On the 2.5 in drives I've seen - there are two pins that designate
primary/secondary
Usually no jumper = master, so put a jumper on those pins for slave , or set
channel for cable select
UltraATA cables with the 3 colored (ie, blue, black, and grey) connectors
support cable select
http://www.toshibastorage.com/techdo...XUserGuide.pdf
See page 2 - Master/Slave Settings
** DO pay attention to pin 1 /cable orientation **
Usually a 3.5" disk cable has a "plug" in one of the pinholes and the 3.5"
IDE disk drive connector has a pin missing so can "only put the cable on the
correct way."
Often this aftermarket connector has no pin missing for key and you have to
cut/ bend the correct pin over to allow the cable to go onto the adapter.
Why? Just because they want to bother with it I guess.
So look at the toshiba picture and the IDE cable to be sure pin 1 on the
2.5" drive ( in the picture above ) stays pin 1 on IDE cable (red stripe =
pin 1).
Bobb
"Jeff Strickland" <> wrote in message
news:glapug$tbk$...
> Thanks Bobb, that's the connector I need.
>
> How do I teach the drive that it's a slave instead of a master? If I don't
> have this set, won't the computer try to boot from both of my drives?
>
>
>
> "- Bobb -" <bobb@noemail.123> wrote in message
> news:glamm0$oh3$...
>> Jeff ,
>>
>> go here:
>> http://www.google.com/search?hl=en&q...tebook+adapter
>> for vendors - pick one like :
>> http://www.shop4tech.com/user.htm?go...&id=6763&r=183
>>
>> for $6.99 they make a small adapter that basically bends/aligns the pins
>>
>> I've got a few - WELL worth the money
>>
>> With that you hook up your laptop drive to your desktop cabling.
>> I leave cover off my PC and rest the laptop drive/adapter/cable on a
>> book externally and copy data to desktop drive.
>>
>>
>>
>> "Jeff Strickland" <> wrote in message
>> news:glakd0$unb$...
>>>
>>> "Baron" <> wrote in message
>>> news:glaj5k$eod$...
>>>> Jeff Strickland wrote:
>>>>
>>>>> I posted a few weeks ago about a failed HDD in a laptop. I pulled the
>>>>> HDD, researched the part number and found that I could go from 60G to
>>>>> 80G without changing anything that could lead to instability or
>>>>> anything like that.
>>>>>
>>>>> Now I have a 60G drive that I'd like to pull data out of, if possible.
>>>>>
>>>>> The drive was not erased, so recovery strategies (software apps) are
>>>>> not what I need, I think. I believe the drive itself is having a
>>>>> hardware problem.
>>>>>
>>>>> My question to the group is, how much should I expect to pay to have
>>>>> the drive tested?
>>>>>
>>>>> If the drive was in my desktop and had the same problem, my strategy
>>>>> would have been to install a new drive, set the defective one as a
>>>>> Slave, then attempt to see what is on it. My thinking is a mechanical
>>>>> failure, which would mean the data is gone. But, if the problem is
>>>>> only a boot sector issue, then the data should be discoverable since
>>>>> in a slave environment, booting is not necessary.
>>>>>
>>>>> Since the drive is in a laptop, I don't know anything about making
>>>>> slaves, and I know the box that the drive came out of cannot support a
>>>>> slave, so I'm at the whim of the guy at the repair shop and I want to
>>>>> get an idea of what the price might be to take up his time. My data
>>>>> has value, but perhaps not as much value as the shop time will cost.
>>>>
>>>> Assuming its not sata then just buy a 2.5" to 3.5" IDE adaptor and put
>>>> it into your desktop as a slave. My adaptor cost me a couple of
>>>> minutes work.
>>>>
>>>
>>>
>>>
>>> Talk to me!
>>>
>>> It's an IDE drive (ATA-100) built by Toshiba, P/N MK6026GAX.
>>>
>>> I have several ribbon cables, but the pin spacing is not compatible with
>>> the drive. Is that the adaptor I need? By your descriptioin, I read the
>>> adaptor as hardware that fits the small drive into the large drive bay.
>>> I can do that, but if the cables do not fit, then the problem simply
>>> moves from one place to another.
>>>
>>> The connector on the drive has 44 pins on the data side and 4 more pins
>>> on what I assume is the power side. All pins are physically on the same
>>> connector, the arrangement is 4 pins, a space, then 44 pins with Pin 1
>>> indicated. I assume Pin 1 is the first pin for the data connector. There
>>> is a missing pin at the Pin 19 location, and four more pins beyond the
>>> Pin 40 location.
>>>
>>> The pitch of these pins does not match the pitch of the holes in the
>>> ribbon cable.
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>
>>
>