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Mohr CT100B TDR Cable Analyzer

Mohr CT100B TDR Cable Analyzer

0 SEK

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Use our chat for personal support. Or contact us via +45 31 33 18 19 or salg@GOmeasure.dk

Limitless Applications

Tests all types of cable and connectors
- Coaxial cable
- Twisted-pair cable
- Multiconductor cable (e.g. MIL-STD-1553B, MIL-STD-38999)
Detects subtle partial faults, opens, shorts, kinks, taps, shield damage, thermal damage, sunlight/UV damage, water ingress, loosened or corroded interconnects, poor-quality cables and connectors.
Aging Aircraft
CATV, Power, Telephony
Naval / Marine
Wireless Infrastructure
PCB Characterization
Soil Moisture, Geophysics

Mohr CT100B TDR Cable Analyzer

Mohr Mohr CT100B TDR Cable Analyzer

0 SEK

Discover the possibilities

More information

Description

CT100B Features

Sampling resolution is independent of display resolution --> every cable fault is visible at every scale
Arbitrary length waveforms up to 1.5 million points
Two independent cursors simplify differential impedance, return loss, and distance-to-fault measurements.
Calibrated S-parameter measurements
- Real-time frequency-domain measurements
- Return loss (S11)
- Cable loss / insertion loss (S21)
- S11 Between Cursors time-windows the feature of interest
- Smith charts simplify complex impedance matching problems
- Normalized TDR traces with adjustable rise time
Optimized menu system to simplify common tasks
New multicore CPU is much faster than the original CT100
16 times more RAM memory than the CT100

Applications

Tests all types of cable and connectors
- Coaxial cable
- Twisted-pair cable
- Multiconductor cable (e.g., MIL-STD-1553B, MIL-STD-38999)
Detects subtle partial faults, opens, shorts, kinks, taps, shield damage, thermal damage, sunlight/UV damage, water ingress, loosened or corroded interconnects, and poor-quality cables and connectors.
Aging Aircraft
CATV, Power, Telephony
Naval / Marine
Wireless Infrastructure
PCB Impedance Measurements
Soil Moisture, Geophysics
Tank Farms

Other Great Features of the CT100 TDRs

Layer-Peeling reduces TDR waveform impedance errors caused by multiple reflections.
Transform impedance waveform to display in Ohms or VSWR as well as millirho.
Intermittent Fault Detection displays probability density or min/max envelope with impedance-at-cursor.
Enhanced Calibration provides the industry's best impedance accuracy.
AutoFit™ button scales the display to fit the cable.
Configuration library makes repeat measurements as easy as a press of a button.
Save thousands of TDR traces that you can later zoom in/out on, and compare or subtract from live or previously saved traces.
Live LAN/WAN/Internet streaming and remote control of any CT100 Series TDR. Leverage real-time engineering oversight from thousands of miles away.
Download your TDR data to a PC and review it later with the included CT Viewer™ 2 software.

Ergonomics and Ease of Use

Bright 4.3" color TFT-LCD display is easy to read in any environment.
Intuitive multifunction key panels simplify TDR use.
Lightweight and portable, operates for a full shift without recharging.
Integrated 10/100 Ethernet connectivity.
USB peripherals include mouse, keyboard, flash drive, and barcode reader.

General TDR Options

CT100B-BNC, self-grounding BNC test port
- Electrically rugged, multipurpose metallic TDR designed for high-resolution testing of a wide range of coaxial and twisted-pair cable types and lengths -- in the field, on the manufacturing floor, or in the lab. Exceeds all Tektronix® 1502C TDR specifications.
CT100B-SMA, stainless-steel SMA test port
- CT100B TDR configured with SMA test port assembly. Improved data signal with slightly less electrical overstress protection than the standard CT100B.
CT100HF, stainless-steel SMA test port
- Higher-bandwidth version of the CT100B-SMA featuring the fastest TDR system risetime for testing higher-frequency cables and interconnects.

How to choose between the CT100 models

Standard Accessories (included with instrument)

CT Viewer™ 2 TDR Waveform Analysis Software Package
CT100B Operator's Manual
CT Viewer™ 2 Quick User Guide
External AC Power Adapter
2700 mA-hr NiMH Battery Pack
Rugged Soft-Sided Carrying Case
- Plenty of room for calibration accessories, manuals, and optional small form-factor keyboard.
Calibration Verification Pack
- Precision coaxial test cable and BNC/SMA adapters necessary for verifying TDR instrument calibration and performance.
NIST-Traceable Calibration Certificate
Standard 12-Month Limited Warranty

Key Specifications

Industry's only high-resolution portable TDR - resolves connector detail (<1 cm separation)
(At least 8-10x sharper spatial resolution than competing TDR instruments [<100 ps rise time]; catch subtle changes before they cause system failure)
Industry's only portable TDR with frequency-domain measurements
(return loss [S11], cable loss [S21])
Much faster and easier to use than VNA with much better distance-to-fault precision and accuracy
(NO range/resolution/bandwidth tradeoffs, NO calibration drift)
Industry's most accurate impedance measurements
(16-bit ADC, advanced calibration features)
Industry's most accurate cable length measurements
(25 μm [0.76 ps] cursor resolution, 6-digit VoP)
Industry's fastest intermittent fault detection
(up to 250,000 samples per second, 500 Hz continuous full waveform capture)

High-Resolution TDR. Confidently characterize normal cables and connectors so that you can identify impedance abnormalities early. The BNC (black) and SMA (red) connectors show approximately 0.8 Ω and 0.4 Ω excess impedance, respectively.

S11 Return Loss Between Cursors. The CT100B TDR provides the unique ability to time-window or isolate the feature of interest such as a connector or cable fault increasing measurement accuracy. In this case the figure shows cursors selecting an SMA connector with corresponding time-windowed S11 return loss plot.

Smith Chart Display of Frequency-Domain Data. Use Smith charts to simplify complex impedance matching tasks. Measure complex impedance at the cursor position. The figure shows Smith chart of a 200 Ω terminator with cursor at 0.0 MHz.

Intermittent / Transient Fault Detection. Use the CT100B's Envelope Plot mode to capture transient faults down to 2 ms temporal resolution. The figure shows intermittent fault detection with left cursor at the fault location.

Documents

Datasheet:

Mohr CT100B Datasheet

Options

Video

CT100B Features

Sampling resolution is independent of display resolution --> every cable fault is visible at every scale
Arbitrary length waveforms up to 1.5 million points
Two independent cursors simplify differential impedance, return loss, and distance-to-fault measurements.
Calibrated S-parameter measurements
- Real-time frequency-domain measurements
- Return loss (S11)
- Cable loss / insertion loss (S21)
- S11 Between Cursors time-windows the feature of interest
- Smith charts simplify complex impedance matching problems
- Normalized TDR traces with adjustable rise time
Optimized menu system to simplify common tasks
New multicore CPU is much faster than the original CT100
16 times more RAM memory than the CT100

Applications

Tests all types of cable and connectors
- Multiconductor cable (e.g., MIL-STD-1553B, MIL-STD-38999)
Detects subtle partial faults, opens, shorts, kinks, taps, shield damage, thermal damage, sunlight/UV damage, water ingress, loosened or corroded interconnects, and poor-quality cables and connectors.
Aging Aircraft
CATV, Power, Telephony
Naval / Marine
Wireless Infrastructure
PCB Impedance Measurements
Soil Moisture, Geophysics
Tank Farms

Other Great Features of the CT100 TDRs

Layer-Peeling reduces TDR waveform impedance errors caused by multiple reflections.
Transform impedance waveform to display in Ohms or VSWR as well as millirho.
Intermittent Fault Detection displays probability density or min/max envelope with impedance-at-cursor.
Enhanced Calibration provides the industry's best impedance accuracy.
AutoFit™ button scales the display to fit the cable.
Configuration library makes repeat measurements as easy as a press of a button.
Save thousands of TDR traces that you can later zoom in/out on, and compare or subtract from live or previously saved traces.
Live LAN/WAN/Internet streaming and remote control of any CT100 Series TDR. Leverage real-time engineering oversight from thousands of miles away.
Download your TDR data to a PC and review it later with the included CT Viewer™ 2 software.

Ergonomics and Ease of Use

Bright 4.3" color TFT-LCD display is easy to read in any environment.
Intuitive multifunction key panels simplify TDR use.
Lightweight and portable, operates for a full shift without recharging.
Integrated 10/100 Ethernet connectivity.
USB peripherals include mouse, keyboard, flash drive, and barcode reader.

General TDR Options

CT100B-BNC, self-grounding BNC test port
- Electrically rugged, multipurpose metallic TDR designed for high-resolution testing of a wide range of coaxial and twisted-pair cable types and lengths -- in the field, on the manufacturing floor, or in the lab. Exceeds all Tektronix® 1502C TDR specifications.
CT100B-SMA, stainless-steel SMA test port
- CT100B TDR configured with SMA test port assembly. Improved data signal with slightly less electrical overstress protection than the standard CT100B.
CT100HF, stainless-steel SMA test port
- Higher-bandwidth version of the CT100B-SMA featuring the fastest TDR system risetime for testing higher-frequency cables and interconnects.

How to choose between the CT100 models

Standard Accessories (included with instrument)

CT Viewer™ 2 TDR Waveform Analysis Software Package
CT100B Operator's Manual
CT Viewer™ 2 Quick User Guide
External AC Power Adapter
2700 mA-hr NiMH Battery Pack
Rugged Soft-Sided Carrying Case
- Plenty of room for calibration accessories, manuals, and optional small form-factor keyboard.
Calibration Verification Pack
- Precision coaxial test cable and BNC/SMA adapters necessary for verifying TDR instrument calibration and performance.
NIST-Traceable Calibration Certificate
Standard 12-Month Limited Warranty

Key Specifications

Industry's only high-resolution portable TDR - resolves connector detail (<1 cm separation)
(At least 8-10x sharper spatial resolution than competing TDR instruments [<100 ps rise time]; catch subtle changes before they cause system failure)
Industry's only portable TDR with frequency-domain measurements
(return loss [S11], cable loss [S21])
Much faster and easier to use than VNA with much better distance-to-fault precision and accuracy
(NO range/resolution/bandwidth tradeoffs, NO calibration drift)
Industry's most accurate impedance measurements
(16-bit ADC, advanced calibration features)
Industry's most accurate cable length measurements
(25 μm [0.76 ps] cursor resolution, 6-digit VoP)
Industry's fastest intermittent fault detection
(up to 250,000 samples per second, 500 Hz continuous full waveform capture)

High-Resolution TDR. Confidently characterize normal cables and connectors so that you can identify impedance abnormalities early. The BNC (black) and SMA (red) connectors show approximately 0.8 Ω and 0.4 Ω excess impedance, respectively.

S11 Return Loss Between Cursors. The CT100B TDR provides the unique ability to time-window or isolate the feature of interest such as a connector or cable fault increasing measurement accuracy. In this case the figure shows cursors selecting an SMA connector with corresponding time-windowed S11 return loss plot.

Smith Chart Display of Frequency-Domain Data. Use Smith charts to simplify complex impedance matching tasks. Measure complex impedance at the cursor position. The figure shows Smith chart of a 200 Ω terminator with cursor at 0.0 MHz.

Intermittent / Transient Fault Detection. Use the CT100B's Envelope Plot mode to capture transient faults down to 2 ms temporal resolution. The figure shows intermittent fault detection with left cursor at the fault location.