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The ultrasonic Doppler device FlowDop200 generates transmission signals with an adjustable frequency of 1, 2, 4 or 8 MHz, which are transmitted with the connected probe as ultrasonic waves.
If these waves are reflected or scattered by moving particles or bubbles, they undergo a frequency shift (Doppler effect).
The reflected or scattered ultrasonic waves are recorded and analysed by the device.
The measurement signal is also converted into an acoustic signal. The volume of the acoustic signal is here a measure of the amplitude of the recorded signal and its frequency is a measure of the velocity of the scatterers.
The measurement signal can be adapted to the respective measuring task by means of the adjustable gain, transmission power and measuring depth. The measurement data can be read out and recorded via a USB interface for detailed analysis on the computer.
Features :
MRP: $10,299.88
The ultrasonic Doppler device FlowDop200 generates transmission signals with an adjustable frequency of 1, 2, 4 or 8 MHz, which are transmitted with the connected probe as ultrasonic waves.
If these waves are reflected or scattered by moving particles or bubbles, they undergo a frequency shift (Doppler effect).
The reflected or scattered ultrasonic waves are recorded and analysed by the device.
The measurement signal is also converted into an acoustic signal. The volume of the acoustic signal is here a measure of the amplitude of the recorded signal and its frequency is a measure of the velocity of the scatterers.
The measurement signal can be adapted to the respective measuring task by means of the adjustable gain, transmission power and measuring depth. The measurement data can be read out and recorded via a USB interface for detailed analysis on the computer.
Features :
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