POWER block

Power block includes following functions - supply voltage generation for system and RF parts and 2.8V to UI - control of main battery charging - power on and power off controlling and reset generation - Accessory power output generation (through System Connector) - CHAPS charging control ASIC (N101) - Linear regulator (N102) for VBB - DC DC switching regulator (V105) for Vcore - Linear regulator (N103) for Memory Card powering (VMMC) - Linear regulator (N104) for Accessory power output (VACC) -...

Battery Connector

Battery Connector (X100) Electrical Specifications Table 4. Battery Connector (X100) Electrical Specifications Battery voltage Maximum voltage with charger Battery size indication System HW has 100kQ 5 pull up resistor. Battery removal detection (shorter contact) (Threshold is 2.4V VBB 2.8V) Technical Documentation 3. RF+System Module KL8 Table 4. Battery Connector (X100) Electrical Specifications (continued) Table 4. Battery Connector (X100) Electrical Specifications (continued)...

Schematic diagrams

Schematic diagrams Technical Documentation CONTENTS -Schematic Diagrams Block Diagram of UL1_07 QWERTY keypad (Version 0.0 Edit 139) Block Diagram of UL1_07 CMT keyboard and PDA soft keys (Version 0.0 Edit 22) Circuit Diagram of UL1_07 D-TFD power interface (Version 0.0 Edit 126) Circuit Diagram of UL1_07 CMT Ul LEDs (Version 0.0 Edit 28) 09-7 Circuit Diagram of UL1_07 PDA backlight (Version 0.0 Edit 40) 09-8 Parts Placement Diagram of UL1_07 1 2 Parts Placement...

Electrical Characteristics Power Supply

Operating voltages and power consumptions Table 2. Operating voltages and power consumptions Voltage directly from main battery -to Vcore req. and RF part, Filtered battery voltage - to VBB req. and to UI Filtered battery voltage - to CCONT and audio HF amplifier typ. measured, max available from regulator Connected to MADLinda IO in assembled devise. Functions as program enable in 2.8V. typ. measured, max available form regulator Voltage to SIM, 5V selected (CCONT VSIM) Technical...

Colour UI Module DLS edms v

I008 0201280 Colour UI Module R001 1430804 Chipres 0w06 100k j R002 1430778 Chipres 0w06 10k j R003 1430122 Chipres 0w06 4m7 j R004 1825019 Chip varistor R050 1430832 Chipres 0w06 2k7 j R051 1430726 Chipres 0w06 100r j R052 1430770 Chipres 0w06 4k7 j R053 1430187 Chipres 0w06 47k f R054 1430726 Chipres 0w06 100r j R055 1430734 Chipres 0w06 220r j R056 1430770 Chipres 0w06 4k7 j R057 1430734 Chipres 0w06 220r j R058 1430770 Chipres 0w06 4k7 j R059 1430726 Chipres 0w06 100r j R060 1430734 Chipres...

Power Control and Reset

In normal operation the system HW is powered from the main battery. An external charger can recharge the battery while also supplying power to RAE-5. The supplied charger is so called performance charger (ACP-12), which can deliver 850mA. The power management circuitry provides protection against over-voltages, charger failures and pirate chargers etc. that would otherwise cause damage to RAE-5. Following chapters give an overview about power management issues. Figure 4 describes the power...

Engine Module KL edms v

ITEM CODE DESCRIPTION VALUE TYPE R001 1430804 Chipres 0w06 100k j R002 1430778 Chipres 0w06 10k j R003 1430726 Chipres 0w06 100r j R004 1430726 Chipres 0w06 100r j R005 1430726 Chipres 0w06 100r j R006 1430762 Chipres 0w06 2k2 j R007 1825019 Chip varistor vwm5.6v vc R050 1412279 Chipres 0w1 2r2 j R052 1412279 Chipres 0w1 2r2 j R053 1412279 Chipres 0w1 2r2 j R055 1412279 Chipres 0w1 2r2 j R101 1419003 Chipres 0w5 0r22 j 200pp R102 1430778 Chipres 0w06 10k j R104 1430804 Chipres 0w06 100k j R105...

Serial Interface Troubleshooting

NOTE1 Ensure that the customer's DLR-2L is OK. NOTE2 Wintesla ADC-readings for 'DTR Detection' state 0 Wintesla ADC-readings for 'DTR Detection' state 1 NOTE3 Signal levels in practice High gt 2.7V, Low lt 0.3V Exception Diode in DTR line causes voltage drop, see Figure 30 below 8. Troubleshooting Technical Documentation

Functional Description Modes of Operation

There are three main operation modes in the system when power is on Note that phone can be either on or off in each of power on states. No tasks to run Deep Sleep conditions met Figure 3. Basic Operation Modes of RAE-5 simplified scheme No tasks to run Deep Sleep conditions met Figure 3. Basic Operation Modes of RAE-5 simplified scheme Power saving modes are entered under SW control. Returning to running mode is activated by interrupt generated internally by MADLinda or from CCONT . The 26MHz...