PSPi 1. 00. 0 Version 2 othermod. SAMSUNG CAMERA PICTURESThis project is now complete. Ive posted a video below of PSPi 1. Version 2 in action. Please continue to ask questions in the forum. Im happy to answer them. If youre looking for something easier to build, check out a the PSPi 1. Version 2. 1 and PSPi 1. Version 3 pages. Welcome to the PSPi 1. Version 2 build page. Another dead PSP is being given a second chance using the 5 Pi Zero. The main goal with this project is to spend as little as possible on the components. When possible, I will create instead of purchase, and Im making tutorials along the way that should be helpful for any Pi project. Http Anyone picked up one of these yet Should be OK for the NBN I got a lette. This one will have all the same features as PSPi 1. Version 1 and even a few more. Im documenting every part of it with photos, and if anyone wants more information on any part of it Im happy to respond to questions. ZBCvTy0DLg/hqdefault.jpg' alt='Psp Software Update 6.31' title='Psp Software Update 6.31' />DanteGesellschaft Mnchen Societ Dante Alighieri Monaco di Baviera. Psp Software Update 6.31' title='Psp Software Update 6.31' />For those making your own version of the PSPi or a similar project, head over here to the PSPi Forum and create a topic if you have questions or need help. For those that want to build your own, here are the components used in the build. IRF7. 31. 9 Dual Mosfet on e. SeJFh_c3UTI/hqdefault.jpg' alt='Psp Software Update 6.31' title='Psp Software Update 6.31' />Bay or Amazon. LM3. Voltage Comparator on e. Bay or Amazon. Lithium Charge Controller and Power Boardon e. Bay or Banggood or other. Mod. com. 4. 3 Composite LCDon e. Bay or Amazon or other. Mod. com. 24 Pin FPC Connectoron e. Lg Flash Tool V1.8. Bay or Amazon. 24 Pin FPC Cableson e. Bay or Amazon. 10 Pin FPC Connectoron e. Bay or Amazon. 10 Pin FPC Cableson e. Bay. Lithium Batterieson e. Bay or Amazon or other. Mod. com. Audio Amplifieron e. Bay or Amazon or other. Mod. com. BAT5. 4C Dual Diodeon e. Bay or Amazon. 26 AWG Wire 6 Color Seton Amazon. USB Charging Cableon Amazon or e. Bay. Mini. USB to USB Adapteron e. Bay or other. Mod. Mini USB Female Connectoron other. Mod. com. 8GB Micro. SD Class 1. 0 SD Card with Adapteron Amazon. Pi Zero Kit with Class 1. GB Micro. SD and Power Supply on Adafruit Miscellaneous Resistors and Capacitors. Features and Details 4. Composite LCDCompletely gutted, and only the original button boards are used. GPIO audio output with Class D stereo amplifier. Working mini. USB port on top. The Sony Memory Card slot converted to micro. SD and wired to the Pi Zero. Original power jack is used to charge. Momentary press of power button turns the console on and off. Pushing the button when the Pi is on shuts the OS down and powers the system off. Controls wired directly to GPIO pins. Low battery warning LED and charging LEDs. A few things Ive customized Power OnOff Circuit in Emulation Software. PSP and Pi Zero Pinouts. Teardown. The teardown process is straightforward. Some original internal parts will be reused. Power Supply and Lithium Charge Controller Board Install. The power supply board handles 5v power in, 5v power out, and 3. The USB connectors have to be removed so everything will fit. Also, some case plastics need to be ground down to make room. For more information on how this board works, check out the lithium power supply tutorial. I reused the headphone jack from the old PSP board. A rework machine does the removal job well. The headphone jack will not be functional in this version. It is not wired in a way that allows the speakers to be disconnected, so it has little purpose right now. This might be something added to the next version. Here is the jack hot glued back in its original location. Running the yellowblack battery and the power input wires and the redblack power output wire. The greenblack wires to the headphone jack are unnecessary and will not be used on this build. A ground wire should be soldered from the power output as shown in the last picture. This will be used for the audio amplifier. Audio and Micro. SD Wiring. SD to Micro. SD adapter are glued into position and audio amp is set in place. Adding solder to the SD adapter in prep for soldering wires. Soldering wires to the amplifier. The green wires are the left and right positive outputs going to the speakers. The negative wires from the speakers are joined together and soldered directly to the GND on the output of the power board, and the GND is also connected to the GND for the power and speaker inputs on the amplifier. The audio circuit is explained here. The additional audio filter components will be added later. Its time to start wiring the Micro. SD adapter.  I made the wires long because I hadnt decided which direction I was mounting the Pi Zero. I ran hot glue along the wires to keep them from moving. Notice that one pin on the SD card is not used. Different colors were used so it will be easier to solder to the Pi later. For more information on how the micro. SD wiring works, check out the external micro. SD guide here. Modifications. Test fitting the LCD bracket. Everything fits nicely and the wires are routed properly. The bracket has to be modified to make room for the LCD driver and for later modification of the joystick. Modifying the plastics to make room for the new components. Here is the new FPC cable and the cable original to the PSP. The blue rigid plastic needs to be removed from the new 2. FPC cable.  I could have ordered an FPC 2. I had to be careful not to bend the contacts on the new cable. I did this by pushing the new cable into the connector first, then pushing the PSP one in next. The connector is hard to close, and it squishes them together really hard. I know youre asking why this cable is being installed. The explanation is later in the guide. LCD and LCD Driver Installation. Im about to mount the LCD bracket. It wont sit correctly on the left side because the motherboard is no longer installed. It will crush the left trigger and keep it from working. It needs two spacers for the screws that are the thickness of the motherboard. So I cut out the small section of the dead board and used them. Installing the other two LCD screws that are in the battery compartment. LCD installation and LCD driver. Make sure the LCD driver has insulation on the bottom, otherwise itll short out on the bracket. I used a piece of plastic cut to the size of the board. Mini USB connector installation. Not being soldered yet. Test fitting and doing a quick test of the Pi and LCD before I start soldering. Soldering the Micro. SD Port. Soldering the Micro. SD pins to the pads on the Pi Zero and soldering the ground wire from the power board to a ground pad on the Pi. Again, for more information on how the micro. SD wiring works, check out the external micro. SD guide here. Battery Disassembly and Installation. Sales Of Goods Ordinance Sri Lanka Pdf. This is a good time to do one more test to make sure everything still works after soldering the SD card wires. FPC Cable Soldering. So we have a 2. 4 pin FPC connector with contacts for the powercharge LEDs, power switches, and control buttons. We need a way to connect that to the Pi. Here is one solution. Yes, youre seeing that right. Im using scissors to separate the individual wires on the cable, but a sharp knife works well too. Im then soldering them directly to the GPIO on the Pi. There are multiple ground wires and Im waiting until all other wires are soldered before soldering them. Im going to bundle them together and solder them all at once. So far I have the right side controls circle, triangle, square, x along with start and select soldered in place. The 5v LED power wire soldered up is also soldered up and the ground wire for the green power LED is going to be soldered to GND along with all the other GND wires.