Products

The Hi-Techniques FreeStyle series of Data Acquisition Systems is a versatile, capable solution for mobile and rugged data acquisition applications. FreeStyle was designed from the ground up to make data acquisition as fast and as easy as possible. Just grab your FreeStyle and your computer and head out to the test site.

Flexibility by Design

The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

• Independent High Resolution Digitizers
• Up to 1 MS/s per Channel Streaming
• Remote Control, Display and Storage
• Mix and Match Input Modules
• Multiple Instrument Synchronization
• Unparalleled Analysis Capability
• Over 100 Built-in Analysis Functions
• Full Custom Analysis Capability

The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

• Measure the fundamental waveform component using the average rectified method
• Expanded -25 °C to 65 °C operating temperature range
• Connect the CT6280 flexible sensor to measure up to 4199 A in thick or paired wires
• Drop proof design withstands drop from a height of 1 meter

• 5-range testing voltage of 50 V/100 MΩ to 1000 V/4000 MΩ
• Stable & medium-speed digital readings, 0.8 second response time of PASS/ FAIL decisions
• Drop proof onto concrete from 1m (3.28 feet)
• Bright LED, luminous LCD, test lead with bright LED lamp to illuminate near hand (Also available in the IR4056-21)
• Continuity check via 200 mA testing
• Built in AC/DC voltage meter, useful for testing solar power generation systems and electric vehicles

• Maximum safety in the field by absolutely preventing short-circuit accidents with fused measurement terminals and current-limiting resistor
• ±0.3% DC V basic accuracy, wide 40 Hz to 1 kHz AC V frequency characteristics
• Low-pass filter (100 Hz/ 500 Hz) cuts high harmonics (when measuring inverter fundamental waveforms)
• Connect to PC with USB communication function (optional)
• Broad -25°C (-13°F) to 65°C (149°F) operating temperature range CAT IV 600 V, CAT III 1000 V

High‐Resolution Portable TDR with Frequency‐Domain Analysis Tools

Ideal for testing all types of microwave/RF and digital cables and connectors

• Rugged portable TDR with S‐parameter tools
• Resolves connector detail (<1 cm)
• 75 μm (0.003 in.) cursor resolution
• 16‐bit digital sampling at up to 250 KSPS
• Stores thousands of TDR traces
• USB host/client, 10/100 Ethernet
• Lightweight, bright color screen
• Internet streaming and remote control

• compact and completely modular design
• high effectiveness in all operation modes, few requirements on building infrastructure
• ability to use an existing liquid cooling system directly
• optional matched liquid-to-air cooling unit TC.LAE available
• possibility of upgrading to systems of up to 1 MVA
• high level of system dynamics, ≤ 5 kHz modulation bandwidth
• non-restrictive capability of refeeding in the Q4 operation mode
• possibility of operating as an autonomous 4-Q and 3-phase quasi-analogue amplifier
• possibility of “Hardware-in-the loop”-operation (HIL mode)
• user friendly application software with pre-configured test patterns
• possibility of integrating into a complete SAS simulation and test system
• galvanic isolation available as an option without derating the simulator port data

Bidirectional (source & sink), Regenerative 0…65VDC to 0…1500VDC, 20kW up to 1.5 MW 

• cell system nominal voltage and type of chemistry
• number of cells
• internal resistance and associated parameters
• cell temperature progression
• allowed current
• charge efficiency
• energy computing and management facilities
• time-dependent and functional dependent parameters

• Setting of operational parameters for each output phase: (frequency, phase, voltage, basic waveform)
• Defining functional blocks enabling a wide variety of modulation capabilities
• Defining, editing and storing of even complex and long test sequences
• Preview window for output voltage waveforms
• LC load mode, definition of complex equivalent circuits
• Hand drawing curve tool and FOURIER tool (harmonics synthesis)
• TC.ACS provides an extensive safety concept in order to detect unwanted or off-limit conditions very quickly and to initiate controlled limiting or even a shutdown.

• compact and completely modular design
• high effectiveness in all operation modes, few requirements on building infrastructure
• ability to use an existing liquid cooling system directly
• optional matched liquid-to-air cooling unit TC.LAE available
• possibility of upgrading to systems of up to 1 MVA
• high level of system dynamics, ≤ 5 kHz modulation bandwidth
• non-restrictive capability of refeeding in the Q4 operation mode
• possibility of operating as an autonomous 4-Q and 3-phase quasi-analogue amplifier
• possibility of “Hardware-in-the loop”-operation (HIL mode)
• user friendly application software with pre-configured test patterns
• possibility of integrating into a complete SAS simulation and test system
• galvanic isolation available as an option without derating the simulator port data