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3.2  CONFIGURATION SWITCHES SW1 - SW8

This section provides detailed information about the function of

each DIP switch and lists all possible settings.

Switch 1:  Hardware/Software Control/BERT Direction

The setting for Switch 1 determines whether the 2036P uses hard-

ware or software (i.e. XON/XOFF) flow control.  Switch 1 is alternative-
ly used to determine the direction of the BERT output message when-
ever the BERT is activated (See Switch 2, below).

Switch 2:  Bit Error Rate Test (BERT)

Use Switch 2 to activate a Bit Error Rate Test (BERT) in the direc-

tion of the serial 

or parallel interface.  This test can be used to deter-

mine whether the 2036P is working properly.  When BERT is activated,
the 2036P outputs the following Barber Pole pattern, which represents
every ASCII character on a standard US keyboard:

0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\}^_’abcdefghijklmnopqrstuvwxyz{|}~

NOTE: When you activate the BER Test, the 2036P “memorizes” the setting of
Switches S1, S3,S4, S5, S6, S7, and S8 to perform the test.  If you modify any of

these switches, you must de-activate Switch 2 in order for the changes to take effect.

5

DIP SWITCH SUMMARY TABLE

Position

Function

Factory Default

SW1

Flow Control

Off

SW2

Bit Error Rate Test

Off

De-Activated

SW3

Data, Parity, Stop Bits

Off

SW4

Data, Parity, Stop Bits

Off

SW5

Data, Parity, Stop Bits

Off

SW6

Data Rate

Off

SW7

Data Rate

Off

SW8

Data Rate

Off

Hardware

8B, NP, 1S

38400 bps

}

}

Flow Control SW1
Hardware

OFF

Software

ON

BERT Direction SW1
Parallel

OFF

Serial

ON

Bit Error Rate

SW2

BERT Activated

ON

BERT De-activated

OFF

Switch 3 through 5:  Data, Parity and Stop Bit

Switches 3 through 5 are used to specify the data, parity and stop

bits.  The following table shows the settings that may be used:

Switches 6 through 8:  Frequency and Data Rate

Switches 6 through 8 determine the frequency and data rate. The

following chart shows the settings that may be used:

6

1200

OFF

OFF

ON

2400

ON

OFF

ON

4800

ON ON

OFF

9600

OFF

ON

ON

19200

ON

ON

ON

38400

OFF

OFF

OFF

57600

ON

OFF

OFF

115200

OFF

ON

OFF

Serial Data Rate

Data Rate

SW6

SW7

SW8

7B

EP

1S

ON

ON

ON

7B

OP

1S

OFF

ON

ON

7B

NP

2S

ON

OFF

ON

7B

EP

2S

OFF

OFF

ON

7B

OP

2S

ON

ON

OFF

8B

EP

1S

OFF

ON

OFF

8B

OP

1S

ON

OFF

OFF

8B

NP

1S

OFF

OFF

OFF

Stop

Data

Parity

Bit

SW3

SW4

SW5

Содержание 2036P

Страница 1: ...5 1000 TECHNICAL SUPPORT 301 975 1007 http www patton com Part 07M2036P C Doc 102142UC Revised 6 8 98 MODEL 2036P High Speed Parallel to Serial Serial to Parallel Interface Converter C E R T I F I E D...

Страница 2: ...rules which are designed to provide reasonable protection from such interference in a commercial installation However there is no guarantee that interference will not occur in a particular installatio...

Страница 3: ...connector on the serial side and a Centronics 36 pin male connector on the parallel side Able to recieve power directly from the RS 232 interface the Model 2036P also comes with a wall mount power sup...

Страница 4: ...ese switches you must de activate Switch 2 in order for the changes to take effect 5 DIP SWITCH SUMMARY TABLE Position Function Factory Default SW1 Flow Control Off SW2 Bit Error Rate Test Off De Acti...

Страница 5: ...ere is no power switch 5 0 OPERATION Once your interface converter is properly configured and installed it should operate transparently as if it were a standard cable connec tion Operating power is de...

Страница 6: ...ctive high 12 Paper end 13 Select 18 5 volts 32 Error tied to 5V 16 17 19 20 21 22 23 24 25 26 27 28 29 30 33 36 Note All other pins are unconnected DB 25 PORT CONNECTIONS Pin Name Description 1 FG Co...

Страница 7: ...APPENDIX C PATTON MODEL 2036P BLOCK DIAGRAM Copyright 1998 Patton Electronics Company All Rights Reserved 11...

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