- #Jaf tool by symbian mac serial#
- #Jaf tool by symbian mac software#
- #Jaf tool by symbian mac code#
- #Jaf tool by symbian mac Bluetooth#
Kontroli connect the camera directly to the control interface that kompatibble IC with 2% using the SCL SDA signal (1.8V)ĭigital camera: discrete VCAM 1.5V from LDO
#Jaf tool by symbian mac serial#
VCAM2 2.8V for camera I / O and sensor photo diodeĬonnected to the OMAP through data and control interfaceĭata on the differences SALURKAN through serial interface using the clock and data VCAM 1.5V for a series of digital camera sensor and A / D-converter Take the camera from two different voltage LDO (Low-Dropout Voltage) OMAP's VIO voltage is 1.8V and one of them is 2.8V because of the level shifter need In front of the camera control and data collection by the OMAP
#Jaf tool by symbian mac code#
Lets not to access the code directly from Flash -> loader must walk to and from DDRīoth NAND core voltage and I / O originating from RETU VCORE CORE Voltage (1.4V generated by the discrete SMPS and work under 1.09V on sleepmodeĪPE flash used to store application code and user data OMAP is a standard ASIC design by Texas Instrument and in use by the Vendor and other NOTEBOOK Platform for ease of use application, the basic interface (Main Interface): OMAP is an application of the system running with Symbian (EPOC) Voltage I / O (1.8) in the output by RETU VIO regulator SDRAM core voltage (1.8v) output by the regulator RETU VDRAM Logic-supply voltage and for NOR Flash in the output from the VIO (1.8V)ĬMT SDRAM is dinamic data storage for the MCU data TAHVO ASIC does not have any security function of the withdrawal UEM (E, K) Level-shifter and regulator for USB / FBUSīattery-control processes such as the charging RETU ASIC does not have any function securyti the withdrawal UEM (E, K)ĮM is TAHVO including ASIC function block: Real-time clock with external battery backup External 32.768kHz crystal clock with the VCORE and VI / O (input / output) comes from the CORE RETU VIO.Power on sleepmode under 1.05VĪSIC is RETU EM major functions including the function block: RAP3G core voltage of 1.40V at start TAHVO RAP3G run with NOS and oversees all activities of the modem Prime (Main Processor), set the 3 functions, namely PH3, DSP and related In general RAP3G consists of three parts: Tiku its success (in the NOKIA 7600) with some technical development and the addition of features
#Jaf tool by symbian mac software#
Software functions to set the other regulators
PURX out and after running 2.4 clock synchronization is detected, control TAHVO akan VCOREA RETU issue PURX after 16ms after RFClk stableĢ.4 MHz clock for the SMPS output in TAHVO VCTCXO regulators work and RFCLK (38.4MHZ) controlling by the regulator RETU TAHVO active VCORE (RAP3G) ascillator and internal control VCOREA (OMAP)
RETU voltage on the pin RSTX akan TAHVO enable ASIC Sleep the Clock RETU, vana, VIO, VR1 and VDRAM Once you know the hardware nokia BB5 following job step (Power ups Steps) Ħ.also check the blue tooth ic because it also got +b from batery it can be check only by removing this icĪll the component which are mark in pink colur these all are coils these are place in series and +b of batery is gone throw them so if u remove the coil u not have to remove ic to check the shorting in pcb it save time and ur ic. it can be check only by removing this icĥ.remove this ic mark in (5).if u want to check the shorting is removed.this ic also got +b it can be check only by removing this ic.
#Jaf tool by symbian mac Bluetooth#
1.remove this coil mark in (1).if u want to check is light ic is short.Ģ.remove this coil mark in (2).if u want to check ringer ic is short because rf ic also got +b volt from battery.ģ.remove this coil mark in (3).if u want to check audio amplifier voltage maker ic n2101 is short because bluetooth ic also got +b volt from battery.Ĥ.remove this rf ic mark in (4).if u want to check the shorting is remove because rf ic got +b from batery.