Industrial & Resources

• Proven member of a modular Power Module family, more than 800 units are in service
• Precision-regulated Bi-Polar output provides up to +12 to -12 Amps for Magnet loads.
• Smooth operation through zero amps output current, no “Crossover” problems.
• All 2510 MCOR12 Power Modules are identical and interchangeable.
• Has two high-precision measurements of output current;
  • one is used to close the regulation control loop,
  • provides an independent monitoring signal to the Crate Interface Card.
• Fault sensing circuitry in the module sets a Fault Latch which inhibits the output.
• A (momentary) Sync input signal inhibits MOSFET switching when it is active (high);
  • this eliminate switching noise .
  • reduces power line noise during sensitive analog signal measurements.

• Proven member of a modular Power Module family, more than 800 units are in service
• Precision-regulated Bi-Polar output provides up to +30 to -30 Amps for Magnet loads.
• Smooth operation through zero amps output current, no “Crossover” problems.
• All 2510R30 MCOR30 Power Modules are identical and interchangeable
  • Programming Card is plugged into the replacement module.
• Each channel has a critically-damped, LC noise filter with a cut-off frequency of about 8 kHz.
• A 16-pin front panel diagnostics connector taps onto major circuit nodes which enables quick “inthe-crate” fault evaluation

• Unique user interface for all tests
• Independent from any measuring device manufacturers
• Free drivers and over 500 supported devices
• Efficient and dedicated Technical support
• Wide range of supported standards (ENxx, CISPR, AUTOMOTIVE, DO160, …)
• Interface Agilent VEE™, WindowsLabView™, LabWindows CVI™, Visual C++
• Operating system: Win XP, Vista, Seven, Windows 8
• Report in MS Office™ 2003, 2007, 2010, 2013, Open office

• Wide AC Input Voltage range for three-phase 208VAC, 400VAC and 480VAC Input.
• High Power Factor (0.88 for Vout < 600V; 0.93 for Vout > 600V).
• Built-In Protective functions (OVP, UVL, FOLD, OTP, AC-FAIL).
• Output Isolation to 600V for Vout < 600V; to 1500V for Vout > 600V.
• High Efficiency ( > 77% for Vout < 30V, > 88% for 30V < Vout < 600V, > 93.5% for Vout > 600V).
• Rack-mount with provision for chassis slides; Zero-stacking for maximum power density.
• Cooling Fan speed control (for reduced audible noise and longer life): Vout > 30V.
• Light weight: < 97lbs (43kg) for Vout < 600V / < 70lbs (32kg) for Vout > 600V.
• Dimensions: 5.25”/133mm: Height-3U x 19.00”/483mm: Width x 22.85”/581mm: Length
• Fast Up/Down Programming Response Time (100ms/50ms for Vout < 600V, 17ms / 20ms for Vout > 600V).

An add-on to the WaveJudge 5000, Sanjole’s CipherJudge enables
• Real-time SIM key retrieval and parsing of ciphered traffic
• Identify and track UE’s within commercial LTE networks
• Test UE’s from lab to field environment
• Capture/decode/trigger off ciphered control messages such as handovers

• Verify changes in power, frequency and timing as a mobile station enters the network by visually tracking requests and responses.
• Analyze UL allocations to detect errors and identify resulting bursts sent in incorrect frame locations.
• Examine the behavior of the BS and MS during MIMO handovers.
• Track complete protocol exchange of multiple MSs with BS.
• Reveal timing offset violations by viewing the position of MS messages relative to the allocation start time assigned by the BS.
• Identify subchannels and sub carriers used for each slot within a protocol message to determine proper zone permutation assignments.
• Visually locate BS scheduling errors through advanced logical views of DL/UL assignments.

LTE Advanced brings increased network efficiency and higher throughput, but Carrier Aggregation is the key to meeting global expectations for mobile broadband performance. It does so by allowing service providers to consolidate multiple component carriers and use the bandwidth as a single medium between the user equipment (UE) and an evolved NodeB (eNB). LTE CA gives carriers with fragmented spectrum the flexibility to offer 4G performance to subscribers.

It has the ability to test in the middle, not at the ends, means you do not have to modify the system to fit the test tool. Not only does this improve ease of testing, it avoids disruption to the system that can change or influence the very behavior you are trying to troubleshoot. You get more reliable results and fewer troubleshooting dead ends.

SynthJudge (OCXO Module) / Dual-frequency, from 380 MHz to 6 GHz, is particularly useful when developing systems for multiple markets. Leverage your testing investment to cover multiple spectrum bands.

RXJudge modules feature superior sensitivity and dynamic range enabling you to test in the lab and in the field. Each module features four independent, configurable 40 MHz receivers.

The WaveJudge 5000’s modular system provides a selection of modules (cards) that can be installed in or removed from chassis slots as your application requires. This modularity give you the ultimate flexibility in customizing a test solution targeted to your specific situation.

3-Channel AC/DC Power Meter for Single-Phase to 3P4W Equipment such as Motors, Inverters, Power Conditioners, and Power Supplies.

Programmable Grid-tie Source & Sink Technology
Wide range of power 20 to 512 kW, expandable up to several MW
DC output voltages from 0-65 VDC up to 0-1500 VDC, +/- 40 A up to +/- 600 A

CT100HF, stainless-steel SMA test port

• Higher-bandwidth version of the CT100S featuring the fastest TDR system risetime, ideal for testing high-frequency cables and interconnects with resolution and precision previously restricted to unwieldly bench-top TDR instruments.

CT100 TDR ONLINE USER GUIDE 

CT100 AUTOMATED METALLIC TDR CABLE TESTER FEATURES 

CT VIEWER™ TDR SOFTWARE, FOR USE WITH CT100 SERIES TDRS

CT100S, stainless-steel SMA test port

• CT100 TDR configured with SMA test port assembly. Represents a balance of performance and electrical overstress protection for field applications where SMA test port is desired.

CT100 TDR ONLINE USER GUIDE 

CT100 AUTOMATED METALLIC TDR CABLE TESTER FEATURES 

CT VIEWER™ TDR SOFTWARE, FOR USE WITH CT100 SERIES TDRS

CT100, 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.

CT100 TDR ONLINE USER GUIDE 

CT100 AUTOMATED METALLIC TDR CABLE TESTER FEATURES 

CT VIEWER™ TDR SOFTWARE, FOR USE WITH CT100 SERIES TDRS

DC, 0.5 Hz To 1 MHz, 6-Channel 3-Phase 4-Wire Power Meter with Direct and Clamp Sensor Input

DC, 0.5 Hz to 150 kHz, 3-phase 4-wire, High Precision Power Analyzer for Motor and Inverter Efficiency Analysis

3-Phase 4-Wire Portable Power Demand Analyzer to Record Power Usage Trends for Energy Conservation, ISO14001 Testing, Equipment Diagnosis, and Harmonics Analysis

3169-20 –  Power Demand Analyzer

3169-20-01/100 – Power Demand Analyzer (Custom 100A Kit)

3169-20-01/500 – Power Demand Analyzer (Custom 500A Kit)

3169-20-01/1000  – Power Demand Analyzer (Custom 1000A Kit)

3169-20-01/5000  – Power Demand Analyzer (Custom 5000A Kit)

3169-21-01/100  – Power Demand Analyzer (Custom 100A Kit)

3169-21-01/500  – Power Demand Analyzer (Custom 500A Kit)

3169-21-01/1000  – Power Demand Analyzer (Custom 1000A Kit)

3169-21-01/5000  – Power Demand Analyzer (Custom 5000A Kit)