FNIRSI 1C15 Professional Digital Oscilloscope
- Sale price
- $62.25
- List price
- $88.91
- You save
- $26.66 (30%)
Prices include VAT and any applicable duties.
Product Summary
FNIRSI 1C15 Professional Digital Oscilloscope is a digital oscilloscope selected for checking waveforms, debugging signals and validating circuit behavior. It is suitable for electronics repair technicians, lab users and embedded developers who need practical electronics hardware for reliable project work.
Best For
- checking waveforms, debugging signals and validating circuit behavior
- test leads, probes and bench electronics workflows
- Electronics testing, repair, prototyping and maker workflows
FAQ
Who is this product for? It is intended for electronics repair technicians, lab users and embedded developers.
What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.
Number of channels : 1
Screen size : 2.4 inches
Screen Resolution : 320*240
Analog bandwidth : 110M
Sampling Rate : 500M
1k Hz self-checking square wave:Stand by
Rise Time : <3ns
Storage depth : 12 Kpts
Time base range : 5ns-10s
Vertical sensitivity : 20mv/div-100v/div
Trigger mode : Auto/Normal
Trigger type : Rising/Falling
Display mode : YT/scroll
Afterglow time : None/1s/∞
Charging method : 5V/800mA
Voltage measurement range : ± 40v (x1 file);± 400v (x10 file)
Channel coupling : AC-DC
One-button automatic : Stand by
Waveform measurement : 14 types
Measurement accuracy : ±2%
Reference waveform : Stand by
Waveform save : Stand by
Frequency accuracy : ±0.01%
1 * FNIRSI 1C15 Electronic measuring instrument
1 * P6100 High Voltage Probe
1 * Allgator Clip Probe
1 * Micro USB charging cable
1 * English User Manual
1 * Cloth bag













Bulk Orders & Quotes
For bulk quantities, lab purchasing, repair team restocking, project BOMs or repeat sourcing, use the Request a Quote page. Include product links, target quantity, delivery country or region, required timing, invoice needs and any technical notes such as voltage, connector type, frequency range or acceptable alternatives.
OK! Thank You.
Smaller than I imagined. It seems to be working fine. I'm yet to test the accuracy of the parameters.