Pin Signal




Дата канвертавання24.04.2016
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Nokia N60, N70, N90, N91, N93, E70, E61, E62, E60, E50, 3155i, 3230, 3300, 6155, 6170, 6230, 6230i, 6235, 6236i, 6255, 6256i, 6260, 6620, 6630, 6650, 6651, 6670, 6680, 6681, 7270, 7600, 7610, 7700, 7710, 9300, 9500 pop-port DKU-2 (CA-53?) usb cable schematic pinout

cellphone cable and connector wiring scheme






14 pin Nokia pop-port cell phone special connector
at the mobile phone


used for direct Nokia to PC USB connection of phones with such feature enabled.

Pin

Signal

Description

5

Vcc +5V

PC USB pin 1

6

USB DATA+

PC USB pin 3

7

USB DATA-

PC USB pin 2

8

GND

PC USB pin 4

You may connect USB Vcc +5V wire to Vbat of phone battery connector and USB GND via 7.5K resistor to BSI pin of phone battery connector. In this case cable may be used for unlocking using BB5_uid,using Bb5 Easy tool by DSS, reading ask, unlock security codes of BB5 phones.

Нужен диод между 2 и 3 ногой, без него аппарат не понимает что к нему что-то подключили.





Nokia Pop-port pinout


http://pinouts.ru/CellularPhones-Nokia/nokia_pop_pinout.shtml


14 pin Nokia pop-port cell phone special connector
at the cellular phone
This external connector for Nokia 2112, 2115(i), 2116i, 2125i, 2126i, 2128i, 2270, 2272, 2280, 2285, 3100, 3105, 3108, 3120, 3125, 3200, 3205, 3220, 3300, 3570, 3580, 3585(i), 3586(i), 3587(i), 3588i, 3589i, 3220, 5100, 5140, 6011i, 6012, 6015(i), 6016i, 6019i, 6020, 6100, 6101, 6102, 6108, 6200, 6220, 6225, 6560, 6585(i), 6610, 6610i, 6800, 6810, 6820, 6822, 6200, 7200, 7210, 7250, 7250i, 7260, 7360, 7610, 9300, E50, E60, E61, E61i, E65, E70, N70, N71, N72, N73, N80, N90, N92, N93, N93i.....

The port contains signals for handsfree microphone, stereo speakers, FBus Rx/Tx or USB signals for the phones supporting them, power output for feeding the accessories that don"t have their own batteries, and the Accessory Control Interface (ACI), a bidirectional serial control bus for connection of phone accessories, with a proprietary protocol.



Pin
Number

Pin
Name

Description

1

Vin

Charger input

2

GND

Charger ground

3

ACI

Accessory Control Interface (short with pin 2 for handsfree recognition)

4

V Out

Connected to pin 3 in DKU-2 usb data cable

5

USB Vbus

Also act as USB power detection? Should be connected to USB pin 1 in usb data cable. (USB Vcc +5V)

6

FBus Rx/USB D+

USB exists only in some models*. Should be connected to USB pin 3 in usb data cable. (USB DATA+)

7

FBus Tx/USB D-

USB exists only in some models*. Should be connected to USB pin 2 in usb data cable. (USB DATA-)

8

GND

Data GND (USB GND)

9

X Mic-

Audio in - Ext. Mic input negativ

10

X Mic+

Audio in - Ext. Mic input positiv

11

HS Ear L-

Audio out - Ext. Audio out - left, negativ

12

HS Ear L+

Audio out - Ext. Audio out - left, positiv

13

HS Ear R-

Audio out - Ext. audio out - right, negativ

14

HS Ear R+

Audio out - Ext. audio out - right, positiv. Pins 10-14 may be used for antenna connection.

 

GND

shield GND in cavities

* Nokia N70, N90, N91, 3230, 3300, 6155, 6170, 6230, 6230i, 6235, 6255, 6260, 6630, 6650, 6670, 6680, 6681, 7270, 7600, 7610, 7700, 7710, 9300, 9500 and some others. You may connect these phones to computer USB port by simple straight-wired USB cable (see DKU-2 schematic above).

USB http://pinouts.ru/Slots/USB_pinout.shtml




4 pin USB A or USB B plug connector
at the peripherals


4 pin USB A / USB B / mini-USB jack connector
at the controller



USB (Universal Serial Bus) designed to connect peripherals such as mice, keyboards, scanners, digital cameras, printers, hard disks, and networking components to PC. It has become the standard connection method for scanners, digital cameras and for some printers.

The Universal Serial Bus is host controlled and there can be only one host per bus. An USB system consists of a host controller and multiple devices connected in a tree-like fashion using special hub devices. Hubs may be cascaded, up to 5 levels. Up to 127 devices may be connected to a single host controller. USB interface aimed to remove the need for adding expansion cards into the computer"s PCI or PCI-E bus, and improve plug-and-play capabilities by allowing devices to be hot swapped or added to the system without rebooting the computer. When the new device first plugs in, the host enumerates it and loads the device driver necessary to run it. The loading of the appropriate driver is done using a PID/VID (Product ID/Vendor ID) combination supplied by attached hardware. The USB host controllers has their own specifications: UHCI (Universal Host Controller Interface) and OHCI (Open Host Controller Interface) are used with USB 1.1, EHCI (Enhanced Host Controller Interface) is used with USB 2.0



Pin

Name

Cable color

Description

1

VCC

Red

+5 VDC

2

D-

White

Data -

3

D+

Green

Data +

4

GND

Black

Ground

Pin x of mini-USB connector may be not connected, connected to GND or used as attachment identification at some portable devices.

USB pinout signals


USB is a serial bus. It uses 4 shielded wires: two for power (+5v & GND) and two for differential data signals (labelled as D+ and D- in pinout). NRZI (Non Return to Zero Invert) encoding scheme used to send data with a sync field to synchronise the host and receiver clocks. In USB data cable Data+ and Data- signals are transmitted on a twisted pair. No termination needed. Half-duplex differential signaling helps to combat the effects of electromagnetic noise on longer lines. Contrary to popular belief, D+ and D- operate together; they are not separate simplex connections.

USB transfer modes


Univeral serial bus supports Control, Interrupt, Bulk and Isochronous transfer modes.

USB transfer rates: Low Speed, Full Speed, Hi-speed.


USB supports three data rates: Low Speed (1.5 Mbit per second) that is mostly used for Human Input Devices (HID) such as keyboards, mice, joysticks and often the buttons on higher speed devices such as printers or scanners; Full Speed (12 Mbit per second) which is widely supported by USB hubs, assumes that devices divide the USB bandwidth between them in a first-come first-serve basis - it"s easy to run out of bandwidth with several devices; Hi-Speed (480 Mbit per second) was added in USB 2.0 specification. Not all USB 2.0 devices are Hi-Speed. A USB device must indicate its speed by pulling either the D+ or D- line high to 3.3 volts. These pull up resistors at the device end will also be used by the host or hub to detect the presence of a device connected to its port. Without a pull up resistor, USB assumes there is nothing connected to the bus. A new USB 3.0 standard which will not be released for some time, supports an extended speed of 4.8Gbit per second.
In order to help user to identify maximum speed of device, a USB device often specify its speed on its cover with one of USB special marketing logos.

USB Hi-speed devices


Hi-Speed devices should fall back to the slower data rate of Full Speed when plugged into a Full Speed hub. Hi-Speed hubs have a special function called the Transaction Translator that segregates Full Speed and Low Speed bus traffic from Hi-Speed traffic.

USB powered devices


The USB connector provides a single 5 volt wire from which connected USB devices may power themselves. A given segment of the bus is specified to deliver up to 500 mA. This is often enough to power several devices, although this budget must be shared among all devices downstream of an unpowered hub. A bus-powered device may use as much of that power as allowed by the port it is plugged into. Bus-powered hubs can continue to distribute the bus provided power to connected devices but the USB specification only allows for a single level of bus-powered devices from a bus-powered hub. This disallows connection of a bus-powered hub to another bus-powered hub. Many hubs include external power supplies which will power devices connected through them without taking power from the bus. Devices that need more than 500 mA or higher than 5 volts must provide their own power. When USB devices (including hubs) are first connected they are interrogated by the host controller, which enquires of each their maximum power requirements. However, seems that any load connected to USB port may be treated by operating system as device. The host operating system typically keeps track of the power requirements of the USB network and may warn the computer"s operator when a given segment requires more power than is available and may shut down devices in order to keep power consumption within the available resource.

USB power usage:


Bus-powered hubs: Draw Max 100 mA at power up and 500 mA normally.
Self-powered hubs: Draw Max 100 mA, must supply 500 mA to each port.
Low power, bus-powered functions: Draw Max 100 mA.
High power, bus-powered functions: Self-powered hubs: Draw Max 100 mA, must supply 500 mA to each port.
Self-powered functions: Draw Max 100 mA.
Suspended device: Max 0.5 mA

USB voltage:


Supplied voltage by a host or a powered hub ports is between 4.75 V and 5.25 V. Maximum voltage drop for bus-powered hubs is 0.35 V from its host or hub to the hubs output port. All hubs and functions must be able to send configuration data at 4.4 V, but only low-power functions need to be working at this voltage. Normal operational voltage for functions is minimum 4.75 V.

USB cable shielding:


Shield should only be connected to Ground at the host. No device should connect Shield to Ground.

USB cable wires:


Shielded:
Data: 28 AWG twisted
Power: 28 AWG - 20 AWG non-twisted

Non-shielded:
Data: 28 AWG non-twisted
Power: 28 AWG - 20 AWG non-twisted

Power Gauge

Max length

28

0.81 m

26

1.31 m

24

2.08 m

22

3.33 m

20

5.00 m




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