Schneiderware EPROM Burner - Revision history

Ygdrazil at 07:19, 29 August 2014

2014-08-29T07:19:16Z

← Older revision		Revision as of 07:19, 29 August 2014
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	* [[Media:Schneiderware 9 - Eprommer.pdf\|Schneiderware 9 - Eprommer.pdf]] - EPROM Burner - '''6/1987 page 122-131'''		* [[Media:Schneiderware 9 - Eprommer.pdf\|Schneiderware 9 - Eprommer.pdf]] - EPROM Burner - '''6/1987 page 122-131'''

			[[Category:Peripherals]]

Nocash at 02:47, 2 October 2010

2010-10-02T02:47:10Z

← Older revision		Revision as of 02:47, 2 October 2010
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	The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by a 5V to 25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply. The programmed EPROMs can be used (among others) with the [[Schneiderware Pseudo ROM\|Schneiderware ROM/EPROM board]].		The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by a 5V to 25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply. The programmed EPROMs can be used (among others) with the [[Schneiderware Pseudo ROM\|Schneiderware ROM/EPROM board]].

	~~== Article ==~~

	* [[Schneiderware EPROM Burner\|Schneiderware #9 Eprommer (EPROM Burner)]] (6/1987 pages 122-131)

	== I/O Ports ==		== I/O Ports ==
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	File:Schneiderware EPROM Burner Schematic.png\|Eprom Burner Schematic		File:Schneiderware EPROM Burner Schematic.png\|Eprom Burner Schematic
	</gallery>		</gallery>

			== Scanned Article ==

			* [[Media:Schneiderware 9 - Eprommer.pdf\|Schneiderware 9 - Eprommer.pdf]] - EPROM Burner - '''6/1987 page 122-131'''

Nocash at 19:12, 30 September 2010

2010-09-30T19:12:22Z

← Older revision		Revision as of 19:12, 30 September 2010
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	The [[Schneiderware EPROM Burner\|Schneiderware Eprommer]] is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider International]] as part of their [[Schneiderware]] DIY series. The plain PCB, or the fully assembled board were also available via mail-order.		The [[Schneiderware EPROM Burner\|Schneiderware Eprommer]] is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider International]] as part of their [[Schneiderware]] DIY series. The plain PCB, or the fully assembled board were also available via mail-order.

	The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by 5V-to-25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply. The programmed EPROMs can be used (among others) with the [[Schneiderware Pseudo ROM\|Schneiderware ROM/EPROM board]].		The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by a 5V to 25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply. The programmed EPROMs can be used (among others) with the [[Schneiderware Pseudo ROM\|Schneiderware ROM/EPROM board]].

	== Article ==		== Article ==

Nocash at 19:11, 30 September 2010

2010-09-30T19:11:02Z

← Older revision		Revision as of 19:11, 30 September 2010
Line 1:		Line 1:
	The [[Schneiderware EPROM Burner\|Schneiderware Eprommer]] is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider International]] as part of their [[Schneiderware]] DIY series. The plain PCB, or the fully assembled board were also available via mail-order.		The [[Schneiderware EPROM Burner\|Schneiderware Eprommer]] is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider International]] as part of their [[Schneiderware]] DIY series. The plain PCB, or the fully assembled board were also available via mail-order.

	The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by 5V-to-25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply.		The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by 5V-to-25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply. The programmed EPROMs can be used (among others) with the [[Schneiderware Pseudo ROM\|Schneiderware ROM/EPROM board]].


	== Article ==		== Article ==

Nocash: Created page with "The Schneiderware Eprommer is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider Inter..."

2010-09-30T19:08:46Z

Created page with "The Schneiderware Eprommer is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider Inter..."

New page

The [[Schneiderware EPROM Burner|Schneiderware Eprommer]] is a EPROM Burner, it supports 24pin and 28pin chips (max 32K bytes), published by german magazine [[CPC Schneider International]] as part of their [[Schneiderware]] DIY series. The plain PCB, or the fully assembled board were also available via mail-order.

The [[ECB Bus]] connector of the board is intended to be plugged into the [[Schneiderware Basisplatine]], but it could be also wired directly to the CPCs Expansion Port. The required EPROM programming voltages are generated by 5V-to-25V converter (and, where needed, lowered to 21V or 12.5V), so one doesn't need an external power supply.

== Article ==

* [[Schneiderware EPROM Burner|Schneiderware #9 Eprommer (EPROM Burner)]] (6/1987 pages 122-131)

== I/O Ports ==

{|{{Prettytable|width: 700px; font-size: 2em;}}
|Address (default) || Address (alternate) || Usage
|-
|FAF0h || N/A || Schneiderware Eprom Burner 8255 PPI #1 Port A (Data, 8bit)
|-
|FAF1h || N/A || Schneiderware Eprom Burner 8255 PPI #1 Port B (Address LSBs, 8bit)
|-
|FAF2h || N/A || Schneiderware Eprom Burner 8255 PPI #1 Port C (Address MSBs, 7bit; bit7=unused)
|-
|FAF3h || N/A || Schneiderware Eprom Burner 8255 PPI #1 Control
|-
|FAF4h || N/A || Schneiderware Eprom Burner 8255 PPI #2 Port A (bit0-7=unused)
|-
|FAF5h || N/A || Schneiderware Eprom Burner 8255 PPI #2 Port B (bit0-5=unused, bit6=Red LED, bit7=Green LED)
|-
|FAF6h || N/A || Schneiderware Eprom Burner 8255 PPI #2 Port C (programming signals, 8bit)
|-
|FAF7h || N/A || Schneiderware Eprom Burner 8255 PPI #2 Control
|-
|}

== Pictures ==

<gallery>
File:Schneiderware EPROM Burner Schematic.png|Eprom Burner Schematic
</gallery>