Products

Key Features:

• Single output up to 360W: Choose between 18V/20A or 35V/10A
• Mixed-mode regulation for high accuracy and low noise
• Fanless convection cooling for completely silent operation
• Bench or rack mountable, front and rear terminals
• OVP trip, high-resolution settings, and remote sense terminals
• P models offer USB, RS232, LAN interfaces (GPIB optional)
• Rotary, keypad, and step control for voltage and current
• Non-volatile memory for storing up to 25 user presets
• Seamless integration with Test Bridge software and automation systems

Compact yet powerful, the WA301 extends the output of your function generator with clean, reliable amplification up to 30V peak-to-peak.

Key Features:

• 30V peak-to-peak output swing
• DC to 1MHz wide bandwidth
• High impedance input with 0dB to +20dB variable gain
• 50 Ohm and 600 Ohm outputs
• Switchable 20dB output attenuator
• Fully protected output for safe use
• Ideal for extending function generator output capability

The EMI 64k software allows to embed the TDEMI systems in a fully automated test environment.

• Full automation of EMI testing according to all commercial and military standards
• Automated control of turntable, antenna and other equipment
• Height and Angular Scan
• Procedures according to standards as well as customized procedures
• Reducing the cost for EMC and communication testing and certification by tailored packages

• Frequency Range 10 Hz – 1GHz, 3GHz or 6GHz
• 4000x faster in your pre-certifcation work
• compact design and +12V power supply
• 162.5 MHz full gapless real-time analysis bandwidth
• Weighted Real-time Spectrogram

• requency Range from DC up to 40 GHz
• 685 MHz Real-time analysis bandwidth
• Dynamic range of more than 100 dB
• Multi-GHz real-time scanning up to 40 GHz
• all 6dB RBWs acc. to CISPR, MIL, DO, ANSI, FCC
• fastest super-heterodyn receiver on the planet

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