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
|
AH830
AH830
DR00035A
FARA014
Jun-99
|
PDF
|
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
|
AH852
AH852
DR00035A
FARA019
May-99
|
PDF
|
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
|
AH892
AH892
DR00035A
FARA154d
Sep-00
|
PDF
|
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
|
AH1248
AH1249
AH1248
AH1249
DR00035A
Fara113
Jun-99
|
PDF
|
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
|
AH831
AH831
DR00035A
FARA015
May-99
|
PDF
|