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PCD7 Index


PCD7.D160/

D170

B

-13

02.02.2007

D7-257

Charge pump for negative power supply removed and Op Amplifier replaced with a Rail to Rail (from LM358 to TS912D)




PCD7.D160/

D170

B

-12

05.11.2003




Sockel für PROM fällt weg (direkt gelötet).




PCD7.D202

C




30.05.2001




1. FW V011 specifical to LCD Units from Powertip PC2004LRU-AEB-B-DE

• 450 during second half 2001, • 200 during summer 2003

2. FW V012 for all other manufacturers of LCD Units



Com01062

PCD7.D231B4HL01

G

-

28.1.10

PC-0438

Neuer Controller und kyrillisch




PCD7.D23x

E




11.4.2006

D7-105

New printed circuit board to support connector for D231B4HL01




PCD7.D23x

D

2

July 2005

D7-099

New uController type (AT89S8253)




PCD7.D230

C+D




21.12.04

-094

A screw secures the print again print losing form the holds.

- Since the 1.1.05 all mounted D230 receive this screw.

- On Version C an isolation Washer is necessary since there are tracks located closed to the screw.

Com04124

PCD7.D23x

D




24.05.04




- Improvement of Surge Level on Supply Inputs

- Testability / Programability ICT




PCD7.D23x

C




26.04.2004




Official FW for the First serie with version D230 v025, D231 v025 & D232 v025




EM_IO_Board

A




9.6.2010

PC-0463

Layout Anpassung (siehe EA)




PCD7.D410VTC

C

1

26.1.10

PC-0439

IP65 Mechanik Tauglichkeit




PCD7.D412DTPF

B

12

2.9.2011

PC-0544

BildqualitätVerbesserung




PCD7.D457xLCG01 KARDEX

D

1

26.2.2010

PC-0445

Neue Display Dichtung und weglassen von 6-polig Stecker




PCD7.D4xx

D




29.9.2008




New FW freigabe 1.08.05 und FITEC 1.08.05

-Alarming Macros for 3.5” now implemented

-different bugs solved

PCD7.D4xx

C




21.04.2008




-Ferrite is now glued at the back of the PCB on the edge

No index or revision change, because only mechanics adaptation

PCD7.D457

B

1

4.12.2006

-247

-new ferrite on LCD Data cable to comply for Residential EMI Norm.




PCD7.D457

B




19.07.2006

-109

- New LP index c

- New Back Cover adapted :
- new slot for TFT LCD 5.7” Hitachi TX14D11VM1CBA
- new slot for the new coming SD-Card on uBrowser
- reduction of space between back cover & connector Power Supply/RS485_S-Bus




PCD7.F121

B

-1

7.9.09

PC-0417

Sipex: Seriesres. reduced from 330E to 150E




PCD7.F120

B

-1

28.05.04

TM

61340

Problem: IC1 Receiver 75c189 from National is replaced by Texas Instrument SN75C189 to solve and prevent defective through Transient on data and Control line

PCD7.F121 is function compatible and better strength DG277/29.05.07

PCD7.F120

B

-4*

* was not done on Standard Series. DG277

29.05.1996




Problem : The serial intefaces RS 232 on port 0 (PGU Port) and Port 1 doesn’t work.

This phenomenon occurs only if the type of components IC24 is a MAX232EWE from Maxim and IC2 is a SN75C188 from Texas Instrument.

Solution : Add a Shottky diode type BAT48

Communication 96054
DS14C88 are good

SN75C188 occur probl.

PCD7.F180

C

1,2

10.09.2010

0483

Voltage A_Com changed, new 16.0 … 17.5V




PCD7.F180

C

1

13.10.2008

0361

Eingangsschaltung nach neuen MP-Bus Spezifikationen angepasst

Zertifizierung bestanden mit dieser Version (Modif.1)




PCD7.F180

C




29.01.2007

-0254

Driver added to signal MST_DET (necessary for PCD3.F180 )




PCD7.F65x

D 1




14.07.2009

- 0382

Workaround for SDRAM Access




PCD7.F65x

D




05.11.2003

-087

Problem: NetARM15 end of life

Solution: Replace the NetARM15 with NetARM40.




PCD7.F65x

A,B,C

-2

22.09.2003

-086

Problem: a lot of modules do not pass the 100m function test

Solution: change receiving resistor network from 25/25/25/25

to 18/33/33/18.




PCD7.F65x

C




19.06.2002

-076

Replaced Modif 1 in production with a new pcb indec ‘c’




PCD7.F651

B

-1

19.06.2002

-076

Problem: RJ45 90° make short circuit

Solution: put capton sticker between pcb and RJ45




PCD7.F65x

B




04.05.2001

-071

Testability, RJ45 moved to fit in PCD2.M170, MAX3243 always acitve,

Case 0805 downsized to 0603




PCD7.F65x

A







-------

First Serie only




PCD7.F700

H




08.12.1998


-058

Problem : Itec software V6.3 doesn’t work at 500 Kbd

Solution : New version V6.4




PCD7.F700

H




25.05.1998


-050

New Profibus-FMS firmware version V6.3

Also for PCD4.M445

PCD7.F700

H




01.01.1998


-072

These modules, on the hardware prior to version “H”, were equipped with the RTC; since beginning of 1998 the RTC is accommodated directly to the base unit of the PCD2.M1x0.

EA 072 from PCD2

PCD7.F750

A

-1

Ma-Apr. 06

-

Failure with RAM from Supplier Samsung on 390 F750 produced in 2005, for details see MA-PC-06-004 F750

COM06041.pdf

PCD7.F750

A

-1

06.07.2000

-067

Problem : The value of data read in the slaves will occasionally be incorrect when it reaches the master, if the ..F750 is in use on PCD2.M150/M157 and PCD6.M300 devices.

Solution : Send the ..F750 module to Murten for exchange (mod. A1)

Communication 00072
Corrected on vers. “B”

PCD7.F77x

B




26.02.2008

EA-PC-0322

New version of SPC4




PCD7.F8xx

B




16.02.2007

--

Modif 1 & 2 included, new drill diameter 3.95 for fixing on plastic holder

(AD-PC-07-112)




PCD7.F8xx

A

(1) 2

2003

-080

Modif. 2: cut wires to avoid short circuit




PCD7.F802

.F804

A

-1

25.08.2000

-068

Problem : Communication errors on serial port #3

(a pull-up resistor is absent from the receive signal)

Solution : A 18 kΩ pull-up resistor must be added to the RXD signal of the RS 485 driver (pin 1 of IC8)

Communication 00091
.F800 still as version A

PCD7.T8xx

A

B

C

-1

-1

06.06.02

2-167

Through a … Der Ausgang vom Aufsteck-Modem wird bei Reset hochohmig. Durch den PullDown von 4k7 auf der CPU wird via TTL-direkt Modus (Anschluss via Flachbandkabel) das CTS=0 gelesen im Unterschied dazu via RS232 ist CTS=1. Damit gibt es ein unterschiedliches Verhalten im AWL-Treiber




PCD7.W100

A

-12

16.04.2003

AD-PC-03-011

Problem : Module between September 2002 and April 2003 is wrongly manufactured with old asymmetric time constant.

Solution : All new Series will be recognised with "A12".




PCD7.W100

A

-1

20.01.1997

-039

Problem : Common mode rejection is bad. The digital value is too dependent from the common fluctuation.

Solution : The filter with the same time constant on the both "+" and "-" input. Marking: "A1"



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