High power 1MHz ultrasonic flow sensor for liquid flowrate
measurement
The need for accurate and reliable sensors is growing in so many
markets around the world, such as industrial and manufacturing,
automotive, medical, energy, and smart grid applications. The
designers and end-users of these sensors are counting on newer
technologies that use less power and deliver higher accuracy --
technologies that will eliminate moving parts and allow sensing in
remote locations and in less- than-ideal conditions. One of the
most effective areas of sensor technology is ultrasonic, the
science that measures the time interval between an ultrasonic
signal that is sent and received, or what is commonly referred to
as "time- of-flight" (TOF). TI is leveraging its ultrasonic
expertise to deliver new signal conditioning solutions to fluid
level sensing, fluid identification, flow metering, and distance
sensing customers with its latest product based on time-to-digital
converters .
Flowmeter suitable for most types and sizes of plastic tubing
available on the market
Multiple off-the-shelf standard sizes for various tubing dimensions
Sensor solutions for tubing materials, such as PVC, silicone, PFA,
PTFE, etc.
Signal processing
Complete electronic signal processing unit integrated into the
sensor body
No external electronis board or display required
Configurable current, frequency or pulse output
Flow Sensor Applications
Chemical spray systems
Slurry lines
Dosing systems
Bioprocessing
Pump protection
Lab use
Parameters
Model | TL1000KA |
Centre working frequency (kHz) | 1.00MHZ±2% |
Bandwidth (-6dB) | 25% |
overall sensitivity 0 dB=3 Vp-p; cycle:5; distance:8cm (transmitter
and receiver) | -7dB min |
Distance measure range | 1.0m |
Blind zone | 3cm |
Beam angle(-3dBfull angle) | 6° |
electrostatic capacity | 1200PF±20% |
Minimal parallel impedance | 150Ω±30% |
Maxim operating voltage (Pulse Duty cycle ratio 2%) | <200V |
Operating temperature | 4~70℃ |
The material of the housing | PPS |
IP rate | IP68 |
Dimension
Testing curve