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" Very responsive and helpful, competitive pricing. Good source! "
July 2025
SCC-FV01 Request for Availability
SCC-FV01, 2 RSE input channels, Frequency-to-Voltage Module
Rated 4.9/5 | 8 ratings
Actual item may vary if no part number is provided on quote request.
✔ 2 Year Warranty Included
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Andrew Gar**** Verified Buyer
" Amazing to work with and had my order within 1 week after purchasing with all NI certs and data that were needed. "
March 2025
Said Sai**** Verified Buyer
" Competent contact for highly specialized components. The support team is very knowledgeable. Many thanks for the help and the fast shipping! "
January 2025
Bob C**** Verified Buyer
" Jason was able to get our emergency situation taken care of quickly and professionally. "
May 2025
Gregg Flecki**** Verified Buyer
" Great service and great products. This is my 2nd time using Apex Waves, truly impressed. "
January 2025
Carol Zimme**** Verified Buyer
" Very responsive and helpful, competitive pricing. Good source! "
July 2025
Andrew Gar**** Verified Buyer
" Amazing to work with and had my order within 1 week after purchasing with all NI certs and data that were needed. "
March 2025
Said Sai**** Verified Buyer
" Competent contact for highly specialized components. The support team is very knowledgeable. Many thanks for the help and the fast shipping! "
January 2025
Bob C**** Verified Buyer
" Jason was able to get our emergency situation taken care of quickly and professionally. "
May 2025
Gregg Flecki**** Verified Buyer
" Great service and great products. This is my 2nd time using Apex Waves, truly impressed. "
January 2025
National Instruments SCC-FV01 Frequency-to-Voltage Module
The National Instruments SCC-FV01 (Part Number: 777459-32) Frequency-to-Voltage Module is created to estimate signals from recurrence-creating sensors and other periodic signal sources. The DC yield voltage of the module is corresponding to the information recurrence. The output ripple of the NI SCC-FV01 Frequency-to-Voltage Module increments as the input frequency declines and is huge for frequencies underneath 5 Hz. To overcome the impact of output ripple, the user can acquire and average at least 100 samples for each period for two times of the input frequency. This gives the user more exact estimations of frequencies underneath 5 Hz except for 0 Hz. At 0 Hz there is no ripple; subsequently, there is no extraordinary need to acquire and average the information.
If the user needs to adjust for any mistakes in their framework, then they require a capacity generator and an oscilloscope capable of estimating the frequency they are applying. The oscilloscope used for calibration must be several times more precise than the National Instruments SCC-FV01 Frequency-to-Voltage Module.
This National Instruments SCC-FV01 Frequency-to-Voltage Module offers 2 RSE input channels, +/-200 mV of input signal amplitude, a minimum input frequency of 0 Hz, a maximum input frequency of 100 Hz, a threshold of 0 V, a hysteresis of 200 mV, an output offset of 5 mV maximum, and an analog power of 100 mW.
| Model | SCC-FV01, 777459-32 |
|---|---|
| Manufacturer | National Instruments |
| Series | SCC |
| Type | Frequency-to-Voltage Module |
| Input Frequency Range | 0 Hz to 100 Hz |
| Input Channels | 2 RSE |
| Output Range | 0 to +10 V |
| Warranty | 2-3 Year Warranty |
| SCC-FV01 Manual | User Manual and Maintenance Manual Available for Download |
| Price | Contact a sales representative for a quote. |
Associated part numbers for SCC-FV01:
National Instruments SCC-FV01 Frequently Asked Questions
Question: Is a Banner mini-beam SM312F sensor compatible with the NI SCC-FV01?
Answer: The Banner mini-beam sensor is not compatible with the NI SCC-FV01.
Question: Is the SCC-FV01 able to measure signals from frequency generating sensors?
Answer: Yes, the SCC-FV01 is able to measure signals from frequency-generating sensors and other periodic signal sources.
Question: What is the DC output voltage of the SCC FV01?
Answer: The DC output voltage of the SCC FV01 depends on and is proportional to the input frequency that is being used.
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