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Hard Drive: CONNER: CP-3000 42MB 3.5"/SL IDE / AT




C P - 3 0 0 0    CONNER
NO MORE PRODUCED                                      Native|  Translation
                                                      ------+-----+-----+-----
Form                 3.5"/SLIMLINE         Cylinders    1045|  980|     |
Capacity form/unform    42/      MB        Heads           2|    5|     |
Seek time   / track  28.0/11.0 ms          Sector/track   40|   17|     |
Controller           IDE / AT              Precompensation
Cache/Buffer             8 KB LOOK-AHEAD   Landing Zone
Data transfer rate    1.500 MB/S int       Bytes/Sector      512
                      4.500 MB/S ext
Recording method     RLL 2/7                        operating  | non-operating
                                                  -------------+--------------
Supply voltage     5/12 V       Temperature *C         5 55    |    -40 60
Power: sleep          0.4 W     Humidity     %         8 80    |      8 80
       standby        0.5 W     Altitude    km    -0.061  3.050|        12.200
       idle           2.0 W     Shock        g         5       |     75
       seek           2.8 W     Rotation   RPM      3557
       read/write     4.2 W     Acoustic   dBA        40
       spin-up            W     ECC        Bit   INTERNAL
                                MTBF         h     100000
                                Warranty Month        15
Lift/Lock/Park     YES          Certificates     CSA,IEC380,IEC435,IEC950,U...

Layout

CONNER CP3000 PRODUCT MANUAL REV. I, DECEMBER 1990

  +-------------------------------------------------------+
  | +-+J1                                  +-------+      |XX  J5
  | | |                                    +-------+      |xx1 Power
  | | |HDA                               HSP CD DSP ACT   |
  | | |                                                   |XX 40 Pin
  | +-+                                                   |XX Task
  |                                                       |XX File
  |                                                       |XX
  |                                                       |XX Inter-
  |                                                       |XX face
  | SERIAL IN/OUT                                         |XX
  | LED DRIVE                                             |XX J2
  | CAPABILITY                                            |XX
  |+--1                                                   |XX
  ||  |                                                   |  1
  ||  | J4                                                |XX Power J3
  |+--+                                                   |XX
  +-------------------------------------------------------+  1

   (AT) Adapter Card Layout          J1        1
  +-------------------------XXXXXXXXX.XXXXXXXXX-------------+
  |O                              **           2          O |
  |                                E1                       |
  |                                   E2** ***E4          O |
  |                                        E3               |
  |                                                         |
  |                                                         |
  |                                                         |
  |                                                         |
  |                                                         |
  |                                                         |
  |                                                         |
  |                                                       O |
  |                                                         |
  |                                                       O |
  +-------------+           ++                      +-------+
                +++++++++++++++++++++++++++++++++++++

Jumpers

CONNER CP3000 PRODUCT MANUAL REV. I, DECEMBER 1990

Jumper Setting
==============

Customer Options
----------------
There are four jumper options available for configuration:
HSP, C/D, DSP, and ACT.

HSP, when jumpered, connects the -HOST SLV/ACT signal on the inter-
face to ground for systems that require the slave drive to provide
-SLAVE PRESENT signal in a two-drive system.

C/D is the address jumper. When jumpered, the master (or C drive), is
selected. When open, the slave (or D drive), is selected.

DSP, when jumpered, indicates to the master drive that a slave is
present. In a two-drive system, this jumper option must be installed
in the master, or C drive.

The last jumper, ACT, connects the -ACTIVE signal to the -HOST
SLV/ACT signal on the interface. This signal provides the capability
to drive an external LED. An external current limiting resistor is
required.

 As an alternative, an LED may be connected between J4, pins 1 and 2.
 This would provide both an open collector drive signal and a current
 limiting resistor connected to +5V respectively.

 The following table shows what the jumper setting should be for
 various system configurations.
   +--------------+--------+---------------+--------------+
   |Jumper        |        |               |              |
   |Configuration |1 Drive |2 Drive Master |2 Drive Slave |
   +--------------+--------+---------------+--------------+
   |    ACT       |    J   |    Note 1     |   Note 1     |
   +--------------+--------+---------------+--------------+
   |    C/D       |    J   |      J        |    NJ        |
   +--------------+--------+---------------+--------------+
   |    HSP       |   NJ   |     NJ        |   Note 2     |
   +--------------+--------+---------------+--------------+
   |    DSP       |   NJ   |      J        |    NJ        |
   +--------------+--------+---------------+--------------+

NOTE 1:
In a two drive system, it is possible to drive one LED with both
drives. An external current limiting resistor is required.

NOTE 2:
If the drive is connected to a host that requires that the signal
-DRIVE SLAVE PRESENT be supplied from the slave drive, via the inter-
face signal -HOST SLV/ACT, then this jumper must be installed. If
this jumper is installed, the ACT jumper must not be installed
because the two jumpers are mutually exclusive.

 J3   DC Power and pin connector assignments
 -------------------------------------------
      /------------\   pin 1    +12 V
      | 4  3  2  1 |   pin 2    GND
      +------------+   pin 3    GND
                       pin 4    + 5 V

 J5   DC Power and pin connector assignments
 -------------------------------------------
      +---------+   pin 1    + 5 V
      | 1  2  3 |   pin 2    +12 V
      +---------+   pin 3    GND

Install

CONNER CP3000 PRODUCT MANUAL REV. I, DECEMBER 1990

Notes on installation
=====================

Installation direction
----------------------

     horizontally                           vertically
   +-----------------+             +--+                       +--+
   |                 |             |  +-----+           +-----+  |
   |                 |             |  |     |           |     |  |
 +-+-----------------+-+           |  |     |           |     |  |
 +---------------------+           |  |     |           |     |  |
                                   |  |     |           |     |  |
                                   |  |     |           |     |  |
 +---------------------+           |  +-----+           +-----+  |
 +-+-----------------+-+           +--+                       +--+
   |                 |
   |                 |
   +-----------------+

The drive may be mounted in any attitude!

Recommended Mounting Configuration
----------------------------------
The CP3000 is designed to be used in applications where the unit may
experience shock and vibrations at greater levels than larger and
heavier disk drives.

Shock Tolerance Features
------------------------
The design features which allow greater shock tolerance are the use
of rugged heads and media, a dedicated landing zone, closed loop
servo positioning and specially designed motor and actuator
assemblies.

Mechanically Isolated Mounting Points
-------------------------------------
Ten base mounting points are provided to the customer. The drive is
mounted using 6-32 x 1/8" max. insertion for the sides, and 1/4"
insertion for the bottom. The system integrator should allow ventila-
tion to the drive to ensure reliable drive operation over the opera-
ting temperature range.

For additional vibration isolation, an external suspension system may
be used.

Power Connectors
----------------
The CP3000 has a 4-pin DC power connector (J3) mounted on the PCB.
The recommended mating connector is AMP part number 1-480424-0
utilizing AMP pins (part number 350078-4 or equivalent).
DC power may also be supplied to the drive throughh a 3 pin
connector (J5). The recommended mating connector is Molex part number
39-01-0033 utilizing Molex pins (part number 39-00-0031 or equiva-
lent).

Power is to be supplied at either J3 or J5, but not both.

Task File Interface Connector
-----------------------------
The CP3000 has a 40-pin Task File Interface connector (J2) mounted on
the printed circuit board. The recommended mating connector is Molex
part number 10-91-2401 or equivalent. Two drives may be daisy chained
together at this connector. Maximum cable length is two feet.

Acoustic Noise
--------------
The sound pressure level will not exceed 40dBA at a distance of 1
meter from the drive.

Drive Mechanism
---------------
A brushless DC direct drive motor rotates the spindle at 3557 rpm.
The motor/spindle assembly is balanced to provide minimal
mechanical runout to the disk. A dynamic brake is used to provide a
fast stop to the spindle motor when power is removed, or upon
initiation of STANDBY MODE.

Air Filtration System
---------------------
The head-disk assembly is a sealed enclosure with an integral 0.3
micron filter which maintains a clean environment for the heads and
disks.

Installation of the Drive and Adapter Card
------------------------------------------

1. Remove power to the computer

  2. If another hard disk controller is installed, it is necessary to
     prevent it from responding to the addresses 1F0-7H and 3F6-7H.
     It is also necessary to ensure that the controller is
     electrically disconnected or tri-stated from IRQ14 of the mother-
     board bus. This may be done either by removing the board, by
     electrically disconnecting the signal from the interface, or by
     setting the jumpers of the board to disable the hard disk
     controller.

3. Insert the board into any available card slot.

  4. Configure the Host adapter for the correct configuration of your
     computer BIOS.

     Adapter Card Jumpers   E1 and E3 always not installed
                            E2 and E4 always installed

5. Connect power to the CP3000.

6. Run the DOS FDISK program to establish DOS partitions.

      Note: DOS 3.3 and below have limitations of 32 megabytes unless
            software utility is used to overcome this.

  7. Run the DOS format programm by typing "Format C:/S". The volume
     may be named with the addition of the "/V". The format will be
     completed and the system transferred if the "/V" option was used.
     The system will ask for a volume name.

8. Files can then be copied to the C drive from floppy.

  9. When the system is rebooted, the system should boot from the hard
     drive (Drive C) if the floppy is removed.

Features

CONNER CP3000 PRODUCT MANUAL REV. I, DECEMBER, 1990

Key Features
------------
Key features of the CP3000 include:

 - Low power requirements enabling battery operation in portable
   environments

 - High performance rotary voice coil actuator with embedded servo
   system

- High shock resistance

- Internal air filtration system

- Sealed HDA

- Automatic actuator latch against inner stop upon power down

 - Microprocessor-controlled diagnostics routines that are auto-
   matically executed at start-up

- Automatic error correction and retries

- Block size: 512 bytes

- Emulates IBM Task File and supports additional commands

- Up to two drives may be daisy-chained on this interface

- Translate mode (17 sectors, 5 heads, 980 cylinders) is supported

- Look Ahead Read Capability

- AC Hysteresis on interface

- 8K buffer

Seek Times
----------

       +----------------------------------+--------+
       |Track-to-Track         msec.      |   11   |
       +----------------------------------+--------+
       |               Average msec. typ. |   28   |
       |               Average msec. max. |   50   |
       +----------------------------------+--------+
       |Latency                msec. avg. |   8.4  |
       +----------------------------------+--------+

Functional Description
----------------------
The CP3000 contains all mechanical and electronic parts necessary
to interpret control signals, position the recording heads over the
desired track, read and write data, and provide a contaminant free
environment for the heads and disks.

Read/Write and Control Electronics
----------------------------------
One integrated circuit is mounted within the sealed enclosure in
close proximity to the read/write heads. Its function is to provide
one of two head selection, read pre-amplification, and write data
circuitry.

The single microprocessor-controlled circuit card provides the re-
maining electronic functions, which include:

        - Read/Write Circuitry
        - Rotary Actuator Control
        - Interface Control
        - Spin Speed Control
        - Dynamic Braking
        - Power Management

At power down or the starts of STANDBY MODE, the heads are
automatically retracted to the inner diameter of the disk. There they
are latched and parked on a landing zone that is inside the data
tracks.

Head Positioning Mechanism
--------------------------
The read/write heads are supported by a mechanism coupled to a voice
coil actuator.

Read/Write Heads and Disks
--------------------------
Data is recorded on 95mm diameter disk through 3370 type composite
ferrite heads.

Error Correction
----------------
The CP3000 performs internal error correction. The error correction
polynominal is capable of correcting one error bursts with a maximum
of 8 bits per 512-byte block.

Diagnostic Routines
-------------------
The microprocessor performs diagnostics upon application of power. If
an error is detected, the CP3000 will not come ready.

Reliability and Maintenance
---------------------------
MTBF 100,000 hours (POH)
MTTR 10 minutes typical
Preventive Maintenance None
Component Design Life 5 years

Execute Drive Diagnostic - 90
-----------------------------
This command runs the internal diagnostic tests implemented by the
drive. The diagnostic tests shall only be executed upon receipt of
this command.

The drive sets BSY immediately upon receipt of this command. If the
drive is a master (C/D jumpered) the drive performs the diagnostic
tests and saves the results. It then checks to see if a slave drive
is present and waits up to 5 seconds for the slave to complete its
diagnostics. If the slave successfully completes its diagnostics, it
asserts -HOST PDIAG.

If the slave does not successfully complete its diagnostics, it sets
the error register as follows. The master drive resets BSY,
and generates an interrupt. The value in the error register should
be viewed as a unique 8 bit code and not as the single bit flags
defined previously. The interface registers are set to initial values
except for the error register if error.

 The table below details the codes in the error register and a
 corresponding explanation:
 +----------+-----------------------------------+
 |Error Code|Description                        |
 +----------+-----------------------------------+
 |    01    |no error detected                  |
 |    03    |sector buffer error                |
 |    8x    |slave drive failed (see note below)|
 +----------+-----------------------------------+

NOTE
If the slave drive fails diagnostics, the master drive shall "OR"
80H with its own status and load that code into the error register.
If the slave drive passes diagostics or there is no slave drive
connected, the master drive shall set bit 7 of the Error Register in
the Task File to 0.

Error Reporting
---------------
In general, errors are detected in the following fashion by the
drive microprocessor. At the start of this execution of the command,
the command register is checked for conditions that would lead to an
aborted command. Then the operation is attempted. Ayn subsequent
error terminates the command at the point that is discovered. The
errors that are valid for each command are summarized in the follow-
ing matrix. Any subsequent error terminates the command at the point
that it is discovered.

  +-----------------+---+---+----+----+---+----+---+---+----+---+
  |Commands         |BBK|UNC|IDNF|ABRT|TK0|DRDY|DWF|DSC|CORR|ERR|
  +-----------------+---+---+----+----+---+----+---+---+----+---+
  |Recalibrate      |   |   |    | V  | V | V  | V | V |    | V |
  |Read Sector      | V | V | V  | V  |   | V  | V | V | V  | V |
  |Read Sec. Long   | V |   | V  | V  |   | V  | V | V |    | V |
  |Write Sector     | V |   | V  | V  |   | V  | V | V |    | V |
  |Write Sec. Long  | V |   | V  | V  |   | V  | V | V |    | V |
  |Read Verify Sec. | V | V | V  | V  |   | V  | V | V | V  | V |
  |Format Track     |   |   | V  | V  |   | V  | V | V |    | V |
  |Seek             |   |   | V  | V  |   | V  | V | V |    | V |
  |Exec. Drive Diag.|   |   |    | V  |   |    |   |   |    | V |
  |Initi. Parameters|   |   |    | V  |   |    |   |   |    | V |
  |Read Buffer      |   |   |    | V  |   |    |   |   |    | V |
  |Write Buffer     |   |   |    | V  |   |    |   |   |    | V |
  |Identify Drive   |   |   |    | V  |   |    |   |   |    | V |
  |Inval.Cmnd. Codes|   |   |    | V  |   |    |   |   |    | V |
  |Look Ahead Read  |   |   |    | V  |   |    |   |   |    | V |
  +-----------------+---+---+----+----+---+----+---+---+----+---+

Key:
V = Valid errors for each command
ABRT = Abort command error
BBK = Bad block detected
CORR = Corrected data error
DRDY = Drive not ready detected
DSC = Disk Drive seek complete not detected
DWF = Drive write fault detected
ERR = Error bit in the Status Register
IDNF = Requested ID not found
TK0 = Track zero not found error
UNC = Uncorrectable data error

Signal Levels
-------------
All signal levels are TTL compatible. A logic "1" is greater than 2.0
volts. A logic "0" is from 0.00 volts to 0.70 volts.













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