Forums GAMERGEN

Salut!

Je voulais savoir si sur la prise ecouteur donc les 6 pin's qui se trouvent a coté sont toute utilisées?!

Sani300

Ba pour brancher la telecommande mais la telecommande n'utilise pas tous les ports!
Et puis ne dis pas ça regarde sur les rechargeur de telephone portable a chaque fois presque tu te retrouve avec une prise a 50 pin's et il n'en utilise que 5 maxi!

Salut voila pour toi :

ICI Pour Fat

Et Là pour la Slim

A+

Euh pour la fat ça ne focntionne pas :s c'est justement celui dont j'ai besoin

Headphones / Remote Control




The headphone jack is a standard 3.5mm stereo, but there is also a small 6 pin
connector next to it for the "remote control" that is included in the Value
Pack. If we assume the following pin numbering (socket in the PSP as viewed
from the outside):

top row: 1,2,3 bottom row: 4,5,6

Then the pinout is as follows (tip/ring/sleeve refers to the three parts of
the stereo jack):


Pin Internal wire Function

1 Brown wire Microphone input (decouple with a capacitor against audio ground)

2 Blue wire Digital ground

3 Orange wire TXD

4 Green wire Sense? Grounding this pin wakes PSP from standby.

5 Yellow wire +2.5V

6 Grey wire RXD

Tip Pink wire Left audio

Ring Red wire Right audio

Sleeve Black wire Audio ground






The PSP communicates with the microcontroller inside the remote control using RS232 serial
communication (although the voltages are different of course, 0V and +2.5V)
using 8N1 framing at 4800bps. The protocol consists of command packages
which can be send by either the PSP or the remote control. A package is
exchanged as follows:

Sender Receiver Explanation

0xF0 Request to transmit

0xF8 Clearance to transmit

0xFD Packet starts

cmd Command code + phase

params ... Zero or more bytes of parameter data

checksum XOR of the cmd and params bytes

0xFE Packet ends

0xFA/0xFB Packet received correctly


If the packet is not received correctly, or the receiver is too busy to allow
the packet to be transmitted, the corresponding 0xFA/0xFB/0xF8 is not sent,
in which case the sender should wait a while (60 ms) and then try again from
the 0xF0. If no answer is
received in a long time (> 1s), a BREAK can be sent to reset the
communication channel, after which the state should be the same as if
the remote control had been disconnected and reconnected again.


The least significant bit of the cmd byte is the phase
indicator, which is used to differentiate a new command from the
retransmission of an old one. The first packet sent from a particular device
has phase 0 (LSB = 0), and is acknowledged with 0xFA. Then the phase is
inverted each time a new packets is sent. Packets with phase 1 are acknowledged
with 0xFB. Phase is not shared, so when the PSP sends a packet it does not
affect the phase of the remote control, and vice versa.

Note that there seems to be no particular way to know how many parameter bytes
are contained in the message, as the parameter bytes or the checksum could
contain an 0xFE as well. It is therefore necessary to know how many
parameter bytes each command takes.

The command sent by the remote control to inform the PSP of what
buttons are pressed is 0x84. It takes two parameter bytes, which if interpreted as a 16-bit integer (little endian) forms a bitfield like so:

Bit Value Button

0 0x0001 Play/Pause

2 0x0004 Fast Forward

3 0x0008 Rewind

4 0x0010 Vol +

5 0x0020 Vol -

7 0x0080 Hold


Buttons that are pressed have their corresponding bits set to 1. Buttons
that are not pressed or do not exist have their corresponding bits set to 0.

voila un CC de la page , mais prends mozilla se sera mieux pour visualiser la page ......
ou tente un copier la

A+