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Catalog Datasheet	MFG & Type	PDF	Document Tags
AH830 Abstract: No abstract text available Text: AH830 FULLY BUFFERED COLOUR DIFFERENCE PREFILTER The AH830 has been designed to provide colour difference signal filtering with a flat shape for pre A/D applications sampling at 6.75 MHz. Interfacing to the system is simplified with high input and low output impedance op-amp buffer stages.	Original	PDF	AH830 AH830 DR00035A FARA014 Jun-99
AH852 Abstract: No abstract text available Text: AH852 NEAR 601 FULLY BUFFERED OVERSAMPLED UV PRE-FILTER The AH852 is a tightly specified anti-aliasing filter for use in oversampled colour difference applications. The filter has been optimised with an accurate factory-set gain of 6dB. Use of the latest operational amplifiers results in low current consumption and good differential phase and gain	Original	PDF	AH852 AH852 DR00035A FARA019 May-99
AH892 Abstract: No abstract text available Text: AH892 PRE A-D FILTER The AH892 is a tightly specified pre A-to-D filter designed for high quality CCIR 601 luminance applications. Interfacing to the system is simplified with high input and low output impedance opamp buffer stages. Filter Shape Lowpass Passband Shape	Original	PDF	AH892 AH892 DR00035A FARA154d Sep-00
AH1249 Abstract: No abstract text available Text: AH1248 & AH1249 NEAR 601 FULLY BUFFERED OVERSAMPLED Y POST-FILTERS The AH1248 and AH1249 are tightly specified reconstruction filters for use in oversampled luminance applications. These filters have accurate factory set gains of 0dB and 6dB AH1248 and 1249	Original	PDF	AH1248 AH1249 AH1248 AH1249 DR00035A Fara113 Jun-99
AH831 Abstract: No abstract text available Text: AH831 NEAR 601 FULLY BUFFERED UV POST FILTER The AH831 is a tightly specified post D-to-A filter for use in colour difference applications. The filter has been optimised with an accurate factory-set gain of 6dB. Use of the latest operational amplifiers results in low current consumption and good differential phase and gain performance.	Original	PDF	AH831 AH831 DR00035A FARA015 May-99