.

be CAT III circuits, use the AC280-FL,

To p r o AC283-FL, o r AC285-FL accessories.

7 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Small Hook Tip (TASH)

Use the small hook tip for making connections t

o small conductors such as

component leads.

Screw the small hook tip onto the TATP test probe. To use

the hook tip, hold the probe body and pull the tip shield back. Hook the tip onto the circuit and release the shield.

Accessories

WARNING. To

reduce the risk of shock when measuring voltages above 1000 V, always keep your ﬁngers behind the tactile indicator.

Maximum ratings:

2300 V CAT I

1000 V CAT II

*SeeSpeciﬁcations for the Over-Voltage Transien

t (OVT) rating for the probe that you

are using. (See Table 6 on page 27.)

Large Hook Tip (TALH)

Use the large hook tip when working with

omponents such as bolt terminals

larger c and bus bars typically found in power distribution equipment.

he large hook tip onto the TATP test

Screw t probe and then clamp the hook tip onto the circuit.

NG. To reduce the risk of shock

WARNI

when measuring voltages above 1000 V, always keep your ﬁngers behind the tactile

ator.

indic

Maximum ratings:

VCATI*

2300

1000 V CAT II

*SeeSpeciﬁcations for the Over-Voltage

nsient (O VT) rating for the probe that you

Tra are using. (See Table 6 on page 27.)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 8

Accessories

Table 1: Voltage derating for THDP0100 probe standard accessories

Combined probe

and accessory common-m ode voltage and input

voltage-to-earth ratings

Accessory (Tektronix part number) THDP0100 THDP0200

Extender lea (196-3523-xx)

Test probe (TATP) (part of 020

Small hook (part of 020-3070-xx kit)

Large hook tip (TALH) (part of 020-3070-xx kit)

The THDP0200 & TMDP0200 standard accessories can be used with the THDP0100 probe at the reduced voltage levels listed in this table.

-3070-xx kit)

tip (TASH)

2300 V CAT I 1000 V CAT III

1000 V CAT I 1000 V CAT II

2300 V CAT I 1000 V CAT II

1000 V CAT II 600 V CAT III

1000 V CAT II 600 V C AT II

1000 V CAT I 600 V C AT II

1000 V CAT II 600 V C AT II

TMDP0200

550VCATI 300 V CAT III

550VCATI 300 V C AT II

Table 2: Voltage derating for THDP0200 & TMDP0200 probe standard accessories

Combined probe and accessory common-mode voltage

and input voltage-to-earth ratings

Accessory (Tektronix part number) THDP0100

Extender leads (196-3523-xx)

Handheld probes

(TP175-FL)

Pogo pin tip adapters and tips

2300 V CAT I 1000 V CAT III

1000 V CAT I 1000 V CAT III

150 V C AT II 150 V C AT II 150 V CAT II

THDP0200 TMDP0200

1000 V CAT II 600 V CAT III

(020-3107-xx)

Extended test probe adapters (012-1724-xx)

Hook clips (AC280-FL)

Pincer clips (AC283-FL)

Alligator clips (AC285-FL)

Crocodile clips

300VCATI

300 V C AT II 300 V CAT I

300 V C AT II

1000 V CAT I 1000 V CAT III

1000 V CAT II 600 V CAT III

300 V CAT I 300 V CAT I 300 V CAT I

(344-0670-xx)

The operating altitude of the probe is derated to 2000 m (6560 ft) when used with these accessories.

The voltage rating and CAT rating are de-rated to the voltage in this table when used with these accessories.

TheTHDP0100probecanbeusedwiththeseaccessoriesatthereducedvoltagelevelslistedinthistable.

When using the TP175-FL test probes in CAT III circuits, the tip must be in the retracted position to prevent risk of arc ﬂash. The exposed metal tip

s about 3.7 mm (0.15 in) in the retracted position.

550VCATI 300 V CAT III

300 V CAT II

550VCATI 300 V CAT III

550VCATI 300 V CAT II

9 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

THDP0200 & TMDP0200 P robe Standard Accessories

The standard accessories that connect directly to your circuit are shown below, and are described on the following pages.

WARNING. To reduce risk of shock or ﬁre, do not exceed either the voltage rating or category ratings of the probe or the

probe accessory, whichever is the lesser of the two. Use only the accessories provided with the probe.

To avoid electric shock when using the probe or accessories, keep your ﬁngers behind the ﬁnger guard of the probe body and away from the shaded area shown in the accessory illustrations below.

Accessories

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 10

Accessories

Extender Leads

These cables extend the reach of the probes by ~67 in (1.5 m). The banana ends connect to all of the cl with the probes.

Maximum ratings:

2300 V CAT I *

1000 V CAT III

* See Speciﬁcations for the Over-Voltage Transient (O are using.

One pair of extender leads are included with the probes.

Reorder Tektronix part number: 196-3523-xx (one pair)

Handheld Probes (TP175-FL)

These prob leads and extender leads. The tips are threaded to accept tip accessories.

The insul and retracts into CAT III and CAT IV-rated spacings. Twist the probe body past the detent a probe into the CAT setting.

ip accessories that are included

VT) rating for the probe that you

es plug onto the banana input

ator sheath at the probe tip extends

t each end of the twist to lock the

WARNING. Always verify that the probe

body is l

ocked into position before taking measurements. Do not use in the unlocked neutral position.

Maximum ratings:

CAT II

1000 V

1000 V CAT III

10 A

air of handheld probes are included

One p with the probes.

Reorder Tektronix part number:

5-FL (one pair)

TP17

11 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Pogo Pin Tip Adapters & Tips

These insulated adapters hold pogo pins and screw on to

the threaded tips of the

TP175-FL handheld probes.

WARNING. To prevent electrical shock,

tighten the p

ogo pin tip adapter completely

to the TP175-FL probe.

Two pairs of pogo pin types are included with the adapters; one pair have sharp, cone points

and the other pair have serrated

edges for embedding in soft conductors.

WARNING. The pogo pins have very sharp

points. To

prevent injury, handle the pins

carefully when you install and remove them.

WARNING. To prevent risk of arc ﬂash,

ensure th

at the pogo pin is completely inserted into the adapter. Verify that the exposed metal portion of the tip is 19 mm

) or less.

(0.75 in

Accessories

WARNING. The probe input rating is

derated to 150 V CAT II, 1 mA, when used

e THDP and TMDP series probes. Do

with th not use this pogo pin adapter to measure voltages that exceed this rating.

um ratings:

Maxim

150 V CAT II

1mA

der Tektronix part number:

Reor

020-3107-xx (includes 2 Tip Adapters, 2 Cone-Tip Pogo Pins, & 2 Serrated-Tip Pogo

)

Pins

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 12

Accessories

Extended Test P

robe Adapters

These adapters screw on to the threaded tips of the handheld probes.

Use these adap

ters to reach into dense circuitry. The sharp tips can contact small component leads and circuit board features.

WARNING. The

probe input rating is derated to 150V CAT II, 1 mA, when used with the THDP and TMDP series probes. Do not use th

is extended probe adapter to

measure voltages that exceed this rating.

WARNING. The tip on this adapter is very

sharp. To p

revent injury, do not touch the tip.

Maximum ratings:

300 V CAT II

Reorder Tektronix part number:

012-1724-xx (one pair)

Hook Clips (AC280-FL)

Plug the probe te

st leads into the banana plug connectors. Squeeze the grips to expose the hook clip and then clasp it around the circuit tes

t point.

Maximum ratings:

1000 V CAT III

One pair of hook clips are included with the probes.

Reorder Tekt

ronix part number:

AC280-FL (one pair)

13 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Pincer Clips (AC283-FL)

The plunger probes have long probe sleeves with retracti

ng hooks. These probes safely connect to recessed test points that are otherwise difﬁcult to reach.

Maximum rati

ngs:

1000 V CAT III

One pair of p

incer clips are included with the

probes.

Reorder Tektronix part number:

AC283-FL (o

ne pair)

Alligator Clips (AC285-FL)

These large insulated alligator clips connect to many ci

rcuit components.

Maximum ratings:

1000 V CAT III

10 A

One pair of clips are included with the probes.

Reorder Tektronix part number:

AC285-F

L (one pair)

Accessories

Crocodile Clips

The crocodile clips connect easily to large

or bus bars. The connectors are double

bolts insulated for safety. The clips screw on to the threaded tips of the handheld probes.

um ratings:

Maxim

1000 V CAT III

10 A

air of clips is included with the probes.

One p

Reorder Tektronix part number:

344-0670-xx (one pair)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 14

Accessories

TPH1000 Probe H

older

The TPH1000 probe holder allows you to make a hands-free connection when using the hand

held probes included in the accessory kit. The probe holder can also be used with many other Tektronix probes.

You have two op

tions for taking hands-free

differential measurements:

You can use the handheld probes with two TPH1000 probe holders (required if the test poin

For test poi

ts are >1 inch apart).

nts <1 inch apart, use the handheld probes with the THV-Browser (shown on the following page).

To use the probe holder, do the following:

1. Insert the probe into one of the holder openings so that the Tektronix logo faces the circu

2. Slide the

it under test.

probe forward to secure it.

CAUTION. To avoid personal injury, always

insert and remove probes by gripping the

d section of the probe.

handhel

3. Positio

n the base of the probe holder on your circuit where it can maintain stability while contacting the test point.

WARNIN

G. Do not use the probe holder

without the rubber feet; internal metal would be exposed which presents a shock hazard.

The weight of the probe holder keeps the

in place.

probe

CAUTION. If you are probing circuitry

dense contacts such as IC pins,

with Tektronix recommends that you use insulated probe tip accessories designed to prevent

rt-circuiting adjacent IC pins or circuitry.

sho

One TPH1000 probe holder is included with the probes.

order Tektronix part number:

TPH1000

15 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

THV-Browser

The THV-Browser allows you to set and lock the spacing between two handheld p browse your circuit with one hand.

robe tips, and then

Handheld Browsing.

1. Place each handheld probe

lead into the cavity and then slide the probe forward to secure it.

2. Loosen the thumb screw and

adjust the spacing between the probe tips. Graticules near the thumb screw indicate the spacing. The maximum spacingis~1in(2.54mm).

3. Tighten the thumb screw.

You can now browse your circuit.

Accessories

WARNING. To avoid injury or

short circuits, do not drop the THV-Browser on high voltage circuitry. The browser contains metal components.

Hands-free Probing.

If you want a stationary, hands-free connection, attach the browser to the TPH1000 probe holder:

4. Align the slots on the top of the

probe holder with the pins on the bottom of the browser.

5. R otate the browser 90°.

6. Position the probe tips on your

test points so that you can set the holder on a stable surface.

One THV-Browser is included with the probes.

Reorder Tektronix part number:

THV-Browser

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 16

Accessories

THDP & TMDP Series Probes Optional Accessories

TekVPI Calibr

This calibration ﬁxture is required to complete a performance veriﬁcation and adjustment procedures o to the probe and routes the probe output signal through an SMA connector on the back of the ﬁx

The signal can then be measured with another instrument, (for example, a precision DMM), to che such as gain a ccuracy.

Order Tektronix part number: 067-1701-xx

Replacement Label (Safety Item; Service Only)

This reusable label covers the openings to the service-only adjustments on the back of the pro probe, the label must be replaced after service adjustments are made to the probe.

If the or lost, order a replacement label.

Order Tektronix part number:

335-29

ation Fixture

n the probe. It provides power

ture.

ck and adjust probe qualities

be. To maintain the safety of the

iginal label becomes damaged or

13-xx

17 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Options

Service Options

Option C3. Calibration Service 3 years

Option C5. Calibration Service 5 years

Option D1. Calibration Data Report

Option D3. Calibration Data Report, 3 years (with Option C3)

Option D5. Calibration Data Report, 5 years (with Option C5)

Option R3. Repair Service 3 years

Option R5. Repair Service 5 years

Options

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 18

Functional Chec

Functional Ch

Using accessories that are shipped with your probe and a source that supplies AC line voltage, perform the following procedure:

WARNING. To reduce risk of shock or ﬁre, ensure that the accessories are fully mated before you connect to voltage

sources above 42 Vpk.

1. Connect the output of the probe to the oscilloscope input channel.

2. Connect the probe inputs to the AC voltage source.

3. Connect the inputs, set the voltage range, and perform the check as each row of the following table indicates.

eck

Figure 1: Functional check setup

Input 1 (+ or –)

Hot

If a DC offs

Input 2 (– or +)

Ground or Neutral

Hot (same connection)

et voltage is present, zero the DC offset using the AutoZero function. (See page 20, AutoZero.)

Mode Range setting

Differential High (6000 V,

Differential Low (600 V, 150 V,

Common Mode

Check

Measurement instrument displays or indicates the

1500 V, or 750 V)

or 75 V)

High or low No signal

line voltage

Measurement instrument displays or indicates the line voltage. Overrange indicator lights if the input is ~20% over

19 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Functional Chec

AutoZero

The host instrument includes a feature that nulls the DC offset a t the output of the probe. To initiate the AutoZero routine, do the following:

1. Allow the probe and oscilloscope to warm up for 20 minutes.

2. Press the MENU button on the probe to display the Probe Setup screen on the oscilloscope.

Figure 2: Probe Setup screen

3. Conne

4. Press

ct the probe inputs together with the hook tips.

AutoZero on the Probe Setup screen to initiate the AutoZero routine.

e AutoZero routine does not yield sufﬁcient results, use the DC Offset Zero procedure below.

If th

DC Offset Zero

The offset stored through this feature is retained in the probe between probe power cycles. To set the probe DC offset to 0 V, do the following:

1. Set the oscilloscope offset for the probe channel to 0 volts.

2. Connect the probe inputs together with the hook tips.

3. Press and hold the probe BANDWIDTH LIMIT and RANGE buttons until the OVERRANGE LED on the probe begins

ﬂashing, and then quickly release the buttons (about 2 seconds).

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 20

Functional Chec

4. Use the probe BANDWIDTH LIMIT or RANGE buttons to set the probe offset voltage to 0 V, as displayed on the oscilloscope.

The BANDWIDTH LIMIT button decreases the offset voltage and the RANGE button increases it.

5. Press the AUDI stops ﬂashing to conﬁrm that the value has been stored.

6. Repeat steps 3 through 5 for the other range setting on the probe.

If you cannot null the offset with these steps, then use the DC Offset Zero Reset procedure that follows.

BLE OVERRANGE button on the probe to store the value. The OVERRANGE LED on the probe

DC Offset Zero Reset

To reset the probe DC offset to the default values, do the following:

1. Connect the probe inputs together with the hook tips.

2. Press and hold the probe BANDWIDTH LIMIT and RANGE buttons until the OVERRANGE LED on the probe begins

ﬂashing.

3. When the OVERRANGE LED remains lit (afte r about 4 seconds), release the buttons.

4. Press the AUDIBLE OVERRANGE button on the probe to store the value. The OVERRANGE LED on the probe turns off

to conﬁrm that the default value for the DC offset has been stored.

5. Repeat steps 2 through 4 for the other range setting on the probe.

6. Perform the DC Offset Zero procedure as described in the previous section.

21 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Operating Basic

Operating Bas

To help you use the high voltage differential probes safely and effectively, this section provides important information about safety limits, operating characteristics, and probing techniques.

ics

Operating Characteristics and Probing Techniques

This section explains the operating characteristics of the probes and includes techniques that you can use to maximize the performanc

Operating Limits

The probes have two operating ranges that you select with the RANGE button; the ranges differ between probe models.

To keep within the linear measurement region of the probe, select a range that is above the differential voltage that you are measuring. You can measure a voltage in the low range that exceeds the low range limit (provided it is within the high range limit of the probe), but it will overdrive the circuitry of the probe. When this differential overrange occurs, the probe detects the condition and lights the OVERRANGE indicator. Measurements taken in the lower, more sensitive range when the OVERRANGE indicator is lit are not accurate during the Overdrive Recovery Time (ORT, typically <20 ns, depending on the probe type).

Do not attempt to measure a differential voltage that is above the high operating range of the probe. (See Table 3.) Do not exceed the common mode voltage on either input (+ or – input to ground). (See Table 6 on page 27.) The probe can be damaged if these limits are exceeded.

e of the probe.

Table 3: Differential voltage limits (peak)

Low range High range

Probe model Voltage limit Overload trip level Voltage limit Overload trip level

THDP0100 600 V >600 V 6000 V >6000 V

THDP0200 150 V >150 V 1500 V >1500 V

TMDP0200 75 V >75 V 750 V >750 V

The input signals that you attempt to measure must be considered both for the differential potential between each other and for the amplitude on each input with respect to ground (the common m ode voltage speciﬁcation). The maximum common mode voltage limits vary between probes, from 550 V CAT I for the TMDP0200, to 2300 V CAT I for the THDP0100 probe. You should consider both speciﬁcations when choosing a probe for your measurement task. Some examples that illustrate this are shown on the following pages.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 22

Operating Basic

Measurement Examples

Example 1. Consider a case where you need to measure two sinusoidal waveforms that are 180° out of phase with each

other, each with an amplitude of 1000 V

with no DC offset (centered at 0 V). (See Figure 3.)

Figure 3: Measuring two equal-amplitude waveforms that are 180 degrees out of phase

If both waveforms are at the same voltage potential, then the differential measurement would be 2 times the individual signal inputs (in this example, 2000 V

MDP series probes, the THDP0100 probe is capable of measuring this signal. (See Table 6 on page 27.) For

THDP/T

). Looking at the maximum measurable differential voltage speciﬁcations for the

reference, the rms values of the Common-Mode Voltage and Voltage-to-Earth ratings and Maximum Input Signals for each probe model are shown in the ﬁgure above.

23 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Operating Basic

Example 2. Next, assume that the same waveforms from the previous example are 120° out of phase with each other.

(See Figure 4.) Although this is a lower potential between the inputs than in example 1, it exceeds the differential voltage ratings of the THDP0200 and TMDP0200 probes, so you must use the THDP0100 probe.

This phase relationship yields a maximum differential of 1.732 times the individual signal inputs, or 1732 V

Figure 4: Measuring two equal-amplitude waveforms that are 120 degrees out of phase

Example 3. Your task is to measure two AC waveforms of the same phase, each with an amplitude of 300 V. However,

one waveform is centered on ground (– input), and the other is centered on an offset of 400 VDC (+ input). The common mode voltage is the 300 V must also be taken into account for both inputs. The voltage-to-earth is 300 V the voltage-to-earth is 700 V voltage-to-earth rating of the THDP0200 probe, so it cannot be used for taking this measurement. In this case, you must use either the TMDP0200 or THDP0100 probe.

, but the maximum voltage-to-earth (the common mode voltage plus the signal waveform)

rms

on the (– input), but on the (+ input),

rms

(the 300 VAC

rms

plus the 400 VDC

rms

). Thus the (+ input) exceeds the maximum input

rms

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 24

Operating Basic

Overrange Detection

Differential voltage outside the operating range will overdrive the circuitry of the probe and distort the output signal. When this differential overrange occurs, the probe detects the condition and lights the overrange indicator. With the Audible Overrange ON, the probe will also emit an audible alarm.

WARNING. The Overrange indicator does not detect an overrange condition of common-mode voltages or voltage-to-earth

potential at the probe inputs. The Overrange indicator only detects differentially between the + and – inputs (not relative to ground). Do not exceed the Common-Mode Voltage or Input Voltage-to-Earth ratings of the probe when taking measurements.

If you are not sure, ﬁrst take a single-ended measurement of each point that you are intending to measure differentially. Take a single-ended measurement by tying one input lead to ground (the – input) and then connecting the other lead (the + input) to the points of interest, one at a time.

Common-Mode Rejection

The common-mode rejection ratio (CMRR) is the speciﬁed ability of a probe to reject signals that are common to both inputs. More precisely, CMRR is the ratio of the differential gain to the common-mode gain. The higher the ratio, the greater the ability o

f probe to reject common-mode signals.

Common mo 500 V 50 mV

Twistin

Twisting the input leads helps to cancel noise from high-EMI environments that is induced into the input leads.

de rejection decreases as the input frequency increases. For example, if you apply a 60 Hz line voltage of

to both input leads of the p robe, the probe rejects the signal by 80 dB (typical) and the signal appears as only a

p-p

signal on the oscilloscope screen.

p-p

g the Input Leads

Probe Loading

When you touch your probe tip to a circuit element, you are introducing a new resistance, capacitance, and inductance into

e circuit. Frequency and impedance of the source determine how much the probe loads the circuit you are measuring. As

th the frequency of the source starts to increase beyond 1 kHz, the input impedance of the probe begins to decrease.

The lower the impedance of the probe relative to that of the source, the more the probe loads the circuit under test. For a graph of frequency versus input impedance, refer to the Speciﬁcations section. As the graph shows, the probes have virtually

loading effect on sources with relatively low impedance and low frequency.

25 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Speciﬁcations

Speciﬁcation

The speciﬁcations shown apply to the THDP/TMDP series probes installed on Tektronix MSO/DSO4000 oscilloscopes. When a probe is used with another oscilloscope, the oscilloscope must have an input impedance of 1 MΩ and a bandwidth equal to or greater than the probe. The probe must have a warm-up period of at least 20 minutes and be in an environment that does not exceed the limits described. (See Table 5.) Speciﬁcations for the THDP/TMDP series probes fall into three categories: warranted, typical and nominal characteristics.

Warranted Speciﬁcations

Warranted S

Warranted characteristics describe guaranteed performance within tolerance limits or certain type-tested requirements. (See Table 5.)

Table 4: Warranted electrical speciﬁcations

Characteristics

Rise time (small signal, 10–90%, +20 °C to +30 °C)

Gain accuracy ±2% ±2% ±2%

Output

peciﬁcations

may be slew rate limited for large amplitude signals.

THDP0100 THDP0200 TMDP0200

600 V: ≤3.6 ns (typical: ≤3.5 ns)

6000 V: ≤3.6 ns (typical: ≤3.5 ns)

(slew rate ≥2500 V/ns (6000 V))

150 V: ≤2.4 ns (typical: ≤2.2 ns)

1500 V: ≤2.0 ns (typical: ≤1.8 ns)

(slew rate ≥650 V/ns (1500 V))

75 V: ≤2.4 ns (typical: ≤2.2 ns)

750 V: ≤2.0 ns (typical: ≤1.8 ns)

(slew rate ≥275 V/ns (750 V))

Table 5: Warranted environmental speciﬁcations

cteristics

Chara

Temperature

ting

Opera

Nonoperating

dity

Humi

Operating

operating

Non

Altitude

Operating 3,000 m (9,842 ft)

noperating

THDP0100 THDP0200 TMDP0200

o 40 °C (32 °F to +104 °F)

0°Ct

–30° C to +70° C (–22 °F to +158 °F)

5 to 85% RH (Relative Humidity) 0 °C to +40 °C (32 °F to +104 °F)

5% to 85% RH at up to +40° C ( +104 °F)

5% to 45% RH above +40° C up to +70° C (+104 to +158 °F)

15,240 m (50,000 ft)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 26

Speciﬁcations

Typical Characteristics

Typical characteristics describe typical but not guaranteed performance.

Table 6: Typical electrical characteristics

Characteristics

Maximum measurable differential voltage

Maximum common mode voltage and input voltage-to-earth

CAT I Maximum Rated OverVoltage Transient (OVT)

he maximum measurable range of the probe. Beyond these limits, the output could be clipped.

This is t The Common Mode ratings are the same as the input voltage-to-earth ratings (the maximum amount that each input lead (+/-) can be from ground).

Applies to CAT I ratings only (both ranges). The OVT peak is typically measured on top of the Peak Working Voltage.

THDP0100 THDP0200 TMDP0200

600 V Range:

600 V DC + peak AC

450 V

rms

6000 V Range:

6000 V DC + peak AC

3000 V

rms

±6000 V DC + peak AC

2300 V CAT I

1000 V C AT III

4600 V

150 V R ange:

150 V DC + peak AC

100 V

rms

1500 V Range:

1500 V DC + peak AC

1000 V

rms

±1500 V DC + peak AC

1000 V C AT II

600 V C AT III

75 V Range:

75 V DC + peak AC

50 V

rms

750 V R ange:

750 V DC + peak AC

500 V

±750 V DC + peak AC

550 V CAT I

300 V CAT III

NA 3220 V

rms

27 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Table 7: Typical electrical characteristics

Speciﬁcations

Characteristi

Bandwidth (-3

Offset zero (+20 °C to +30 °C)

Input resis

Between inputs

Between each input and ground

Input capacitance

Between inputs <2.5 pF <2.0 pF <2.0 pF

Between e ground

Common Mode Rejection Ratio (20–30°

Propag

DC offs

Bandw

Input overdrive recovery

Input referred noise (mV

dB)

tance

ach input and

ation delay

et drift (output referred)

idth limit ﬁlters

)

rms

THDP0100 THDP0200 TMDP0200

DC to ≥100 MHz 150 V: DC to ≥16

1500 V: DC to ≥200 MHz

600 V: ±1 V

6000 V: ±10 V

40 MΩ ±2% 10 MΩ ±2% 5 MΩ ±2%

20 MΩ ±2% 5 MΩ ±2% 2.5 MΩ ±2%

<5.0 pF pe

DC: >80 dB

100 kHz: >60 dB

3.2 MHz:

100 MHz: >26 dB

16 ns 14 ns 14 ns

50 μV/ °

5MHz 5MHz 5MHz

600 V of ﬁnal value after 5X overdrive

600 V: <175 mV

6000 V: <400 mV

rside

>30 dB

: <30 ns to 10%

150 V: ±500 mV

1500 V: ±5 V

<4.0 pF pe

DC: >80 dB

100 kHz: >60 dB

3.2 MHz:

100 MHz: >26 dB

50 μV/ °

150 V of ﬁnal value after 5X overdrive

150 V: <50 mV

1500 V: <140 mV

: <20 ns to 10%

0MHz

rside

>30 dB

75 V: DC to ≥160

750 V: DC to ≥200 MHz

75 V: ±200 mV

750 V: ±2 V

<4.0 pF pe

DC: >80 dB

100 kHz: >60 dB

3.2 MHz:

100 MHz: >26 dB

50 μV/ °

75 V: of ﬁnal value after 5X overdrive

75 V: <25 mV

750 V: <65 mV

<20nsto10%

MHz

rside

>30 dB

Mechanical Characteristics

ble 8: Typical mechanical characteristics

Characteristic

obe body dimensions

robe control box dimensions

nput cable length

Output cable length 1.5 m (59 in)

Weight (probe only) 340 gm (12.0 oz) 309 gm (10.9 oz) 309 gm (10.9 oz)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 28

DP0100

DP0200

185 mm x 56 mm x 25 mm (7.3 in x 2.2 in x 1.0 in)

76mmx31mmx41mm(3.0inx1.2inx1.6in)

25.4 cm (10 in)

DP0200

Speciﬁcations

Nominal Characteristics

Nominal characteristics describe guaranteed traits, but the traits do not have tolerance limits.

Table 9: Nominal electrical characteristics

Perfor

Characteristics

Number of inputs Differential (two inputs, + and – )

Input coupling

Output coupling DC coupling

Output termination Terminate into 1 MΩ

Attenuation

Differential overvoltage detection level

The Overrange/overvoltage indicator does not detect common mode voltage or voltage-to-earth potential at the probe inputs. To ensure that the common mode voltage or input voltage-to-earth ratings of the probe are not exceeded, the test points can be measured relative to ground by probing each separately with the + input lead while the – input lead is grounded (by taking a single-ended measurement).

THDP0100 THDP0200 TMDP0200

100X/1000X

(600 V/6000 V)

600 V: >600 V

6000 V: >6000 V

50X/500X

(150 V/1500 V)

150 V: >150 V

1500 V: >1500 V

25X/250X

(75 V/750 V)

75 V: >75 V

750 V: >750 V

mance Graphs

Figure 5: THDP0100/0200 and TMDP0200 impedance plots

29 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Figure 6: THDP0100 voltage derating curve

Speciﬁcations

re 7: THDP0200 voltage derating curve

Figu

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 30

Speciﬁcations

Figure 8: T

MDP0200 voltage derating curve

Figure 9: THDP0100 rise time (typical)

31 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Speciﬁcations

Figure 10: THDP0200 rise time (typical)

Figure 11: TMDP0200 rise time (typical)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 32

Performance Ver

iﬁcation

Performance V

Use the following procedures to verify the warranted speciﬁcations of the probes. Before beginning these procedures, photocopy the test record and use it to record the performance test results. (See Table 13 on page 38.) The recommended calibration interval is one year.

These procedures test the following speciﬁcations:

Gain accuracy

Rise time

eriﬁcation

Required Equipment

The equipm quantities of connectors may vary depending on the speciﬁc equipment you use.

Table 10: E

Descript

Oscillos

Generat

Pulse generator ≥50 V, 200 ns pulse width, ≤500 ps rise time, 1 kHz Avtech AVR-E2-B-W-P

Probe calibration ﬁxture TekVPI input (See Figure 12.)

Digital Multimeter (DMM) 100 mV and 1 V true RMS AC ranges, <±0.3 %

Cable Coax,

Adapter

Termination

Attenuator

robe hook tips (2)

ent required to perform the performance veri ﬁ cation procedures are shown in the table below. The types and

quipment required

ion

cope

Minimum r

500 MHz

±100V variable amplitude, 100 Hz square wave, calibra

accura

BNC fe

BNC f

BNC

Included with probe accessory kit

equirements

ted

BNC, 50Ω,36in

male-to-SMA male

emale-to-dual banana female

female-to-female

male-to-dual banana male

C feedthrough, 50Ω

C, 50Ω,2X

Example p

Tektroni

Fluke 9100

Tektronix part number 067-1701-xx

Tektronix DMM4040/4050

Tektronix part number 012-0482-xx

Tektronix part number 015-1018-xx

Tektronix part number 103-0090-xx

Tektronix part number 103-0028-xx

Fluke PM9081

Tektronix part number 011-0049-xx

Tektronix part number 011-0069-xx

ektronix part number AC280–FL

roduct

x M SO /DSO 4000

33 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Performance Ver

TekVPI Calibration Fixture

This calibration ﬁxture is required to complete a performance veriﬁcation and gain accuracy adjustment procedures on the probes. It provides power to the probe and routes the probe output signal out through an SMA connector on the back of the ﬁxture. The signal can then be measured with another instrument, such as a precision DMM, to check and adjust the gain accuracy of the probe. Order Tektronix part number 067-1701-xx.

iﬁcation

Figure 12: TekVPI calibration ﬁxture

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 34

Performance Ver

iﬁcation

Test Procedures

WARNING. These procedures require the application of high voltage to the inputs of the probes. Only qualiﬁed personnel

should perfor voltage measurements should be followed and adhered to.

Test Setup

1. Turn on the oscilloscope.

2. Connect the probe to any channel of the oscilloscope.

3. Verify that the LEDs light on the probe.

m any testing w ith voltage levels exceeding 30 V

. All pertinent safety rules and guidelines for elevated

rms

4. Turn on the remaining test equipment and let the probe and equipment warm up for 20 minutes.

5. Make a copy of the test record to tabulate the test results. (See Table 13 on page 38.)

35 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Gain Accuracy

Performance Ver

iﬁcation

WARNING. Dang

verify that the generator is in the standby mode before you make any connections to the generator.

1. Verify that the generator output is off.

2. Connect the probe calibration ﬁxture to any channel (1–4) on the oscilloscope.

3. Connect the probe output to the probe calibration ﬁxture and the probe inputs to the generator.

4. Connect the output of the probe calibration ﬁxture to the inputs of the DMM, using coax cables and adapters. Set the

DMM to AC volts.

erous voltages will be present on the calibration generator output terminals and connection cables. Always

5. Set the probe attenuation to the lower range for the probe that you are testing. (See Table 11.)

6. Set the generator square wave output frequency and RMS voltage (main display) to the values shown in the table

for the probe that you are testing.

7. Enable the generator output and record the probe output (as displayed on the DMM) in the test record.

8. Disable the generator output.

9. Set the probe attenuation to the next range and then repeat steps 6 through 8.

Table 11: Gain accuracy equipment settings

Probe Generator output Probe output voltage

Model Range Voltage (rms) Frequency Expected (rms) Measured (rms)

600 V 75 V 100 Hz 750 mV ±15 mVTHDP0100

6000 V 75 V 100 Hz 75 mV ±15 mV

150 V 25 V 100 Hz 500 mV ±10 mVTHDP0200

1500 V 75 V 100 Hz 150 mV ±3 mV

75 V 20 V 100 Hz 800 mV ±16 mVTMDP0200

750 V 60 V 100 Hz 240 mV ±4.8 mV

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 36

Performance Ver

Rise Time

1. Verify that the pulse generator output is off and then connect the probe to the oscilloscope.

2. Connect the probe inputs, through the adapters shown below, to the pulse generator output. Set the probe input leads

straight and parallel for best signal response.

iﬁcation

3. Set the output of the pulse generator to 50 V, 1 kHz, and a 200 ns pulse output. (The probe input voltage will be 25 V due to the 2X attenuator in the circuit.)

4. Set the oscilloscope to 5 V/div, 10 ns/div, BW = full, ave

5. Set the probe bandwidth to full and the attenuation to th

6. Enable the generator output and check that the rise tim

Use the auto-measure feature of the oscilloscope to determine the rise time.

7. Recordtherisetimeinthetestrecord.

8. Set the probe attenuation to the next r ange and adjust the vertical volts/div to display the signal.

9. Record the rise time in the test record and disable the generator output.

rage = 16.

e ﬁrst range listed in the table.

e does not exceed the target rise time value listed in the table.

Table 12: Rise time test equipment settings

Probe Generator output Measurement

Model Range Voltage Frequency Target Measured

600 V 50 V 1 k Hz ≤3.6 nsTHDP0100

6000 V 50 V 1 k Hz ≤3.6 ns

150 V 50 V 1 k Hz ≤2.4 nsTHDP0200

1500 V 50 V 1 k Hz ≤2.0 ns

75 V 50 V 1 kHz ≤2.4 nsTMDP0200

750 V 50 V 1 k Hz ≤2.0 ns

37 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Test Record

Photocopy this test record for recording the results of the performance veriﬁcation procedures.

Table 13: THDP & TMDP Series probes test record

Performance Ver

iﬁcation

Probe Model:

Probe Serial Number:

Temperature:

Probe test Range Minimu m Incoming Outgoing Maximum

Gain accuracy

THDP0100 600 V 735 mV 765 mV

6000 V 73.5 mV 76.5 mV

THDP0200 150 V 490 mV 510 mV

1500 V 147 mV 153 mV

TMDP0200 75 V 784 mV 816 mV

750 V 235.2 mV 244.8 mV

Rise time

THDP0100 600 V

6000 V

THDP0200 150 V

1500 V

TMDP0200 75 V

750 V

—

Certiﬁcate Number:

RH%:

Technician:

Date of Calibration:

3.6 ns

2.4 ns

2.0 ns

2.4 ns

2.0 ns

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 38

Adjustments

Use the following procedures to make adjustments to the THDP & TMDP Series probes. (For probes with serial numbers C019999 and below, see note and table that follow.) These procedures describe how to make adjustments to the speciﬁcations listed below.

NOTE. Only probes with serial numbers C020000 and above have internal adjustments. (See Table 14.) Probes with serial

numbers C019999 and below that require adjustments (other than offset zero) must be returned to Tektronix for service.

Table 14: THDP & TMDP Series probe adjustments

Speciﬁcation Adjustment method used Probe serial number

Offset zero

Gain accuracy Internal; adjustments on PCB Serial numbers C020000 and above

DC CMRR Internal; adjustments on PCB Serial numbers C020000 and above

LF compensation

AC CMRR Internal; adjustments on PCB Serial numbers C020000 and above

External; user probe controls All serial numbers

Internal; adjustments on PCB Serial numbers C020000 and above

NOTE. The adjustments in the probes are preset at the factory for best overall performance. However, you may follow these

procedures to check the probe characteristics and optimize them if necessary.

WARNING. These procedures require you to remove a reusable label from the back of the probe. You must replace

the label after you complete the probe adjustments. Failure to do so may subject the user to high voltages present in the probe during measurements.

39 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Adjustments

Figure 13: Probe serial number and adjustment locations

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 40

Adjustments

Equipment Required

The equipment required to perform the adjustment procedures are shown in the table below. The types and quantities of connectors may vary depending on the speciﬁc equipment you use.

Table 15: Equipment required for adjustments

Description Minimum requirements Example product

Oscilloscope

Generator

Probe calibration ﬁxture

Digital Multimeter (DMM) 100 mV and 1 V true RMS AC ranges, <±0.3 %

Cable Coax, BNC, 50 Ω,36in

Adapter

Probe hook tips (2)

Adjustment tool

Replacement rear-panel

label

Requ

The original label is backed with a reusable adhesive. If the label does not sufﬁciently adhere to the probe, order a replacement.

Label removal is not required to access offset zero adjustments

ired for the CMRR adjustment

500 MHz

Tektronix MSO/DSO4000

±100 V variable, 100 Hz square wave, calibrated Fluke 9100

TekVPI inputs Tektronix part number 067-1701-xx

Tektronix DMM4040/4050

accuracy

Tektronix part number 012-0482-xx

BNC female-to-SMA male

BNC male-to-dual binding post

BNC male-to-dual banana male

Included with probe accessory kit

Insulated, slotted (straight) head

Insulated, narrow-slotted (straight) head

Reusable, adhesive-backed label that covers

Tektronix part number 015-1018-xx

Tektronix part number 103-0035-xx

Fluke PM9081

Tektronix part number AC280–FL

Tektronix part number 003-1433-xx

Tektronix part number 003-1928-xx

Tektronix part number 335-2913-xx

adjustment access openings

41 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Adjustment Procedures

WARNING. These procedures require the application of high voltage to the inputs of the probes. Only qualiﬁed personnel

should perfor voltage measurements should be followed and adhered to.

Test Setup

1. Turn on the oscilloscope.

2. Connect the probe to any channel of the oscilloscope.

3. Verify that the LEDs light on the probe.

m any testing with voltage levels exceeding 30 V

. All pertinent safety rules and guidelines for elevated

rms

Adjustments

4. Turn on the remaining test equipment and let the probe and equipment warm up for 20 minutes.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 42

Adjustments

Offset Zero

This is the only procedure that applies to all of the probes and all serial numbers.

Adjustment notes.

For probes with serial numbers C199999 and below, Offset Zero is the only adjustment that can be done to the probe.

For probes with serial numbers C020000 and above, Offset Zero is the only adjustment that can be done without removing th

e back label.

The adjustm

ent for each range is independent and does not interact between the ranges.

Procedure.

1. Set the oscilloscope offset to 0 volts.

2. Connect the probe inputs together with the hook tips.

3. Pres

s and hold the probe BANDWIDTH LIMIT and RANGE buttons until the OVERRANGE LED on the probe ﬂashes.

4. Rele

5. Use the probe BANDWIDTH LIMIT and RANGE buttons to set the probe offset voltage as close to 0 V as possible, as

6. Pre

7. Select the remaining attenuation range and repeat steps 3 through 6.

43 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

ase the buttons. The OVERRANGE LED continues to ﬂash, indicating that the digitally-controlled offset zero

adjustment is enabled.

displayed on the oscilloscope. The BANDWIDTH LIMIT button decreases the offset voltage and the RANG E button

reases it.

inc

ss the AUDIBLE OVERRANGE button on the probe to store the adjusted offset value. The OVERRANGE LED stops

ﬂashing to indicate that the offset value is stored and that the adjustment is disabled.

Accessing the Internal Adjustments

Adjustments

NOTE. Only pro

numbers C019999 and below that require adjustments (other than offset zero) must be returned to Tektronix for service.

WARNING. The remaining adjustments for the probe require you to remove a reusable label from the back of the probe. You

must replace present in the probe during measurements. If you need a replacement label, refer to the Equipment Required table for the Tektronix part number. (See Table 15 on page 41.)

1. Remove the

preserve the adhesive backing for reuse.

bes with serial numbers C020000 and above have internal adjustments. (See Figure 14.) Probes with serial

the label after you complete the probe adjustments. Failure to do so m ay subject the user to high voltages

reusable back-panel label shown below to gain access to the adjustments. Store the label in a safe place to

Figure 14: Internal adjustment locations (S/N C020000 and above only)

CAUTION. You must replace the reusable label after you complete the adjustment procedures. Failure to do so may s ubject

the user to high voltages present in the probe during measurements. If you need a replacement label, refer to the Equipment Required table for the Tektronix replacement part number. (See Table 15 on page 41.)

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 44

Adjustments

Gain Accuracy

The equipment settings for this test differ between probes. Refer to the table for speciﬁc settings for the probe that you are testing. (See Table 16.)

WARNING. Dangerous voltages will be present on the calibration generator output terminals and connection cables. Always

verify that the generator is in the standby mode before you make any connections to the generator.

1. Verify that the generator output is off.

2. Connect the probe calibration ﬁxture to any channel (1–4) on the oscilloscope.

3. Connect the probe output to the probe calibration ﬁxture.

4. Connect the output of the probe calibration ﬁxture to the inputs of the DMM, using coax cables and adapters.

5. Set the DMM to AC volts.

6. Connect the probe inputs to the front outputs of the generator, using adapters if necessary.

7. Set the probe attenuation to the lower (most sensitive) range for the probe that you are adjusting.

8. Set the generator square wave output frequency and RMS voltage (main display) to the values shown in the table for the

probe that you are adjusting. (See Table 16.)

Table 16: Adjust gain accuracy equipment settings

Probe Generator square wave output Probe output voltage

Model Range Voltage ( rm s) Frequency Expected (rms) Measured (rms)

600 V 75 V 100 Hz 750 mV ±15 mVTHDP0100

6000 V 75 V 100 Hz 75 mV ±1.5 mV

150 V 25 V 100 Hz 500 mV ±10 mVTHDP0200

1500 V 75 V 100 Hz 150 mV ±3 mV

75 V 20 V 100 Hz 800 mV ±16 mVTMDP0200

750 V 60 V 100 Hz 240 mV ±4.8 mV

45 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

9. Enable the generator output.

10. Adjust the low-range DC gain pot in the probe to ≤2% of the expected output.

Adjustments

WARNING. Use o

nly an insulated tool to make the adjustment. Failure to do so presents a potential shock hazard.

11. Disable the generator output.

12. Set the probe attenuation to the next range and set the generator output voltage to the value shown in the table.

13. Enable the generator output and adjust the high-range DC gain pot in the probe to ≤2% of the expected output.

14. Disable the generator output.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 46

Adjustments

DC CMRR

WARNING. Dang

verify that the generator is in the standby mode before you make any connections to the generator.

1. Verify that the generator output is off.

2. Connect both of the probe inputs to the red (+) banana connector on the front output terminals of the generator. Use a

BNC-banana adapter i

erous voltages will be present on the calibration generator output terminals and connection cables. Always

f necessary.

3. Set the output of the generator to the voltage and frequency listed in the table. (See Table 17.)

Table 17: DC CMRR test equipment settings

Probe Generator output

Model Range Voltage (rms) Voltage (p-p) Frequency

THDP0100 600 V 353.53 V 1000 V 40 Hz

THDP0200 150 V 200 V 566 V 40 Hz

TMDP0200 75 V 353.53 V 1000 V 40 Hz

4. Set the osci

5. Set the prob

6. Enable the g

generator Sense output to another channel and trigger off of that channel.

lloscope horizontal to 10 ms/div and bandwidth to 5 MHz.

e attenuation to the lower (most sensitive) range of the probe.

enerator output. Set the oscilloscope vertical to display the signal. For a stable display, connect the

47 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Adjustments

7. Using the narrow-bladed tool, adjust the DC CMRR pot in the probe to minimize the amplitude of the waveform displayed

on the oscillos

cope. Use averaging or hi-res ﬁlters to make viewing the 40 Hz signal easier.

WARNING. Use only an i nsulated tool to make the adjustment. Failure to do so presents a potential shock hazard.

8. Disable the genera

tor output.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 48

Adjustments

LF Compensation

WARNING. Dang

erous voltages will be present on the calibration generator output terminals and connection cables. Always

verify that the generator is in the standby mode before you make any connections to the generator.

NOTE. The TMDP0200 probe only has one long-term +LF adjustment and one long-term –LF adjustment. The other two

probe models have two

long-term +LF adjustments and two long-term –LF adjustments each.

1. Verify that the generator output is off.

2. Connect the probe inputs to the signal output connector on the back of the generator, using adapters if necessary.

Connect the red probe lead to the signal, and the black lead to ground.

3. Set the probe attenuation to the lower range for the probe that you are adjusting.

4. Set the oscilloscope horizontal to 4 μs/div, acq mode = average 16.

5. Set the generator fast-rise (rise time waveform) output frequency to 10 kHz.

6. Set the generator fast-rise output voltage to 50 V

Table 18: LF c

ompensation test equipment settings

p-p

Probe Generator output

Model Range Voltage (p-p) Frequency

THDP0100 600 V 50 V 10 kHz

THDP0200 150 V 50 V 10 kHz

TMDP0200 75 V 50 V 10 kHz

7. Enable the generator output. Set the oscilloscope vertical to display the signal.

49 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

8. Make the adjustments in the following order: long-term +LF, long-term +LF*, short-term +LF. (The long-term +LF*

adjustment is n

ot used in the TMDP0200 probe.) Repeat this sequence as necessary to optimize the square-wave

response.

WARNING. Use only an i nsulated tool to make the adjustment. Failure to do so presents a potential shock hazard.

9. Disable the generator output.

10. Reverse the probe input leads to the generator.

Adjustments

11. Invert the signal and trigger slope on the oscilloscope to display the rising edge of the signal. Adjust the trigger level

if necessary.

12. Enable the generator output and make the adjustments in the following order: long-term –LF, long-term –LF*, short-term

–LF. (The long-t

erm –LF* adjustment is not used in the TMDP0200 probe.) Repeat this sequence as necessary to

optimize the square-wave response.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 50

Adjustments

AC CMRR

WARNING. Dang

erous voltages will be present on the calibration generator output terminals and connection cables. Always

verify that the generator is in the standby mode before you make any connections to the generator.

1. Verify that the generator output is off.

2. Connect both of the probe inputs to the red (+) banana connector on the front output of the generator. Use a

BNC-banana adapter i

f necessary.

3. Set the output of the generator to 297 V

(105 Vrms) @100 kHz.

p-p

Table 19: AC CMRR test equipment settings

Probe Generator output

Model Range Voltage (p-p) Frequency

THDP0100 600 V 297 V 100 kHz

THDP0200 150 V 297 V 100 kHz

TMDP0200 75 V 297 V 100 kHz

4. Set the osci

5. Set the prob

6. Enable the g

lloscope horizontal to 10 μs/div.

e bandwidth to full and the attenuation to the lower range of the probe.

enerator output. Adjust the oscilloscope vertical to display the signal.

51 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Adjustments

7. Make only slight adjustments to only the +LF pots to optimize the CMRR (minimize the signal amplitude). Adjust the

pots in the foll

owing order: short-term +LF, long-term +LF, long-term +LF*. (The long-term +LF* adjustment is not

used in the TMDP0200 probe.)

WARNING. Use only an i nsulated tool to make the adjustment. Failure to do so presents a potential shock hazard.

This completes the adjustment procedures.

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 52

Troubleshootin

Troubleshooting

Host Instrument Firmware

Some instruments m ay require a ﬁrmware upgrade to support full functionality of the latest probes that are offered by Tektronix. Instruments with lower versions of ﬁrmware may not display all probe controls and indicators on screen, and in some cases may require you to power-cycle the instrument to restore normal instrument operation. If you are having problems with your probe and suspect that you need to upgrade your instrument ﬁrmware, go to www.tektronix.com/probe-support to download the latest ﬁrmware.

To check the ﬁrmware version on Windows-based instruments, from the menu bar, click Help/About TekScope. On Linux-based instruments, press the Utilities button on the front panel.

Error Conditions

LEDs Do Not Remain Lit

If none of the LEDs remain lit after you connect the probe, a probe/oscilloscope interface fault may exist. Perform the following steps until you clear the fault or isolate the problem:

Disconnect and reconnect the probe to restart the power-on diagnostic sequence.

Connect the probe to a different channel on the oscilloscope.

Disconnect the probe from the oscilloscope, power-cycle the oscilloscope, and then reconnect the probe.

Connect the probe to a different oscilloscope.

If the symptoms remain (they follow the probe), then the probe is defective and must be returned to Tektronix for repair.

Signal Display

probe is connected to an active signal source and you do not see the signal displayed on the oscilloscope:

If the

that the probe accessories that you are using are fully mated.

Check

k the probe connection on your circuit.

Chec

orm a functional check on the probe.

Perf

53 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Cleaning

Protect the probe from adverse weather conditions. The probe is not waterproof.

CAUTION. To prevent damage to the probe, do not expose it to sprays, liquids, or solvents. Avoid getting moisture inside

the probe when cleaning the exterior.

Clean the exterior surfaces of the probe with a dry, lint-free cloth or a soft-bristle brush. If dirt remains, use a soft cloth or swab dampened with a 75% isopropyl alcohol solution. Use only enough solution to dampen the cloth or swab. Do not use abrasive compounds on any part of the probe.

Service

There are no user-serviceable parts in the probes. If your probe requires service, contact your Tektronix service representative or repair center for instructions on returning your probe for repair.

Troubleshootin

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 54

Troubleshootin

55 THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual

Index

Accessories

optional, 17 THDP0100 standard, 6 THDP0200 sta

TMDP0200 standard, 10 Adjustments (service), 39 Audible ove AutoZero, 20

ndard, 10

rrange, 5

Bandwidth limit, 5

Cleaning Common-mode rejection, 25 Connecting to the circuit, 2 Connect

,54

ing to the instrument, 1

DC offset zero, 20 DC offset zero reset, 21

conditions

Error

LEDs, 53

signal display, 53

ware, 53

Firm Functional check, 19

Host instrume

nt ﬁ rmware, 53

Loading, 25

Measurement examples, 23

Operating Operating limits, 22 Optional accessories, 17 Overrang Overrange detection, 25

basics, 22

e, 4, 5

Performance graphs, 29

ance veriﬁcation, 33

Perform

test record, 38

Probe controls

e overrange, 5

Audibl Bandwidth limit, 5 Menu button, 3

ange indicator, 4

Overr Probe release button, 3 Range, 5

s indicator, 3

Statu Probe controls and indicators, 3 Probe inputs, 4

e loading, 25

Prob

Probe release button, 3 Probe setup screen, 20 Probing tech

niques, 22

Range, 5

Safety Summary, iii Service, 5 Service options, 18 Speciﬁcations, 26

mechanic nominal, 29 typical, 27 warrante

al, 28

d, 26

TekVPI calibration ﬁxture, 34 Test record, 38

eshooting, 53

Troubl

THDP0100/0200 & TMDP0200 High Voltage Differential Probes Instruction Manual 56

Tektronix THDP0100, THDP0200, TMDP0200 Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual