TELEDYBE LECROY DH-SI Oscilloscope Probes and Accessories User Guide

TELEDYBE LECROY DH-SI Oscilloscope Probes and Accessories

PROBE SELECTION

Teledyne LeCroy has a wide variety of world class probes and amplifiers to compliment its product line. From the ZS high impedance active probes to the DH Series Differential High-bandwidth Probes which offers bandwidths up to 30 GHz, Teledyne LeCroy probes and probe accessories provide optimum mechanical connections for signal measurement.

Front Cover: DH Series Differential High-bandwidth Probes

HIGH VOLTAGE OPTICALLY ISOLATED PROBES

Teledyne LeCroy High Voltage Optically Isolated Probe

Model Numbers:

• DL03-ISO
• DL07-ISO
• DL10-ISO

Key Features

• 1 GHz bandwidth
• Ideal for GaN and SiC devices
• 1.5% system accuracy
• 435 ps rise time
• High CMRR – 160 dB
• Flexible connectivity options
• Autozero without disconnection

Key Applications

• Servers
• Motherboards
• Mobiles
• Lighting and building automation
• Residential inverters
• UPS
• Switch Mode Power Supplies
• Motors in household and commercial appliances

The DL-ISO enables highest confidence in GaN and SiC device characterization with highest accuracy, best signal fidelity, and comprehensive connectivity.

Best Probe for GaN and SiC
With 1 GHz of bandwidth, 2500 V differential input range, and 60 kV common mode, DL-ISO probes are perfect for both GaN and SiC device characterization and system development engineers.

Highest Accuracy
Combine DL-ISO probes with industryleading 12-bit resolution High Definition Oscilloscopes (HDOs) to get 1.5% system accuracy, nearly twice as good as the alternate solution in the market.

Best Signal Fidelity
During measurements, getting the most faithful representation of the signal can be elusive. DL-ISO overcomes that challenge by delivering the industry’s best signal fidelity with the fastest rise time, lowest overshoot, and low DUT loading.

Comprehensive Connectivity
DL-ISO probes increase measurement confidence by employing high-quality coaxial attenuating tips that reject unwanted noise and terminate into test boards using industry standard MMCX connectors or high-voltage safe square pin headers.

ACTIVE VOLTAGE RAIL PROBE

Teledyne LeCroy Active Voltage Rail Probe

The RP4060 and RP2060 probes are designed specifically to probe low-impedance DC power/voltage rails. Low attenuation means a lownoise view of small signal variations at high frequency, while the probe’s built-in offset of up to ±60V enables compensation for the rail’s DC voltage. The probe’s high DC input impedance eliminates loading of the low-impedance DC rail.

Model Number:

• RP2060
• RP4060

Key Features

• Up to 4 GHz Bandwidth
• ±60 V Offset Capability
• ±800 mV Dynamic Range
• 50 kΩ DC Input Impedance
• 1.2x Attenuation for low additive noise

MCX terminated cable with wide variety of connections:

• Solder-in (4 GHz)
• Coaxial Cable to
• U.FL receptacle (3 GHz)
• MCX PCB Mount (4 GHz)
• Browser (500 MHz)
• ProBus Interface

Large Offset Range
Permits the DC signal to be displayed in the vertical center of the oscilloscope grid with a high-sensitivity gain setting.

Low Attenuation and Noise
The probe attenuation is a nominal 1.2x coupled to the oscilloscope at DC 50 Ω. This keeps additive noise to a minimum, and makes it exceptionally useful with Teledyne LeCroy’s 12-bit High Definition oscilloscopes for lowest noise at highest sensitivity gain settings.

High DC Input Impedance
50 kΩ input impedance at DC effectively eliminates probe loading on the DC power/voltage rail and provides for more accurate measurements and signal fidelity.

High Bandwidth
The RP4060 provides 4 GHz of bandwidth, for power integrity characterization of the highest performance computing and embedded systems. The RP2060 provides the same excellent noise and loading performance in a lower-cost 2 GHz probe.

Wide Assortment of Tips and Leads
The RP4060 and RP2060 are supplied standard with solder-in and coaxial cables with MCX and U.FL PCB receptacle mounts. Receptacles or leads can be left connected in circuit for easy connection of different signals. A browser tip is optionally available.

60 V COMMON MODE DIFFERENTIAL PROBES

Teledyne LeCroy 60 V Common Mode Differential Probe Model Numbers:

• DL02-HCM
• DL05-HCM
• DL10-HCM

The 60 V Common Mode Differential Probes are the ideal probes for low voltage GaN power conversion measurement with the highest accuracy, best CMRR, and lowest noise.

Key Applications

• 48 V motors and drives
• High-power DC-DC converters
• GaN-based PDNs
• AC-DC switch-mode power supplies
• Wireless charging systems
• Gate-drive measurements

Key Features

• Ideal probe for 48 V Power Conversion
• 250 MHz, 500 MHz and 1 GHz bandwidth
• 80 V dynamic range
• 60 V common mode
• Highest accuracy
• 0.5% gain accuracy
• Precision gain calibration
• Best LF flatness (0.1 dB)

Lowest noise and highest rejection Wide variety of tips

• High performance solder-in
• Browser
• Single pins and header
• Mini and micro grabbers
• Socketed connections
• High temp solder-in
• Y-banana adaptor

CE Declaration of Conformity Conforms to EN61010-031:2015, EN61326-1:2013, and EN50581:2012 All Bandwidth and Rise Time measurements are made without leads and an oscilloscope bandwidth greater than the probe bandwidth.

Ordering Information

ACTIVE VOLTAGE RAIL PROBE

The RP4060 and RP2060 probes are designed specifically to probe low-impedance DC power/voltage rails. Low attenuation means a lownoise view of small signal variations at high frequency, while the probe’s built-in offset of up to ±60V enables compensation for the rail’s DC voltage. The probe’s high DC input impedance eliminates loading of the low-impedance DC rail.

Key Features

• Up to 4 GHz Bandwidth
• ±60 V Offset Capability
• ±800 mV Dynamic Range
• 50 kΩ DC Input Impedance
• 1.2x Attenuation for low additive noise

MCX terminated cable with wide variety of connections:

• Solder-in (4 GHz)
• Coaxial Cable to
• U.FL receptacle (3 GHz)
• MCX PCB Mount (4 GHz)
• Browser (500 MHz)
• ProBus Interface

Large Offset Range
Permits the DC signal to be displayed in the vertical center of the oscilloscope grid with a high-sensitivity gain setting.

Low Attenuation and Noise
The probe attenuation is a nominal 1.2x coupled to the oscilloscope at DC 50 Ω. This keeps additive noise to a minimum, and makes it exceptionally useful with Teledyne LeCroy’s 12-bit High Definition oscilloscopes for lowest noise at highest sensitivity gain settings.

High DC Input Impedance
50 kΩ input impedance at DC effectively eliminates probe loading on the DC power/voltage rail and provides for more accurate measurements and signal fidelity.

High Bandwidth
The RP4060 provides 4 GHz of bandwidth, for power integrity characterization of the highest performance computing and embedded systems. The RP2060 provides the same excellent noise and loading performance in a lower-cost 2 GHz probe.

Wide Assortment of Tips and Leads
The RP4060 and RP2060 are supplied standard with solder-in and coaxial cables with MCX and U.FL PCB receptacle mounts. Receptacles or leads can be left connected in circuit for easy connection of different signals. A browser tip is optionally available.

Ordering Information

Includes 0 Ω (1x), 450 Ω (10x) and 950 Ω (20x) tips.

Accessories and Consumables

• Qty. 3 MCX 4 GHz solder-in leads RP4000-MCX-LEAD-SI

ZS SERIES ACTIVE PROBES

Teledyne LeCroy Active Voltage Probe Model Numbers:

• ZS1000
• ZS1500
• ZS2500
• ZS4000

The ZS Series probes are high impedance, low capacitance active probes that maintain high signal fidelity through 4 GHz. A small form factor and a wide variety of accessories ensures the ZS probe meets every difficult probing challenge. Engineers must commonly probe high frequency signals with high signal fidelity. Typical passive probes with high input R and C provide good response at lower frequencies but inappropriately load the circuit and distort signals at higher frequencies. The ZS Series features both high input R (1 MΩ) and low input C (0.6 pF and 0.9 pF) to reduce circuit loading across the entire probe/oscilloscope bandwidth. The ZS1000 is ideal for 200–600 MHz oscilloscopes. The ZS1500 is ideal for 1 GHz oscilloscopes, the ZS2500 is ideal for 2 GHz oscilloscopes, and the ZS4000 is ideal for 2.5 GHz and 4 GHz oscilloscopes.

• ZS1000
• ZS1500
• ZS2500

Ordering Information

Standard Accessory/Quantity

CURRENT PROBES

Teledyne LeCroy Current Probe and Adapter Model Numbers:

• CP030
• CP030A
• CP031
• CP031A
• CP150
• CP500
• DCS025
• CA10

Key Features

• ProBus active probe interface withautomatic scaling in A/div
• Autozero and degauss capabilities built into instrument’s user interface
• Wide range of input currents and bandwidth capabilities

CA10 Current Sensor Adapter
The CA10 enables a third-party current measurement device to operate like a Teledyne LeCroy probe. The CA10 is programmable and customizable to work with third-party current measurement devices that output voltage or current signals proportional to measured current. (See page 50 for more information and specifications).

Specifications

Ordering Information

≤ 1.5 GHz DIFFERENTIAL PROBES

Teledyne LeCroy ≤1.5 GHz Differential Probe Model Numbers:

• ZD200
• ZD500
• ZD1000
• ZD1500
• AP033

The ZD Series probes provide wide dynamic range, excellent noise and loading performance and an extensive set of probe tips, leads, and ground accessories to handle a wide range of probing scenarios. The low 1 pF capacitance means this probe is ideal for all frequencies. The ZD Series differential probes provide full system bandwidth for all Teledyne LeCroy Oscilloscopes 1.5 GHz and lower.

Fully Integrated
With the ProBus interface, the ZD500, 1000, and 1500 become an integral part of the oscilloscope. All probe gain and offset controls are transparent to the user, making it easier to probe the circuit without concern for which gain setting to choose. When used with a Teledyne LeCroy digital oscilloscope, no external power supply is required.

Wide Dynamic Range
The ZD500, 1000, 1500 probes provide transparent probe attenuation so signals are always optimized for the display. The differential range is 18 Vp-p with a differential offset of ±8V and common mode range of ±10 V, making these probes versatile for every probing application.

Wide Applications
The wide dynamic range of 16 Vp-p and offset range of ±8V suit this probe to a wide range of applications and signal types. The ZD differential probes are ideally suited for Automotive, Serial Data, power, and general purpose use.

AP033
High bandwidth, excellent common-mode rejection ratio (CMRR) and low noise make these active differential probes ideal for applications such as disk drive design and failure analysis, as well as wireless and data communication design.

Specifications

• Bandwidth 500 MHz
• Gain x10, x1, ÷10 (÷100 with
• plug-on ÷10 attenuator)
• DC Accuracy 1% in x1 without external attenuator
• Input Resistance 1 MΩ each input to ground 2 MΩ differential between inputs
• Differential Mode Range ±400 mV (x1) ±40 mV (x10) ±4 V (÷10) ±40 V (÷100)
• Offset Range ±400 mV (x1, x10) ±4 V (±10) ±40 V (±100)
• Common-Mode Range ±42 V peak (±10) +4.2 V peak (±100)
• CMRR 70 Hz 10,000:1 (80 dB)
  • 100 kHz 10,000:1 (80 dB)
  • 1 MHz 1000:1 (60 dB)
  • 10 MHz 100:1 (40 dB)
  • 250 MHz 5:1 (14 dB)

Ordering Information

• Product Description Product Code
• 500 MHz Differential Probe AP033

4 GHz – 6 GHz DIFFERENTIAL PROBES

Teledyne LeCroy 4 GHz – 6 GHz Differential Probe Model Numbers:

• D410-A-PB2
• D420-A-PB2
• D400A-AT-PB2
• D610-A-PB2
• D610-A-PL
• D620-A-PB2
• D620-A-PL
• D600A-AT-PB2
• D600A-AT-PL

Teledyne LeCroy’s WaveLink 4-6 GHz Differential Probes are a general purpose probing solution with high-input dynamic range and offset range capability. The range of capabilities is ideal for a variety of high-speed DDR signals where high dynamic range and large offset requirements are common. ****

Key Features

• 4 GHz or 6 GHz models
• Up to 5 Vpk-pk dynamic range with low noise
• ±3 V offset range
• Ideal for DDR2, LPDDR2, DDR3
• Innovative QuickLink architecture
• Wide variety of tips and leads
  • Solder-In Lead
  • QuickLink Solder-In Lead
  • Positioner (Browser) Tip
  • Adjustable (Browser) Tip
• Low loading and high impedance for minimal signal disturbance
• Deluxe soft carrying case

8 GHz – 30 GHz DIFFERENTIAL PROBES

The DH series of 8 to 30 GHz active differential probes provides high input dynamic range, large offset capability, low loading and excellent signal fidelity with a range of connection options.

Key Features

• Bandwidth models from 8 GHz to 30 GHz
• Low loading and high impedance for minimal signal disturbance
• Wide variety of tips:
  • Standard and high-sensitivity 30 GHz solder-in tips
  • High-temperature solder-in tip with 1-meter lead
  • QuickLink adapter for mixed-signal probing
  • Handheld browser tip
  • Tips for direct connection to CrossSync PHY™ protocol analyzer interposers
• Built-in tip identification for simple setup and precise signal reproduction
• Ideal for debug and validation of:
  • DDR3/LPDDR3
  • DDR4/LPDDR4
  • DDR5/LPDDR5
  • Other high-speed serial interfaces

HIGH VOLTAGE DIFFERENTIAL PROBES

The HVD3000A series high voltage differential probes provide high CMRR over a broad frequency range to simplify the measurement challenges found in noisy, high common-mode power electronics environments. The probe’s design is easy- to-use and enables safe, precise high voltage floating measurements

AP031

Key Features

• Safe floating measurements
• 15 MHz bandwidth
• 700 V maximum input voltage
• Works with any 1 MΩ input oscilloscope

Specifications

• Attenuation ÷10 / ÷100
• Bandwidth 15 MHz
• Input R 4 MΩ
• Differential Mode Range ±70 V / ±700 V DC + Peak AC
• Common Mode Range ±700 V DC + Peak AC
• CMRR 86 dB @ 50 Hz 56 dB @ 200 kHz
• Power Requirements: four AA batteries

HIGH VOLTAGE PASSIVE PROBES

The PPE6KV-A and HVP120 can handle up to 6000 Vpeak transient over voltages and are designed for probing up to 2000 Vrms and 1000 Vrms respectively. Fast rise times, excellent frequency response, and a variety of standard accessories make these probes safe and ideal for high voltage measurement applications.

Product Description Product Code

• 2 kV HV Probe, 6 kV overvoltage capability PPE6KV-A
• 1 kV HV Probe, 6 kV overvoltage capability HVP120
• PPE6KV-A Replacement Accessories Kit PK-112
• HVP120 Replacement Accessories Kit PK-HV-002

Standard Accessories
PPE6KV-A and HVP120 are sold with the following standard accessories. No extra purchase necessary

PPE6KV-A and HVP120 Voltage Derating

HIGH VOLTAGE FIBER OPTICALLY ISOLATED PROBES

The HVFO is an affordable, optimally designed probe for measurement of small signals floating on an HV bus in power electronics designs or for EMC, EFT, ESD, and RF immunity testing sensor monitoring. It far surpasses the measurement capabilities and signal fidelity of both conventional HV differential probes and acquisition systems that rely on galvanic high voltage isolation. Furthermore, it mitigates the need to rely on dangerous test setups that require floating the oscilloscope and probe.

Key Features

• 150 MHz bandwidth
• 35 kV common-mode voltage rating (fiber optic isolation)
• Superior Noise and Rejection
  • 140 dB CMRR
  • Low loop inductance
  • Low attenuation
• Optical isolation reduces adverse loading of DUT
• Selectable tips from ±1V to ±40V
• Applications
  • Upper-side gate drive signal measurements
  • Floating control signal or sensor voltage measurements
  • EMC, EFT, ESD, and RF immunity testing and system optimization
  • Any small signal measurements with high common-mode voltage

Electrical

• Bandwidth 150 MHz (typical, with tip attached)
• Rise Time (10-90%) 3.3 ns (typical)
• Input Dynamic Range ±1V, ±5V, ±10V, ±20V, ±40V (DC+peak AC) respectively with 1X, 5X, 10X, 20X or 40X attenuating tips.
• All tips are purchased as accessories (none are included with HVFO108 probe).
• Maximum Non-destruct Voltage 5 times the operating voltage rating (tip dependent)
• Common Mode Voltage Range ±35 kV (DC+Peak AC) (not for hand-held use, with adequate spacing between probe components and earth ground)
• Maximum Input Voltage to Earth ±35 kV (DC+Peak AC) (not for hand-held use, with adequate spacing between probe components and earth ground)
• Maximum Safe Input Voltage For hand-held use, 30 Vrms / 60 Vdc per IEC/EN 61010-031:2015
• Offset Offset capability determined by oscilloscope offset available in a given gain (V/div) setting after accounting for total probe attenuation (total probe attenuation is twice the tip attenuation).
• Sensitivity 10 mV/div to 1 V/div (1X tip), 50 mV/div to 5 V/div (5X tip), 100 mV/div to 10 V/div (10X tip), 200 mV/div to 20 V/div (20X tip), 400 mV/div to 40 V/div (40X tip)
• Gain Accuracy 2.5% (typical), 4% (guaranteed)
• Input Impedance 1 MΩ || 34 pF (1X tip); 5 MΩ || 26 pF (5X tip); 8 MΩ || 23 pF (10X tip); 10 MΩ || 22 pF (20X tip); 10 MΩ || 22 pF (40X tip)
• Input/Output Coupling DC only
• Interface ProBus
• Cable Length 1.25 m (4.1 feet) from input lead to oscilloscope connection (using included 1 meter fiber optic cable)
• Battery 6 hour battery life (typical). 2.5 hour re-charge time (typical, with user-supplied dedicated USB charger).
• 5 hour re-charge time (typical) using supplied USB charging cable connected to oscilloscope USB port

Ordering Information

OPTICAL-TO-ELECTRICAL CONVERTERS

OE695G
The OE695G wide-band optical-to-electrical converter is ideal for measuring optical datacom and telecom signals with data rates from 622 Mb/s to 12.5+ Gb/s. Connection to a real-time Teledyne LeCroy oscilloscope is through the 2.92 mm interface, with a provided adapter to connect to ProLink interfaces.

Ordering Information

• Product Description Product Code
• Optical-to-Electrical Converter, 785 to 1550 nm, OE695G
• 2.92 mm connector with ProLink adapter

TRANSMISSION LINE PROBES

PP066
The PP066 is a high-bandwidth passive probe designed for use with the WaveMaster and other high-bandwidth oscilloscopes with 50 Ω input termination. This very low capacitance probe provides an excellent solution for higher frequency applications, especially the probing of transmission lines with 20–100 Ω impedance. The PP066 accommodates a wide range of applications, including probing of analog and digital ICs commonly found in computer, communications, data storage, and other high-speed designs

Specifications

• Electrical Characteristics
• Bandwidth DC to 7.5 GHz
• Risetime < 47 ps
• Input Capacitance < 0.20 pF
• Input Resistance 500 Ω (÷10 cartridge)
• 1000 Ω (÷20 cartridge)
• Maximum Voltage 15 V rms
• Cable Length 1 m

Ordering Information

• Product Description Product Code
• 7.5 GHz Low Capacitance Passive Probe (÷10, 1 kΩ; ÷20, 500 Ω)
• PP066
• Included with PP0066
• PACC-AD001, SMA to BNC Adapter

PASSIVE PROBES

Each passive probe is recommended for a certain oscilloscope, using the right passive probe with the right oscilloscope means that the probe can be properly compensated across the entire bandwidth. Using probes with a different oscilloscope will only let you compensate for low frequencies.

Specifications

Passive Probe Accessories for PP016
Replacement Part Kit: PKIT3-5MM-101

Passive Probe Accessories for

• PP019 and PP020 – Part numbers in blue
• Replacement Part Kit: PKIT4-5MM-101
• PP024, PP025, and PP026 – Part numbers in gray
• Replacement Part Kit: PKIT6-5MM-101

Probe adapters provide simple and easy interface of third-party probes as well as change between the different Teledyne LeCroy Oscilloscope input and cable types (ProBus, ProLink, K/2.92 mm, BNC and SMA). Depending on the adapters, changing between the Teledyne LeCroy Oscilloscope’s input type may have an effect on the overall performance of the channel

CA10 The CA10 is a programmable and customizable interface device that seamlessly incorporates third partycurrent transducers/transformers with Teledyne LeCroy oscilloscopes or motor drive analyzers. The easy to use interface provides the ability for the CA10 to be programmed to contain the specifications of the current sensor allowing it to automatically correct for the gain or attenuation and display results in Ampere units. This allows the third party device to be recognized and operate as if it were a Teledyne LeCroy probe.

Specifications

• Input Coupling DC, AC, Both
• Input Termination 1MΩ or 50Ω
• Programmable Bandwidth Filters Full, 200 MHz, 20 MHz
• Transformer/Transducer Interface BNC
• Scaling Factors Programmable
• Resistive Termination (if required) Customizable (See Operator’s Manual for details)
• Oscilloscope Interface Teledyne LeCroy ProBus
• Note: Some third party devices will require a separate power supply or batteries. The CA10 does not have the ability to supply the power to these devices.

TPA10
The TPA10 ProBus™ Probe Adapter enables you to connect select TekProbe interface level II probes to any ProBusequipped Teledyne LeCroy instrument. The TPA10 supplies all necessary power and offset control to the probe and automatically detects which probe is attached. ****

Specifications
Electrical Characteristics

• Bandwidth 4 GHz (adapter only)
• Power Supplies +15V, -15V, +5V, -5V (each 2%)
• Offset Voltage ±1V (1%)
• Max. Input Voltage 47 Vpk, 33 Vrms

Environmental

• Operating Temperature Range 0 to 50 ºC
• Non-operating Temperature Range -40 to +70 ºC
• Humidity 5% to 95% RH (10 to 40 ºC);
• 5% to 75% (above 40 ºC);
• RH not controlled below 10 ºC
• Operating Altitude 3000 meters maximum

Physical

• Dimensions (WxHxD) 39 mm x 31.1 mm x 88.6 mm (1.54” x 1.22” x 3.49”)
• Weight 119 g (0.26 lb)
• The TPA10 requires the Teledyne LeCroy oscilloscope to be running firmware version 7.8.0.0 or greater.

Key Features

• Allows TekProbe™ interface level II probes to work with any ProBus-equipped Teledyne LeCroy oscilloscope
• Automatic probe detection
• Provides all necessary power and offset control to the attached probe
• Supports probes up to 4 GHz
• Easy firmware updates
• Wide variety of probes supported including:
  • Preamplifiers
  • Current Probes
  • Single-Ended Active Probes
  • Differential Active Probes

© 2023 Teledyne LeCroy, Inc. All rights reserved. Specifications, prices, availability, and delivery subject to change without notice.  Product or brand names are trademarks or requested trademarks of their respective holders.
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