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OPBOX ver 2.1 Mini Ultrasonic Box with Integrated Pulser and Receiver

OPBOX ver 2.1 Mini Ultrasonic Box with Integrated Pulser and Receiver

OPBOX ver 2.1 Mini Ultrasonic Box with Integrated Pulser and Receiver

Product catalog summary
Overview
OPBOX ver 2.1 is a mini ultrasonic testing device developed by Przedsiębiorstwo Badawczo-Produkcyjne OPTEL Sp. z o.o. It integrates a pulser and receiver, making it suitable for various ultrasonic measurements. The device can function as a controller for complex systems and is compatible with multiplexers and scanners.
Specifications
  • Analog Parameters: The input amplifier gain ranges from -31dB to 65dB with a step of 0.5dB. It includes a switchable preamplifier (+24dB) and attenuator (-20dB). The input range is ±275mV, extendable to ±2.0V with the attenuator.
  • Features: The device features a low noise preamplifier, high gain up to +89 dB, switchable analog filters, and supports fast time gain compensation (TGC). It has two signal inputs (PE and TT), a 10-bit A/D converter, and a 100MHz sampling frequency.
  • Pulser: The pulse voltage ranges from 0V to 360V with an adjustable charging time from 0 to 3.1us in 0.1us steps. The fall time is <= 20 ns, and the bandwidth is up to about 50MHz.
  • A/D Data Acquisition: The resolution is 10-bit, with a maximum input voltage of ±0.5V. The sampling frequency varies from 6.67MHz to 100MHz, and the data buffer can hold 1 to 256k samples.
  • Hardware Data Processing: The device supports RF and absolute data representation, with measurements in defined frames using peak detectors and level comparators.
  • Inputs/Outputs: It includes BNC or Lemo connectors for transducers, a DB15 connector with 6 inputs and outputs, and a +5V fused supply for external devices.
Software
The device comes with standard software compatible with Microsoft Windows up to version 10 x64. For specialized needs, an SDK is available with examples for LabView, MATLAB x64, C++ wrapper for dll, Python, and Linux. It also includes a low-level description for direct control via USB tools.
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Catalog excerpts

OPBOX ver 2.1 Mini Ultrasonic Box with Integrated Pulser and Receiver-1

www.optel.eu OPBOX 2.1 is a complete ultrasonic testing device, suitable for all ultrasonic measurements and due to many additional digital inputs/outputs and internal processor it can be used as a controller for more complicated devices. Opbox 2.1 can work together with devices like multiplexers or scanners. The box has an implemented one channel pulser & receiver and can be used with one or two transducers (one is sending, and the second one receiving). The system allows to buffer many acquisitions in internal memory and forward whole packet of data to control application. In this way, the high throughput of data reading from the device is obtained. Technical Data Analog parameters: Input Amplifier Gain: Switchable preamplifier: Switchable Attenuator: Input Range: Full Bandwidth: Switchable Filters(-3dB): -Low noise preamplifier (0.74 nV/V(Hz)) -High gain up to +89 dB -Switchable analog filters -Support fast TGC (time gain compensation) -2 signal inputs PE and TT -Input attenuator (-20dB) -Input Impedance 50 Ohm, 10pF -10 bit A/D Converter -100MHz sampling frequency, 8bit samples -Up to 512k x 16bit samples memory -Delay settings up to 65535 sample periods -various triggering mode -BNC or Lemo analog connectors -dimensions: L 100mm W 82mm H 32mm -DB15 connector: I/O lines 6 Inputs and 6 Outputs -USB-2.0 High Speed (480MBps) -Power supply: USB connector <500mA -weight: 310g PrzedsiQbiorstwo Badawczo-Produkcyjne OPTEL Sp. z o.o. ul. Jerzego Kowalskiego 5 PL-52-428 Wroclaw phone: +48 71 329 68 53 fax.: +48 71 329 68 52 e-mail: [email protected] http://www.optel.pl

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OPBOX ver 2.1 Mini Ultrasonic Box with Integrated Pulser and Receiver-2

Pulse Voltage Charging Time Fall Time Bandwidth Output impedance Resolution Maximum input voltage: Sampling Frequency(MHz) Data Buffer Measuring frame delay: PRF 0V to 360V (positive pulse) adjustable from 0 to 3.1us in 0.1us steps <= 20 ns up to about 50MHz < 1 Ohm Hardware data processing: Data representation: RF, Absolute; Measurements in defined frames: 3 peak detectors; 3 level comparators - modes of transition detection: Level, Rising, Falling, Transition. DAC (TGC) with arbitrary function generator: Frequency: 100MHz Max. gain changing: 48dB pro step Trigger: Software Software command;...

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