![EVAL UFDC-1 Evaluation board with RS232 Interface EVAL UFDC-1 Evaluation board with RS232 Interface](https://www.mmselectronics.co.uk/images/products/sensors/UTI/EVAL_UFDC-1.jpg)
EVAL UFDC-1 Evaluation board with RS232 Interface
EVAL-UFDC-1 evaluation board is a simple board for experiencing the Universal Frequency-to-Digital Converter performance. The board does not require require any external components, simply connect to a frequency or pulse sensor and suppy power to the board.
This 2-channel Evaluation Board allows selection of the 16 frequency-time parameters measuring modes and one generation mode (for calibration purpose). Easy design of various digital sensors and sensor systems including smart, self-adaptation and self-identification sensor. All existing frequency, period, duty-cycle, time interval, pulse-width modulated, pulse number and phase-shift output sensors and transducers can be directly interfaced to the evaluation board.
Connect TTL-compatible outputs sensors to the Evaluation Board and start measuring output frequency-time parameters and test the sensor systems functions The EVAL-UFDC-1M-16 evaluation board is supplied with free software.
The board interfaces via the serial RS232 port (or via USB adapter) to any personal computer running Windows. The set-up commands can be send and measurement results displayed with a Windows terminal program, LabView or by using the supplied software. The evaluation kit includes a CD with Terminal V1.9B and the Evaluation Board Software V1.14. Supply voltage 8..14V AC/DC The EVAL-UDFC-1 can also test the UFDC-1M-16. Order the UFDC-1M-16-PDIL and change the transducer on the board.
Supply voltage 8..14V AC/DC
The EVAL-UDFC-1 can also be used with the UFDC-1M-16. Order the UFDC-1M-16-DIL and change the transducer IC in the board.
Applications: Physical, chemical and biosensors, smart sensors, virtual instruments, frequency, rpm speed measurement
Temperature Min
-40°C |
Temperature Max
+85°C |
Interface
SPI |
I2C |
Serial |
Case
DIP |
Dimension (L x W x H) | 0 x 0 x 0 |
Weight | 0 |