Gerber zip file includes Acad Eagle v9.6.2 board, schemaic and Bill of Materials

IMPOSSIBLE MISSION GAME CARTRIDGE for COMMODORE 64 Hello, This is a tested and working circuit board. This PCB is prepared for making Commodore 64 Epyx Impossible Mission game cartridge. All components are through-hole, easy to solder, easy to make. https://www.c64-wiki.com/wiki/Impossible_MissionThis C64 cartridge is based on C64 Magic Desk cartridge, modified for running a single autostarting game/program(.prg extension) on commodore 64. There is a 64KB eprom (27c512) on the cartridge. You can download eprom image from this link:https://archive.org/download/imp.miss.eprom/imp.miss.eprom.zipThere are different versions of this game for commodore 64. You can choose your favorite version and prepare your own eprom binary image using a special software. With this software you can prepare single autostarting file (without menu) eprom image .bin file. You can test the .BIN file with VICE emulator. Many tanks to Feandreu and zzarko. You can download the software from this link: https://github.com/Feandreu/mdeskcrtgenfspThis Magic-Desk Compatible Cartridge is based on msolajic's (Marko Solajic) "c64-magic-desk-512k" project. Many thanks to Marko Solajic.https://github.com/msolajic/c64-magic-desk-512kThis cartridge can also be used as; generic 64KB Commodore 64 magic desk compatible cartridge.In order to protect your electronical devices, always turn off your Commodore 64 before connecting or unconnecting any device.Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!Have funThank you.COMPONENTS:27C512 DIP28 (W27C512)74LS02 or 74HC02 DIP1474LS273 or 74HC273 DIP20DIP28 WIDE IC SOCKETIf your programmer have capability to test IC chips, like 74LS series, then you should not forget to test them before soldering, some chips may have defect. (TL866 Minipro Programmer is able to test some of logic IC)

(DIY) ATARI 2600 MULTI GAME CARTRIDGE You can make your own custom Atari 2600 Multi Game Cartridge. Hello, This is a simple,DIY multi game Atari 2600 cartridge. It has 16 games capacity each 4 kilobytes, total 64KB. All components are through hole, marked on the PCB, Easy to solder, Easy to make ;) This is a tested and working circuit board. This cartridge is tested with Atari 2600 Jr. (PAL) Just select 16pcs. your favorite 4 Kilobytes games and make your own custom Atari 2600 Multi Game Cartridge. You can find many different ROM files on the internet by searching "Atari 2600 ROMS" or "Atari 2600 tosec" ROM files bigger than 4 kilobytes are not suitable for this cartridge, you can use only 2 or 4 kilobytes ROM files.If your ROM file is 2KB then you should append it to itself to make a 4Kb file. You can simpy do this with a "HEX-Editor" program.You should append the 4 Kilobytes 16pcs. ROM files each other, reaching to the size of EPROM capacity, by using a "HEX Editor" program. EPROM must be fully filled from $0000 to $FFFF You can download a sample EPROM image from this link:https://archive.org/download/atari2600-16x4kb/ATARI2600_16X4KB.zipIn order to protect your electronical devices, always turn off your ATARI 2600 before inserting or removing cartridges.ALWAYS TURN YOUR ATARI OFF BEFORE CHANGING/SWITHING BETWEEN DIFFERENT ROMS!If your programmer have capability to test IC chips, like 74LS series, then you should not forget to test them before soldering, some chips may have defect. (TL866 Minipro Programmer is able to test some of logic IC)Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!This PCB design is based on Joe 'Kingpin' Grand's Atari cartridge schematics. Many thanks to Joe 'Kingpin' Grand.https://en.wikipedia.org/wiki/Joe_GrandHave funThank you.COMPONENTS:27c512 (W27C512)74LS04 or 74HC042 Row 8 Pin 4P Positions 2.54mm Pitch DIP Switch100nf Ceramic Capacitor4pcs. 10K 1/4 Watt ResistorsDIP28 WIDE IC SOCKET (optional)DIP14 IC SOCKET (optional)

(DIY) ATARI 800XL EPYX PITSTOP GAME CARTRIDGE Hello, This is a tested and working circuit board. This cartridge is tested with Atari 800XL This cartridge can also be used as generic 16KB Atari 8-Bit Computer Cartridge. You can find many different ROM files from internet by searching "Atari 800XL ROMS" or "Atari 800XL tosec" You should duplicate the ROM file reaching to the size of EPROM capacity by using a "HEX Editor" program. EPROM must be fully filled. You can download some sample EPROM images from this link:https://archive.org/download/800xl_16k_sample_roms/800XL_16K_SAMPLE_ROMS.zipIn order to protect your electronical devices, always turn off your ATARI before inserting or removing cartridges.Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!This PCB design is based on Joe 'Kingpin' Grand's Atari cartridge schematics. Many thanks to Joe 'Kingpin' Grand.https://en.wikipedia.org/wiki/Joe_GrandHave funThank you.COMPONENTS:27c512 (W27C512) or 27C256 or 27C128 (DIP28)74LS00 (DIP14) or 74HC00 (DIP14)100nf Ceramic CapacitorDIP28 WIDE IC SOCKET (optional)If your programmer have capability to test IC chips, like 74LS series, then you should not forget to test them before soldering, some chips may have defect. (TL866 Minipro Programmer is able to test some of logic IC)

(DIY) ATARI 800XL WIZARD OF WOR GAME CARTRIDGE Hello, This is a tested and working circuit board. This cartridge is tested with Atari 800XL This cartridge can also be used as generic 16KB Atari 8-Bit Computer Cartridge. You can find many different ROM files from internet by searching "Atari 800XL ROMS" or "Atari 800XL tosec" You should duplicate the ROM file reaching to the size of EPROM capacity by using a "HEX Editor" program. EPROM must be fully filled. You can download some sample EPROM images from this link:https://archive.org/download/800xl_16k_sample_roms/800XL_16K_SAMPLE_ROMS.zipIn order to protect your electronical devices, always turn off your ATARI before inserting or removing cartridges.Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!This PCB design is based on Joe 'Kingpin' Grand's Atari cartridge schematics. Many thanks to Joe 'Kingpin' Grand.https://en.wikipedia.org/wiki/Joe_GrandHave funThank you.COMPONENTS:27c512 (W27C512) or 27C256 or 27C128 (DIP28)74LS00 (DIP14) or 74HC00 (DIP14) 100nf Ceramic CapacitorDIP28 WIDE IC SOCKET (optional)If your programmer have capability to test IC chips, like 74LS series, then you should not forget to test them before soldering, some chips may have defect. (TL866 Minipro Programmer is able to test some of logic IC)

I wanted to optimize the PCB for the usual Amiga mouse adapter. Using a SOIC-18 footprint IC I was able to make it so small that the limiting factor is the size of the USB connector.I have ordered a set of these PCBs for myself and testet that they work before I made this project page.Program the PIC before soldering to the PCB. I just hold the IC tightly onto an adaptor board for my TL866II Plus to program.Bend the legs of the USB-A connector back and cut off 1 mm of the ends before installing on the board. The metal casing should have a slot to allow this without shorting. Also straighten the side lugs so that they go through the oval holes.Requires a mouse with PS/2 protocol and USB connector. Alternatively the mouse wires can be soldered directly to the PCB and a small zip tie through the oval holes to secure the cable. Make sure you check the pinout to align with the pads first. Pin 7 of the DB9 is 5V and pin 8 is ground.Here are 3D-printable cases for it when soldering the mouse sires directly to the PCB: https://cults3d.com/en/3d-model/various/housing-for-micro-amiga-mouse-adapterCredits:Ultimate Amiga PS/2 Wheel Mouse Controller by Denis Sotchenko (https://web.archive.org/web/20191018184134/http://ps2m.sotchenko.ru/index.html)USB schematic by Henryk Richter (http://bax.comlab.uni-rostock.de/en/hardware/ps2-amiga-maus/)Micro circuit board design by Tor Arne Hustvedt

(DIY) ATARI 800XL FROGGER GAME CARTRIDGE PCB Hello, This is a tested and working circuit board. This cartridge is tested with Atari 800XL This cartridge can also be used as generic 8KB Atari 8-Bit Computer Cartridge. You can find many different ROM files from internet by searching "Atari 800XL ROMS" or "Atari 800XL tosec" You should duplicate the ROM file reaching to the size of EPROM capacity with using a "HEX Editor" program. EPROM must be fully filled. You can download some sample EPROM images from this link:https://archive.org/download/800xl-8k-sample-roms/800XL_8K_SAMPLE_ROMS.zipIn order to protect your electronical devices, always turn off your ATARI before inserting or removing cartridges.Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!This PCB design is based on Joe 'Kingpin' Grand's Atari cartridge schematics. Many thanks to Joe 'Kingpin' Grand.https://en.wikipedia.org/wiki/Joe_GrandHave funThank you.COMPONENTS:27c512 (W27C512) or 27C256 or 27C128 or 27C64 (DIP28)100nf Ceramic CapacitorDIP28 WIDE IC SOCKET (optional)

AMIGA 500 ROM REPLACEMENT ADAPTER FOR REV. 5 MOTHERBOARDS This is A500 315093-01 Kickstart ROM replacement/switcher adapter for only REV.5 Motherboards. Hello, This is a tested and working circuit board. REV. 5 Amiga 500 motherboards mostly produced with v1.2 ROM (315093-01) For stability of working performance 4.7K pull-up resistors are placed on adress lines. This a500 Kickstart ROM replacement adapter easily fits A500 REV.5 Motherboards. With 27C160 EPROM you can select and use 4 (4 banks x 512KB) different Kickstart ROMsWith 27C800 EPROM you can select and use 2 (2 banks x 512KB) different Kickstart ROMsWith 27C400 EPROM you can use only 1 (512KB) Kickstart ROM (If you are using this adapter with 27C400 EPROM then pin1 and pin42 of the eprom socket should be left empty.)If your binary ROM file is 256KB then you should append it to itself to make a 512Kb file. You can simpy do this with a "HEX-Editor" program.You can also use Amiga diagnostic ROM (DIAGROM) with this ROM Adapter. https://www.diagrom.com/index.php/download/For reading original Amiga ROMs or for programming 27C400/800/160 with a "TL866 Programmer" you need to make this eprom adaptor. (It has 2 switches on it and helps you to program 27c160 eprom in 4 steps, each 512Kb bank in one step)https://www.pcbway.com/project/shareproject/27C400_800_160____27C4096_EPROM_Programming_Adapter.htmlMany thanks to Ozay TURAYThis project only includes a specially designed PCB. No Amiga ROM file will be shared.WINUAE Emulator .ROM files are not suitable for eproms, because they are byte-swapped files, they do not work. You need Binary ".BIN" ROM image files. You can find more information on the internet forums. This ROM adapter is specialy designed and only suitable to the Amiga 500 REV.5 Motherboards. It is not suitable for A500 REV.6 Motherboards. If you need a ROM adapter for A500 REV.6 motherboard you can find it here;https://www.pcbway.com/project/shareproject/AMIGA_500_ROM_REPLACEMENT_ADAPTOR_FOR_REV__6_MOTHERBOARDS.htmlALWAYS TURN YOUR AMIGA OFF BEFORE CHANGING/SWITHING BETWEEN DIFFERENT ROMS!As you can see, I have uploaded many projects and still working on new projects. If you have any questions please search answers from the internet. Unless I explicitly stated, all my projects are tested under normal conditions and confirmed to work before being shared. I am sorry not having enough time to answer all the questions.COMPONENTS:27C160 or 27C800 or 27C400 (DIP)DIP42 2.54 pitch wide IC Socket (You can use 28pin or 32pin two sockets by cutting one of them)20pcs. 4.7K 1/4 watt 1206 SMD Resistors (R1-R20)2pcs 20pin Round Male Haders4pin Male Headers2pcs. jumper cap

AMIGA 500 ROM REPLACEMENT ADAPTER FOR REV. 6 MOTHERBOARDS A500 Kickstart ROM replacement/switcher adapter for REV.6 Motherboards. (Keyboard friendly) Hello, This is a tested and working circuit board.This A500 Kickstart ROM replacement adapter easily fits A500 REV.6 Motherboards. This ROM adapter is specialy designed suitable to the Amiga 500 keyboard position.REV. 6 Amiga 500 motherboards mostly produced with v1.3 ROM (315093-02)With 27C160 EPROM you can select and use 4 (4 banks x 512KB) different Kickstart ROMsWith 27C800 EPROM you can select and use 2 (2 banks x 512KB) different Kickstart ROMsWith 27C400 EPROM you can use only 1 (512KB) Kickstart ROM (If you are using 27C400 eprom then you do not need to use this adapter for REV.6 boards, you can just insert 27C400 directly to the ROM socket.). If you are using this adapter with a 27C400 EPROM then pin1 and pin42 of the eprom socket should be left empty.If your binary ROM file is 256KB then you should append it to itself to make a 512Kb file. You can simpy do this with a "HEX-Editor" program.You can also use Amiga diagnostic ROM (DIAGROM) with this ROM Adapter.https://www.diagrom.com/index.php/download/For reading original Amiga ROMs or for programming 27C400/800/160 with a "TL866 Programmer" you need to make this eprom adaptor. (It has 2 switches on it and helps you to program 27c160 eprom in 4 steps, each 512Kb bank in one step)https://www.pcbway.com/project/shareproject/27C400_800_160____27C4096_EPROM_Programming_Adapter.htmlMany thanks to Ozay TURAYThis project only includes a specially designed PCB. No Amiga ROM file will be shared.WINUAE Emulator .ROM files are not suitable for eproms, because they are byte-swapped files, they do not work. You need Binary ".BIN" ROM image files. You can find more information on the internet forums. This ROM replacement adapter is not for A500 REV.5 Motherboards. If you need a ROM adapter for A500 REV.5 motherboard you can find it here;https://www.pcbway.com/project/shareproject/AMIGA_500_ROM_REPLACEMENT_ADAPTOR_FOR_REV__5_MOTHERBOARDS.html ALWAYS TURN YOUR AMIGA OFF BEFORE CHANGING/SWITHING BETWEEN DIFFERENT ROMS!As you can see, I have uploaded many projects and still working on new projects. If you have any questions please search answers from the internet. Unless I explicitly stated, all my projects are tested under normal conditions and confirmed to work before being shared. I am sorry not having enough time to answer all the questions.COMPONENTS:27C160 or 27C800 or 27C400 (DIP)DIP42 2.54 pitch wide IC Socket (You can use 28pin or 32pin two sockets by cutting one of them)2pcs. 10K 1/4 Watt Resistors2pcs 20pin Round Male Haders4pin Male Headers2pcs. jumper cap

Nano SwinSID for Commodore(SID replacement for Commodore 64)For more information http://www.tolaemon.com/nss/

Small breakout board based on STM32F070 microcontroller from ST Microelectronics.With this board one can easily prototype small ARM Cortex M0 applications with minimum effort and expense. It can be used as a standalone module, or fitted in a socket/shield for a more complex application.The microcontroller can be programmed directly from the USB interface, making use of the DFU bootloader.The bootloader mode can be activated closing the jumper JP1 and pressing the RST button, after connecting the USB interface to the host.The breakout board features following peripherals:3.3V LDO Voltage regulatorRST buttonPower LEDUser LED (connected to PC13)8 MHz crystal32.768 kHz crystalSWD header (not populated)USB header (not populated)GPIO headers with all pin exposed, except the ones reserved for the crystals.Full documentation is available on Github, including schematic, layout, Gerber files, centroid positioning files and Bill-Of-Materials. It will be possible to order fully-assembled PCBs from any PCB supplier, including PCBWay of course.Some code examples and pre-built binaries will be published in the future.https://www.pcbway.com/setinvite.aspx?inviteid=334135

SD2iEC with BROWSER CARTRIDGE for COMMODORE 64 SD2iEC (Commodore 64 disk drive emulator) with File Browser Software in Cartridge. It is for loading games/programs easier and faster. Hello, This is a tested and working project. This is an Easy DIY project, components are through hole, marked on the PCB, Easy to solder, Easy to make ;) The Idea of this project is; loading programs easier and faster. Some browsers (like File Browser 1K) loads faster than Epyx Fast Load cartridge. And with using a browser software you do not need to know how to use SD2iEC, you just select a file from the menu and then Press ENTER ;) Very Easy!With "SD Browse" in this cartridge, you can not only load files easier and faster but you can also copy files or copy whole disk image to real Commodore Floppy Disks (with 1541 FDD). From SD Card to 5.25" floppy disks or from floppy disks to SD Card.Actually, this PCB is a combination of two independent projects, one of them is SD2iEC (Commodore disk drive emulator) and the other is 64KB Magic Desk Compatible Cartridge. They can be used separately or both together. This, SD2iEC & Browser Cartridge PCB is also available for SMD ATMEGA644P and ATMEGA1284 in TQFP package, you may prefer to use either DIP or TQFP package. DIP package is easier to program and easier to solder, but TQFP package AT644P or AT1284 are usualy cheaper and easy to find than DIP package models.You can download Binary Eprom Image from this link.https://archive.org/download/sd2iec_browser/SD2IEC_BROWSER_27C512.zip64KB Magic-Desk Compatible Cartridge part of this project is based on msolajic's (Marko Solajic) "c64-magic-desk-512k" project. You can update or change the software in eprom by using this software.https://csdb.dk/release/?id=179083 https://github.com/msolajic/c64-magic-desk-512k Many thanks to msolajic and zzarko for their great works.Original SD2iEC is designed by Lars PontoppidanWith SD2iEC, from an regular SD Card; you can use D64, M2I, PRG, D71, D81 and P00 ... extensions, Commodore 64 floppy disk images and program files. SD2iEC is easier to use and faster than its competitors. You can use SD Card as a huge capacity floppy or hard disk drive, you are not obligated to mount D64 disk images, you can load and save easly.You can search and find alot of information about "how to use SD2iEC" in the internet.SD2iEC Official Site is https://www.sd2iec.de/SD2iEC firmware download link: https://www.sd2iec.de/nightlies/(Use firmware ...larsp-m1284p.bin or ...larsp-m644p.bin)MMC2IEC / SD2IEC - Evolutionen link: http://www.pitsch.de/stuff/mmc2iec/index.htm ** Before soldering SD Card Module you should place some isolation tape between PCB and SD card module.** If you want to use SD2iEC unconnected to the C64 expansion port then you need to provide DC +5V power to the (+ -) pins on the PCB. (DO NOT CONNECT EXTERNAL POWER SOURCE TO THIS CARTRIDGE WHILE IT IS INSERTED TO C64 !)If you want to program TQFP ATMEGA onboard then you should use DIP40 pins for ICSP connections. I use ATmeag644P and ATmega1284P compatible TQFP44 to DIP40 adapter Programmer socket, from aliexpress.comDIP40 pin 6 = MOSI DIP40 pin 7 = MISO DIP40 pin 8 = SCK DIP40 pin 9 = RST DIP40 pin 10 = VCCDIP40 pin 11 = GNDIn order to protect your electronical devices, always turn off your Commodore 64 before connecting or unconnecting any device.While transfering data (reading or writing) from SD cards it should not be interrupted like power-off or Reset systems. Otherwise that may damage SD cards.Gerber files can be changed at any time. Before paying for the PCBs, be sure to update your orders!As you can see, I have uploaded many projects and still working on new projects. If you have any questions please search answers from the internet. Unless I explicitly stated, all my projects are tested under normal conditions and confirmed to work before being shared. I am sorry not having enough time to answer all the questions.Many thanks to Feandreu for his contribution in this project.Have funThank you.COMPONENTS:2x8 pin SD Card Module ( NOT Micro SD module ! ) (will be placed to the bottom side)3mm RED LED3mm BLUE LED2 PCS. 470ohm - 1K 1/4watt RESISTANCE (value changes leds brigtness)10K 1/4watt RESISTANCE8 Mhz Passive Quartz Crystal1N4148 DIODE2 PCS. 33pf ceramic CAPACITORS100nF ceramic CAPACITOR6pin MALE DIN CONNECTOR6PIN MALE HEADER1PCS. HEADER JUMPER CAP4 PCS. RIGHT ANGLE TACTILE BUTTON6 PCS. 30cm MALE-FEMALE DUPONT CABLESD CARD (4GB will be enough)2 PCS. 2PIN MALE HEADERATMEGA1284 or ATMEGA644 (DIP40 or TQFP)DIP40 WIDE IC SOCKET (if prefered to use ATMega DIP40 )27C512 or W27C512 (DIP28)DIP28 WIDE IC SOCKET (for eprom) 74LS02 or 74HC02 DIP1474LS273 or 74HC273 DIP20You will need a programmer for ATMEGA and EPROMIf your programmer have capability to test IC chips, like 74LS series, then you should not forget to test them before soldering, some chips may have defect. (TL866 Minipro Programmer is able to test some of logic IC)

EASYFLASH CARTRIDGE3 PCB V1.3https://skoe.de/easyflash/https://bitbucket.org/skoe/easyflash/src/master/https://github.com/easyflash-mirror/https://bitbucket.org/skoe/easyflash/src/master/

KungFuFlash Cartridgehttps://github.com/KimJorgensen/KungFuFlashhttps://github.com/KimJorgensen/KungFuFlash/releases/tag/rev.2

AMIGA 500 RGB TO HDMI V2https://github.com/hoglet67/RGBtoHDMIhttps://github.com/hoglet67/RGBtoHDMI/wikihttps://github.com/c0pperdragon/Amiga-Digital-Videohttps://www.youtube.com/watch?v=e8brkYFoO9Ihttps://www.youtube.com/watch?v=9baCd5O2nG4https://www.youtube.com/watch?v=3ccssj_1pJ4

Compatible with Atmega8-48-88-168-328 microcontrollers. It can be programmed with Arduino or Atmel Studio. It is a mini development board. There are L293D motor driver circuit, LM35 temperature sensor, 16x2 LCD display connection pins and buttons on PCB.