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BBP-560 Broad Bandpass Filter

BBP-560 is a broad bandpass filter. Its Bandpass Filters workbook curve matches factory measured BH-A38(BPF560).

  • Measured wavelength range: 300-1200 nm
  • Peak transmission: ≈ 93.420% at 554 nm
  • Custom options: Wavelength response, dimensions and operating conditions

Values shown are sample measurements. Final specifications are agreed for your order.

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BBP-560 Reference Optical Response

BBP-560 is a broad bandpass filter. Its Bandpass Filters workbook curve matches factory reference BH-A38(BPF560).

Optical performance

  • Measured wavelength range: 300-1200 nm. Performance outside this interval is not established.
  • Peak transmission: Approximately 93.420% at 554 nm. This is a sample measurement, not an order tolerance.
  • Selection note: The measured absolute 50% transmission edges are approximately 509.98 and 602.80 nm. The separately labelled UV-IR curve is a different reference.

These values describe a measured measured sample. Custom versions and production orders have their own agreed specifications.

Choosing this filter

Compare the full source spectrum and desired transmitted region. Tell us the working angle, dimensions and required rejection.

Custom options

Discuss the wavelength response, substrate, dimensions and operating conditions with KUPO.

Catalog cross-reference: BP560-D01; earlier reference BBP-560. Include either reference in your inquiry.

Transmission spectrum

Questions about BBP-560

What does the measured peak of BBP-560 represent?

The measured peak is approximately 93.420% at 554 nm. That is the highest measured transmission point, not automatically a defined centre wavelength or a passband specification. Use the surrounding curve to judge the signal range.

Does the 560 designation mean this is a narrow 560 nm bandpass?

Do not assume a narrow passband from the name. The customer sample-book curve matches the factory BH-A38(BPF560) reference, so this listing follows that measured response. If you need to isolate a narrow 560 nm signal, compare the complete curve and specify the bandwidth and blocking you need.

Discuss this filter with KUPO - include the product reference, source wavelength, working angle and required dimensions.