TEKTRONIX THDP0100/0200 and TMDP0200 series high-voltage differential probes

TEKTRONIX THDP0100/0200 and TMDP0200 series high-voltage differential probes

Compliance Information and Environmental Requirements

1. EMC (Electromagnetic Compatibility) compliance

Core Directive: Complies with the requirements of EU Directive 2004/108/EC.

Key criteria:

Emission standards: EN 61326-1:2006, EN 61326-2-1:2006, CISPR 11:2003 (Group A, Radiation and Conducted Emissions);

Immunity standard: IEC 61000-4 series (electrostatic discharge, radio frequency electromagnetic field, electrical fast transient, power surge, voltage sag, etc.);

Power standards: EN 61000-3-2:2006 (harmonic emission), EN 61000-3-3:1995 (voltage fluctuation and flicker).

Special note:

Only for non residential use, residential use may generate electromagnetic interference;

When connecting the tested object, it may exceed the standard emission limit, and high-quality shielded interface cables should be used to ensure compliance.

2. Safety compliance standards

Compliance Area Core Standards Applicable Requirements

EU Low Voltage Directive 2006/95/EC, EN 61010-031/A1:2008 Safety Requirements for Handheld Measurement Probes

Canadian CAN/CSA-C22.2 No.61010-031-07/A1:2010 has equivalent requirements to EN 61010-031/A1:2008

International General IEC 61010-031/A1:2008 Safety Specification for Electrical Equipment for Measurement, Control and Laboratory Use

3. Environmental requirements

Pollution level: rated as level 2 (normal environment only contains dry non-conductive pollution, occasional temporary conductivity may occur due to condensation, typical office/home environment, condensation may occur when the product is stopped), limited to indoor use only.

Measurement category definition:

CAT I: Measurement of circuits not directly connected to the power grid;

CAT II: Circuit measurement directly connected to low-voltage power grid;

CAT III: Measurement of power distribution systems inside buildings;

CAT IV: Low voltage power grid source measurement (three probes support up to CAT III, the specific level depends on the model and accessories).

Environmental compliance:

Compliant with EU WEEE (2002/96/EC) and Battery Directive (2006/66/EC), requiring recycling and disposal through compliant channels;

Classified as monitoring and control equipment, exempt from RoHS (2002/95/EC) directive requirements.

Product model parameters and core characteristics

1. Comparison Table of Core Parameters of Three Probes

Parameter category THDP0100 THDP0200 TMDP0200

Bandwidth (-3dB) DC~≥ 100MHz 150V range: DC~≥ 160MHz; 1500V gear: DC~≥ 200MHz 75V gear: DC~≥ 160MHz; 750V gear: DC~≥ 200MHz

Low range of peak voltage range: 600V (DC+peak AC); High range: 6000V (DC+peak AC) Low range: 150V (DC+peak AC); High range: 1500V (DC+peak AC) Low range: 75V (DC+peak AC); High range: 750V (DC+peak AC)

Attenuation ratio 600V gear: 100X; 6000V gear: 1000X; 150V gear: 50X; 1500V gear: 500X; 75V gear: 25X; 750V gear: 250X

Rise time (10%~90%,+20~30 ℃) ≤ 3.6ns (typical ≤ 3.5ns), slew rate ≥ 2500V/ns (6000V range) 150V range: ≤ 2.4ns (typical ≤ 2.2ns); 1500V gear: ≤ 2.0ns (typical ≤ 1.8ns), slew rate ≥ 650V/ns (1500V gear) 75V gear: ≤ 2.4ns (typical ≤ 2.2ns); 750V gear: ≤ 2.0ns (typical ≤ 1.8ns), slew rate ≥ 275V/ns (750V gear)

Gain accuracy ± 2% ± 2% ± 2%

Input resistance difference: 40M Ω± 2%; Single end to ground: 10M Ω± 2%/side differential: 10M Ω± 2%; Single end to ground: 2.5M Ω± 2%/side differential: 5M Ω± 2%; Single end to ground: 1.25M Ω± 2%/side

Input capacitance difference:<2.5pF; Single end to ground:<5.0pF/side difference:<2.0pF; Single end to ground:<4.0pF/side difference:<2.0pF; Single end to ground:<4.0pF/side difference

Common mode rejection ratio (CMRR) DC:>80dB; 100kHz：>60dB； 3.2MHz：>30dB； 100MHz:>26dB Same as THDP0100 Same as THDP0100

Maximum common mode voltage/ground voltage ± 6000V (DC+peak AC); 2300V CAT I； 1000V CAT III ± 1500V (DC+peak AC); 1000V CAT II； 600V CAT III ± 750V (DC+peak AC); 550V CAT I； 300V CAT III

Propagation delay 16ns 14ns 14ns

DC offset drift (output reference) 50 μ V/℃ 50 μ V/℃ 50 μ V/℃

Input overload recovery time in 600V range:<30ns (recover to the final value of 10% after 5 times overload); 6000V gear:<30ns 150V gear:<20ns 1500V gear:<20ns 75V gear:<20ns 750V gear:<20ns

Input equivalent noise (mV rms) 600V range:<175mV; 6000V range:<400mV; 150V range:<50mV; 1500V range:<140mV; 75V range:<25mV; 750V range:<65mV

Probe size (length x width x height) Probe body: 185mm x 56mm x 25mm; Control box: 76mm x 31mm x 41mm Same as THDP0100 Same as THDP0100

Cable length input line: 25.4cm (10in); Output line: 1.5m (59in) same as THDP0100 same as THDP0100

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

2. Environmental adaptability parameters

Range of environmental parameter requirements

Working temperature: 0 ℃~40 ℃ (32 ℉~104 ℉)

Storage temperature -30 ℃~70 ℃ (-22 ℉~158 ℉)

Working humidity 5%~85% RH (0 ℃~40 ℃)

Storage humidity 5%~85% RH (≤ 40 ℃); 5%~45%RH（40℃~70℃）

Working altitude 3000m (9842ft)

Storage altitude 15240m (50000ft)

Operation Guide: Connection, Control, and Measurement

1. Connect to the measuring instrument (oscilloscope)

Physical connection: Insert the probe into the input channel of the oscilloscope, and all LEDs of the probe will briefly turn on and then return to the previous usage settings; The Status LED on the control box first turns amber (during self check), briefly goes off, and then turns green, indicating that the probe is ready.