I can't find the old Philips crystal databook anywhere. I only found a report I wrote myself many years ago stating that the motional capacitances in that Philips databook are typically between 20 fF and 30 fF.
It can be found on the internet:
https://archive.org/details/bitsavers_philipsdatsPiezoelectricQuartzDevices_4428857/mode/1up
https://archive.org/details/bitsavers_philipsdatsPiezoelectricQuartzDevices_4428857/mode/1up
You could use an ad hoc crystal driver IC. This one from TI is based on Pierce:
https://www.ti.com/lit/ds/symlink/sn74lvc1gx04-ep.pdf
https://www.ti.com/lit/ds/symlink/sn74lvc1gx04-ep.pdf
I'd like to follow up on this.
I'm using a 74LS321 to generate the req'd clock (4,2336MHz) for old school Philips based TDA1540 player by having the LS321 using a readily available 16,9344MHz x'tal from the available /4 output.
-Unfortunately, the LS321 only goes up to ~20MHz according to the datasheet.
-Having /2 and /4 outputs + the xtal circuitry in one IC combined is great.
I'd like to generate a all-purpose PCB, so...
Does anyone know a "successor" of the LS321 with higher max. frequency?
I'm using a 74LS321 to generate the req'd clock (4,2336MHz) for old school Philips based TDA1540 player by having the LS321 using a readily available 16,9344MHz x'tal from the available /4 output.
-Unfortunately, the LS321 only goes up to ~20MHz according to the datasheet.
-Having /2 and /4 outputs + the xtal circuitry in one IC combined is great.
I'd like to generate a all-purpose PCB, so...
Does anyone know a "successor" of the LS321 with higher max. frequency?