Part Number: TDC1000-C2000EVM Other Parts Discussed in Thread: TDC1000 Tool/software: We intend to use the TDC1000-C2000 EVM board for measuring water levels with the H4P10B1000 PZT4 1MHz transducer. Our initial configurations involve using the TDC1000…
Part Number: TDC1000-C2000EVM Other Parts Discussed in Thread: TDC1000 Hello
I am currently working on a project that involves interfacing 120 volt transducers with the TDC1000 evaluation kit (EVK) board. I am seeking guidance and assistance on how to…
Hello Sahaj,
The TDC7200 measures the time of flight on the TDC1000-GASEVM, which has 2 modes with different ranges as shown below.
What is the frequency of the transducer you are using and what is the medium(air, water, etc)?
Part Number: TDC1000 Other Parts Discussed in Thread: TDC7200 , EVM430-FR6047 , MSP430FR6047 Hello,
We are a team that has developed a contactless water speed measurement system in a pipe, using Audiowell ultrasonic probes arranged in a V configuration…
Part Number: PGA308 Other Parts Discussed in Thread: TDC1000 Tool/software: dear sir
our customer want PGA308 with TDC1000 due to very pricision output control.
for test, customer 2MHz sensor signal input to TDC1000, unfortunately, PGA308 output can…
Part Number: TDC1000-C2000EVM Other Parts Discussed in Thread: TDC1000 Tool/software: Greetings,
I am trying to measure the TOF between 2 hydrophones with the TDC1000-C2000EVM using mode 1, I've removed R80 and R81 and I've connected the hydrophones…
Part Number: TDC1000 Tool/software: hi, our customer want know "Vcom" function..
Ti data sheet describe that "should not be loaded with more than 20 μA.".
If this pin loaded over 20uA, what happen TDC1000.
please help!
Hello Archie,
i want to ask if i can add booster to the development kit which i have (TDC1000-C2000EVM) , to measure the range 2 meters , instead of buying new Kit?
Yes you can add a booster to the current EVM. That would be closer to this EVM that…
Part Number: TDC1000-C2000EVM Tool/software:
I have the above configurations and I am trying to find the TOF that I can feed into the formula, D=(TOF X speed of sound)/2 to get the length of the container but even when I change the position of the transducer…