Warner Losh wrote:
>
> In message <378987f5.8d53...@softweyr.com> Wes Peters writes:
> : It shouldn't be all that hard to read the register and set the voltages
> : appropriately. Table 5-1 on p. 54 has the PC Card register values for
> : CVS[2:1] and what they mean.
>
> Agreed...
>
> : Quatech
Warner Losh wrote:
>
> In message <[EMAIL PROTECTED]> Wes Peters writes:
> : It shouldn't be all that hard to read the register and set the voltages
> : appropriately. Table 5-1 on p. 54 has the PC Card register values for
> : CVS[2:1] and what they mean.
>
> Agreed...
>
> : Quatech or Socket
In message <378987f5.8d53...@softweyr.com> Wes Peters writes:
: It shouldn't be all that hard to read the register and set the voltages
: appropriately. Table 5-1 on p. 54 has the PC Card register values for
: CVS[2:1] and what they mean.
Agreed...
: Quatech or Socket Communications? I don't se
In message <[EMAIL PROTECTED]> Wes Peters writes:
: It shouldn't be all that hard to read the register and set the voltages
: appropriately. Table 5-1 on p. 54 has the PC Card register values for
: CVS[2:1] and what they mean.
Agreed...
: Quatech or Socket Communications? I don't see one right
In message <37897655.133ac...@softweyr.com> Wes Peters writes:
: >From this, I'd say the card inserted event should read the Vcc wanted
: value (from the Socket Present State Register?) and apply THAT voltage
: to Vcc, Vpp1, and Vpp2, rather than just applying 5.0 volts. You might
: seriously dama
In message <[EMAIL PROTECTED]> Wes Peters writes:
: >From this, I'd say the card inserted event should read the Vcc wanted
: value (from the Socket Present State Register?) and apply THAT voltage
: to Vcc, Vpp1, and Vpp2, rather than just applying 5.0 volts. You might
: seriously damage any 3.3v
In message <378955ba.b1f94...@softweyr.com> Wes Peters writes:
: Didn't my message from yesterday make it to the list? On card insert,
: you're supposed to read the voltage requirements for Vcc and apply *that*
: voltage to Vcc, Vpp1, and Vpp2.
If it did, I missed it...
Warner
To Unsubscribe:
In message <199907092238.saa07...@skynet.ctr.columbia.edu> Bill Paul writes:
: slt->pwr.vcc = 50;
: slt->pwr.vpp = 0;
to
: slt->pwr.vcc = 50;
: slt->pwr.vpp = 50;
OK. I've read more of the MindShare book. I believe this is a good
change because Vpp is supposed to be
In message <[EMAIL PROTECTED]> Wes Peters writes:
: Didn't my message from yesterday make it to the list? On card insert,
: you're supposed to read the voltage requirements for Vcc and apply *that*
: voltage to Vcc, Vpp1, and Vpp2.
If it did, I missed it...
Warner
To Unsubscribe: send mail t
In message <[EMAIL PROTECTED]> Bill Paul writes:
: slt->pwr.vcc = 50;
: slt->pwr.vpp = 0;
to
: slt->pwr.vcc = 50;
: slt->pwr.vpp = 50;
OK. I've read more of the MindShare book. I believe this is a good
change because Vpp is supposed to be connected to Vcc (that is,
In message <19990719.naa16...@gratis.grondar.za> Mark Murray writes:
: The low-voltage cards are keyed so you cannot plug them into 5v
: slots; perhaps the dual-voltage slots have protective circuitry
: that co-operates with this?
Yes. The dual voltage cards are supposed to bring certain pins
In message <[EMAIL PROTECTED]> Mark Murray writes:
: The low-voltage cards are keyed so you cannot plug them into 5v
: slots; perhaps the dual-voltage slots have protective circuitry
: that co-operates with this?
Yes. The dual voltage cards are supposed to bring certain pins high
and/or low to d
> I'm not sure. There are low voltage cards and I'm not sure how they
> would like having 5V applied to Vpp to them. Again, I've not looked
> up the standards
The low-voltage cards are keyed so you cannot plug them into 5v
slots; perhaps the dual-voltage slots have protective circuitry
that
> I'm not sure. There are low voltage cards and I'm not sure how they
> would like having 5V applied to Vpp to them. Again, I've not looked
> up the standards
The low-voltage cards are keyed so you cannot plug them into 5v
slots; perhaps the dual-voltage slots have protective circuitry
that
In message <199907092238.saa07...@skynet.ctr.columbia.edu> Bill Paul writes:
: - Why is the vpp voltage alwats left at 0?
I think that is what the standard suggested. Since I've not yet
recieved the standard, I can't look it up.
: - Is it safe for me to change the code so that it's set to 5 volt
In message <[EMAIL PROTECTED]> Bill Paul writes:
: - Why is the vpp voltage alwats left at 0?
I think that is what the standard suggested. Since I've not yet
recieved the standard, I can't look it up.
: - Is it safe for me to change the code so that it's set to 5 volts?
: Obviously I'm going
Bill Paul wrote:
>
> Today I started experimenting with the Aironet 4800 series 11Mbps
> wireless networking cards. Aironet makes PCMCIA, ISA and PCI adapters.
> I happen to have the PCMCIA and ISA ones. Like the Lucent WaveLAN/IEEE
> cards, the ISA and PCI cards are really PCMCIA cards fitted int
Bill Paul wrote:
>
> Today I started experimenting with the Aironet 4800 series 11Mbps
> wireless networking cards. Aironet makes PCMCIA, ISA and PCI adapters.
> I happen to have the PCMCIA and ISA ones. Like the Lucent WaveLAN/IEEE
> cards, the ISA and PCI cards are really PCMCIA cards fitted in
Today I started experimenting with the Aironet 4800 series 11Mbps
wireless networking cards. Aironet makes PCMCIA, ISA and PCI adapters.
I happen to have the PCMCIA and ISA ones. Like the Lucent WaveLAN/IEEE
cards, the ISA and PCI cards are really PCMCIA cards fitted into a
bridge adapter. Unlike t
Today I started experimenting with the Aironet 4800 series 11Mbps
wireless networking cards. Aironet makes PCMCIA, ISA and PCI adapters.
I happen to have the PCMCIA and ISA ones. Like the Lucent WaveLAN/IEEE
cards, the ISA and PCI cards are really PCMCIA cards fitted into a
bridge adapter. Unlike
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