Stag P801 Manuel utilisateur

Operating Manual

for the

P801

Production Programmer

Stag International Ltd.,

Silver Court,

Watchmead,

Welwyn Garden City,

Herts AL7 1LT, UK.

Tel: +44 1707 332148

Fax: +44 1707 371503

[email protected]

www.stag.co.uk

Stag International Ltd 2002

803 1169 Issue.3

CIS 3171

P801 Operating Manual 1

EMC

The P801 programmer complies with the Generic Emission standard EN50081-1 class B

and the Generic Immunity standard EN50082-1. It meets the requirements of FCC Part15,

subpart J class A.

Safety

This product is grounded through the grounding conductor of the power cord. NEVER

operate this equipment with the grounding conductor disconnected. Replace the fuse only

with a fuse of the specified voltage, current and type ratings.

Caution. Programmable devices are sensitive to Electro-Static Discharge. Observe ESD

precautions when handling devices.

P801 Operating Manual 2

Contents

1 INTRODUCTION 4

1.1 Top Panel 4

1.2 Rear Panel 4

1.3 Before powering up... 5

1.4 Keypad 5

1.5 Modules 6

2 LOCAL OPERATION 7

2.1 Device Selection 7

2.2 Device Functions 7

2.2.1 Loading the P801's RAM from Master Devices 8

2.2.2 Verify 8

2.2.3 Empty 9

2.2.4 Program 9

2.3 Bit modes 9

2.3.1 8-bit Gang 10

2.3.2 8-bit 2of2 (2 sets of 2 parts) 10

2.3.3 8-bit 1of4 (1 set of 4 parts) 10

2.3.4 16-bit Gang 10

2.3.5 16-bit 2of2 (2 sets of 2 parts) 11

2.3.6 16-bit 1of4 (1 set of 4 parts) 11

2.3.7 32-bit Gang 11

2.4 Programming Sequence 12

2.4.1 Pre-program checks 12

2.4.2 Marginal verify testing 13

2.4.3 Electronic Identifier 13

2.4.4 Security fuses 13

2.4.5 Display Checksums 14

2.5 Device Limits 14

2.6 RAM Functions 15

2.6.1 Listing and changing the RAM 15

2.6.2 RAM data manipulation 15

2.6.3 Fill the RAM 15

2.6.4 Move a block of data 16

2.6.5 Inserting bytes into RAM 17

2.6.6 Deleting bytes from RAM 17

2.6.7 Complementing the RAM 17

2.6.8 Search the RAM for a data sequence (STRING SEARCH) 18

2.6.9 Checksum of RAM data 19

2.6.10 Cyclic Redundancy Check of RAM data 19

2.7 Setting up the I/O 19

2.7.1 Data Transfer Formats 19

2.7.2 Selecting and setting up the port. 19

2.7.3 Beeper Control 20

2.7.4 Entering Remote Control 20

2.8 Transferring DATA via the ports 20

2.8.1 Receiving data from the port 20

2.8.2 Transmitting data to the RS232 port 21

2.9 Miscellaneous Set-ups and Functions 22

P801 Operating Manual 3

2.9.1 Machine's statistics 22

2.9.2 Updating the software 22

2.9.3 Ram Lock 22

2.9.4 Ram Lock Code 23

3 REMOTE OPERATION OF P801 24

3.1 Remote Control Commands 24

3.2 Status Codes 28

4 PINOUTS FOR PORT CONNECTOR 29

4.1.1 The RS232 connector pinout 29

4.1.2 Typical RS232 Cable Configuration 29

A1 Increasing the RAM Size of P801 30

A2 Specification 32

A3 Error Messages 33

P801 Operating Manual 4

1 Introduction

The P801 Programmer is a multi socket production programmer, which is extremely simple

to use. In local operation, all functions are accessed directly from the keypad in conjunction

with menus and prompts displayed on the in-build LCD display.

1.1 Top Panel

Module removal lever Display

Area for module Keypad

figure 1

1.2 Rear Panel

Switch Fuse Module removal lever

Mains inlet RS232 port

figure 2

P801 Operating Manual 5

1.3 Before powering up...

The mains voltage can be either nominally 115V or 230V without the need for voltage

selection.

The power connector `block' houses the ON/OFF switch, the fuse 2A(T) (Slow blow) and

the mains inlet - see figure 2, page 4

! !

! The unit should NOT be powered up or down with a device in any of the sockets.

Wait a minimum of 5 seconds after powering down, before powering back up.

1.4 Keypad

CRC calculates a Cyclic Redundancy Check of data in RAM.

CSUM calculates the checksum of data in RAM.

DATA performs additional manipulation functions of data in RAM.

DEV select a device.

EDIT to manually edit data in RAM.

EMPTY to perform an empty-check on a device or devices.

ENTER to accept a mode or function setting.

EXIT to exit from a mode or function.

INPUT to input data from the serial or parallel port into RAM.

I/O to set all input/output parameters.

LIMITS to set the default limits for RAM and device data.

LOAD to load data from a master device or devices into RAM.

MISC to perform miscellaneous additional functions.

MODE to set the bit-mode, e.g.: 8, 16 or 32, gang or set.

OUTPUT to output data from RAM to the serial or parallel port.

PROGRAM

PROG

SEQ to set the programming sequence.

VERIFY to compare data in RAM against data in a device or devices.

↑to scroll data up the menu.

↓to scroll data down the menu.

←to move the cursor left or display previous option.

→to move cursor right or display next option.

The keys labelled 0-9, A-F are also used to enter numeric data when this is required.

} use either key to program data from RAM into devices.

P801 Operating Manual 6

1.5 Modules

One module can be fitted at a time. Modules can either program 4 or 8 parts at a time. The

8 socket modules only support gang mode, but 4 socket modules can support different bit

modes see section 2.3 (below).

When a part is selected that the module supports, the Busy LED will go out.

! If the BUSY LED is red, parts must not be inserted into the sockets.

To remove a module move the lever behind the module (see figure 1, page 4) towards the

middle of the module and remove the module using the indents at the front and back of the

module. Move the lever back to the left hand side.

To insert a module, ensure the module removal lever behind the module is to the left. Push

module into place. Busy LED Socket LED’s

Sockets

figure 3

The module can be inserted or removed while the unit is powered up, but should not be

inserted or removed while the unit is performing a device function (e.g. load or program).

This is indicated by the busy LED being green.

P801 Operating Manual 7

2 Local Operation

All functions are menu driven. Use the ↑and ↓keys to select the required option, then

press ENTER.

The option which will be selected is always the 2nd row on the display. This is indicated by

the arrows formed in the display surround.

To abort from the menu:

!EXIT. (The pointing finger symbol denotes a dedicated function key press).

2.1 Device Selection

!DEV

Once DEV has been pressed the device code may be entered directly using 0-9, A-F. To

edit the code use the ←and → keys. When correct press ENTER.

use the ↑and ↓keys to select the required manufacturer, then press ENTER. Now use the

←and → keys to select the required family or size of device, then the ↑ and ↓keys for the

exact device, finally press ENTER.

When selecting a new device, the bit mode may change, the device limits will be reset to

default values, and the security setting will be reset to unprogrammed.

2.2 Device Functions

Device functions will first perform a reverse part check to ensure that the devices are the

correct way round. If a part is faulty it may also fail this test. If this passes, a connect test is

performed, to ensure that devices are present in the correct sockets.

See the marking on the module for correct orientation of the package.

DIL devices should be inserted towards the front of the ZIF with pin 1 towards the rear

of the machine.

! !

! Before a device function is executed the user should ensure that all devices are

the same as the device selected. (See also Section 2.4.3 Electronic Identifier)

DIL devices should be inserted into the socket with the ZIF handle up; the handle should

then be lowered. The handle should be raised before the part is removed.

! !

! If the BUSY LED is red, parts must not be inserted into the sockets on that

module (see section 1.5 Modules)

P801 Operating Manual 8

The BUSY LED will go green, during a device function.

! !

! Devices or modules should not be removed, or added during a device function,

while the BUSY LED is green.

At the end of the function the display will indicate if the function passed or failed. All devices

that pass will have a green LED lit adjacent to them; all devices that fail will have a red LED

lit adjacent to them.

If a device fails, the red LED will light as soon as the failure is detected but the programmer

will continue until the function is completed, or all devices fail.

If a device is incorrectly placed in a socket, the P801 may not be able to detect its presence,

so the adjacent LED will be turned off. The isolation will ensure that the other parts program

correctly, but it is possible that the part in the adjacent socket may not be programmed, this

would be indicated by a red LED in that position.

If a device function is selected, when no, or an incorrect module is connected, then the

function will abort with the message

'No or incorrect Module Requires: xxxx'

where xxxx is the name of the required module.

2.2.1 Loading the P801's RAM from Master Devices

Master devices should be placed in the sockets starting at socket 1 on the left hand side

module.

The number of parts required depends on the mode selected (see Section 2.3).

!LOAD

On pressing LOAD the data in the device will be copied into the P801's internal RAM.

Remove master devices from the sockets after loading.

2.2.2 Verify

This function compares the contents of RAM with the data in the device(s). Some devices

will be verified twice at different VCC values as directed by the manufacturer's specification.

This will also happen if marginal verify is selected (see Section 2.4.2).

Ensure devices to be checked are inserted

!VERIFY

P801 Operating Manual 9

2.2.3 Empty

This function will check that the devices are unprogrammed. If an electrically erasable part

is selected, the part can be erased during programming, so new devices may not be

shipped in their empty state.

Ensure devices to be checked are inserted

!EMPTY

2.2.4 Program

This function initiates the automatic programming sequence. The device is first checked

with the pre-program check & erased if necessary (see Section 2.4.1), programmed with the

data in the RAM to the manufacturer's specification, verified, then the security fuses may be

blown if applicable (see Section 2.4.4).

Ensure devices to be programmed are inserted

!PROGRAM or PROG

Note there is no difference between pressing the PROG or PROGRAM buttons either can

be used.

2.3 Bit modes

The 8 Socket modules (named G8xx), are gang only (i.e. all sockets programmed with the

same data). 4 socket modules support different bit modes, as listed below:

For 8 bit parts

Mode Description

8 bit gang 4 sets of 1 part

8 bit 2of2 2 sets of 2 parts

8 bit 1of4 1 set of 4 parts

16 bit gang 2 sets of 2 parts with 16 bit wide data

16 bit 1of4 1 set of 4 parts with 16 bit wide data

32 bit gang 1 set of 4 parts with 32 bit wide data

For 16 bits parts

Mode Description

16 bit gang 4 sets of 1 part

16 bit 2of2 2 sets of 2 parts

16 bit 1of4 1 set of 4 parts

32 bit gang 2 sets of 2 parts with 32 bit wide data

The bit mode is used in all device functions (e.g. Load or Program), and can also be used

when calculating the checksum and CRC.

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