Mitsubishi TRIUM GALAXY User manual

RVA : Création P. LE SIGNOR 05/99 Rédigé par Verifié par Approuvé par
ERB: Modif MTS 2.0 english 06/99 Written by Checked by Approuved by
V S C: Ajout ASTRAL et GEO 07/99 X. GLASSON B. LEGORGEU G. LEBASTARD
I I D: Modif Testmode
software 02/00
SOE: Ajout GEO WAP 04/00
IN
OS
N
S
Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: [phone]
LEVEL 3 SERVICE
FA9M030110
GALAXY
ASTRAL
GEO
GEO WAP
(DUAL BAND)

Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: [phone]
TABLE OF CONTENTS
1 Block Diagram 3
1.1 Schematic 3
1.2 Description of Block Diagram. 3
1.2.1 IC300 One-C (VWS22100). 3
1.2.2 IC100 IPD (Rohm BH6070KU). 3
1.2.3 IC600 RF-IC (Hitachi HD155121FEB). 3
1.2.4 Memory system. 4
1.2.5 System Clock. 4
2. Battery management. 5
2.1 Block Diagram. 5
2.2 Description. 5
2.3 Charging process. 7
2.4 Main characteristics. 8
2.5 Autonomy Control. 8
2.6 Power on. 9
2.7 Power off. 10
2.8 Real Time Clock (Geo and Geo WAP) 10
3. RF Section. 11
3.1 Frequency range. 11
3.1.1 E-GSM Frequency : 11
3.1.2 DCS Frequency : 11
3.2 Synthetiser Circuit Description. 12
3.3 RF Block Diagram. 13
3.4 Reception 14
3.4.1 Reception Block Diagram. 14
3.4.2 Description of Reception Block Diagram 14
3.5 Transmission. 15
3.5.1 Transmission Block Diagram. 15
3.5.2 Description of Transmission Block Diagram. 15
3.5.3 Power Control. 16
4. Speech coder. 17
4.1 Full rate / Half rate / Enhanced full rate. 17
5. Analogue Audio. 19

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Version E Mitsubishi Electric Telecom Europe SA
Date: 04/00 ZA le Piquet 35370 Etrelles
Phone: [phone]
2/29 Fax: + 33 2 99 75 71 47
5.1 Buzzer. 19
5.2 Speaker (RX audio). 19
5.3 Micro (TX audio). 19
6. Testmode Software. 20
6.1 Equipment installation 20
6.2 Software (MTS) installation 21
6.2.1 Simple Setup : 21
6.2.2 Complete Setup : 21
6.3 Software (MTS) description 22
6.3.1 MMI Testmode interface : description of functions 22
7. Basic Adjustment. 27
7.1 Power Adjustment. 27
7.2 RSSI control. 28
8. Software Version . 28
9. Trouble Shooting help guide 29

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: + 33 2 99 75 71 47 3/29
1 Block Diagram
1.1 Schematic
1.2 Description of Block Diagram.
1.2.1 IC300 One-C (VWS22100).
IC300 includes in one same chipset Base Band part, DSP, CPU, A/D, D/A converters, TDMA
framecounters, a TX GMSK modulator, a TX power ramping circuit, RX filters. IC300 carries out the
management of the battery charging, and of the audio part. It interfaces with the radio frequency
part.
1.2.2 IC100 IPD (Rohm BH6070KU).
IC100 provides the different powers supplies to RFBB board : 2.8RTC, PSTCXO, 2.8VANA, PSSYN,
2.8VAUD, VBAT, 3.6VB, 2.8VD, 5VSIM. The management of the battery charging is carried out by
internal circuit of IC100.
1.2.3 IC600 RF-IC (Hitachi HD155121FEB).
Transceiver IC for E-GSM and DCS Dual Band cellular systems.
Serial bus
Parallele bus

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Version E Mitsubishi Electric Telecom Europe SA
Date: 04/00 ZA le Piquet 35370 Etrelles
Phone: [phone]
4/29 Fax: + 33 2 99 75 71 47
1.2.4 Memory system.
Location Type Data Size
Galaxy Astral Geo Size Geo WAP
IC201 Flash ROM CPUprogram code 1 MB 2MB
IC202 RAM Data for CPU work 128 kB 128 kB
IC203 EEPROM Data user, RF adj. 64 kB 128 kB
1.2.5 System Clock.
The system clock for the telephone is 13 MHz TCXO, generated by X600. It is processed in IC300 to
provide serial clock for LCD, EEPROM, and IC100. The clock is buffered in IC300 One-C, and then
fed to IC100 IPD as “ CPU CLK ” . It is available on pin 56 of IC100.
During Stand-By mode, the system clock is not managed from X600 TCXO but from X300 ( “ slow
clock ” at 32.768 kHz).

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: + 33 2 99 75 71 47 5/29
2. Battery management.
2.1 Block Diagram.
2.2 Description.
The battery is NiMH 900mAh, 3.8 V nominal for Galaxy, Astral and Geo
External power supply for charging (EXPS) comes from the DC jack at the bottom side of the mobile
(AC/DC, CLA, DTC or H/F Kit). This power supply is 5.8 V nominal. Battery presence and battery
type information are accessible in CHGM IPD register. If a Li-ion battery is detect, the software
considers that the battery is absent.
The battery temperature information (TH) is given by thresholds in IPD CHGM register. This
information are used only for charge control.
The battery level information is accessible in an A/D converter in One-C. It is also available in CHGM
IPD register , these information are given by range only for range control.
External power supply (EXPS) presence information are accessible in CHGD IPD register. As
described in the drawing above, the power supply for Base Band (IC300) comes from EXPS when it is
present because EXPS level (5.8 V) is always greater than battery voltage. On the contrary, power
supply for radio always comes from the battery.
The serial diode between battery and One-C (IC300) can be bypassed by software to reduce voltage
headroom. Bypass is Activated when battery is less than 3.45 V.
Base Band
IPD
charger
EXPS:
AC/DC
CLA
DTC
HF kit
+
NIMH
900mAh
RADIO
thermistor
TH
SPI interface
I charge
5,8Vnominal
Green led
Red led
CHGERR
One-C
AUX_IN0
BLEV
BYPASS GPIO9
GPIO10
3,8Vnominal IPD
regulators
regulators

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Version E Mitsubishi Electric Telecom Europe SA
Date: 04/00 ZA le Piquet 35370 Etrelles
Phone: [phone]
6/29 Fax: + 33 2 99 75 71 47

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: + 33 2 99 75 71 47 7/29
2.3 Charging process.
Charging process follows these successive phases :
Pre charge :This phase is mandatory before the rapid charge to verify that battery operation is
normal (normal battery voltage and temperature). Charge current during this phase is 52 mA. If the
battery voltage is higher than 3.3 Volts, the S/W launch IPD charger in rapid charge except if the
temperature is not between 0°C and 55°C.
2) Rapid charge : Charge current during this phase is 420mA. If battery temperature becomes
abnormal IPD charger start at low current charge (21 mA), while temperature comes back normal
(between 0°C and +55°C) during 15 mn. Full charge detection ends Rapid charge. Full charge is
detected by S/W when charge current decreases under 50 mA (full charge convergence current).
3) Trickle mode :This phase is necessary to complete the charge and to avoid battery auto
discharge. Charge current during this phase is 21 mA. Trickle charge is automatically stopped after 24
hours duration.

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Version E Mitsubishi Electric Telecom Europe SA
Date: 04/00 ZA le Piquet 35370 Etrelles
Phone: [phone]
8/29 Fax: + 33 2 99 75 71 47
2.4 Main characteristics.
The phone transmits only if the battery is attached to it, in any configuration of power supply. When
the phone is connected to H/F adapter, DTC, AC/DC, or CLA, the battery charging circuit operates.
Battery voltage (+3.8 V) is applied via D118 or from TESTPS ( J103 pin1 ) through D124 when using
Hand Free.
The main power supply is fed to the phone either from the attached battery via the connector J101, or
from accessories :
•H/F adapter,
•Desk Top Charger DTC,
•AC/DC adapter and CLA via the external connector J103.
R120 and R121 give an internal voltage reference. If the battery voltage VBAT falls down, then
BYPASS shorts out the diode D118 through TR103 to reduce voltage drop.
2.5 Autonomy Control.
The battery energy is displayed on the LCD by a 3 bars “battery icon” . Voltage thresholds for each
bars are calculated to have this autonomy time share out:
A 3 times 33% time shares out is not possible because of the very stable battery level between 20%
to 50% autonomy time. In addition with these bars, a ” low battery alarm” is displayed between ”1
bar” and the mobile off.
All these thresholds are programmed in EEprom by the factory and given in following thresholds
table.
Idle Mode Call Mode
Initial thresholds Battery level Battery level
3 bars →2 bars 3.86V 3.77V
2 bars →1 bars 3.71V 3.60V
1 bar →low battery alarm 3.57V 3.40V
Power off 3.46V 3.30V
Thresholds are different according to the mode, Idle mode or Call mode. Idle mode threshold are
checked by software 25 min after the end of the call.
When battery voltage is less than the threshold given in the table above, BAT_EMPTY is true.
40% 80%
100%
3 bars 2 bars 1 bar
0%
0 bar
97%

Level 3 Service Manual
GALAXY ASTRAL GEO GEO WAP
Mitsubishi Electric Telecom Europe SA Version E
ZA le Piquet, 35370 Etrelles Date: 04/00
Phone: [phone]
Fax: + 33 2 99 75 71 47 9/29
The mobile is then powered off by Power Control.
2.6 Power on.
To switch on the mobile, three possibilities exist :
With a battery :
PWRKEY
t
BBPWR
IC300 pin L8
t
MUPSU
IC100 pin49
t
During these mode TESTPS and EXPS = low voltage level.
A high voltage level on MUPSU implies regulators REG 4, REG 5, REG 6, REG 7 are active.
- With Interface and I/O connector (Testmode M.T.S) :
TESTPS
to t
t0= connexion I/O cable
When you connect I/O connector, MUPSU and BBPWR signals have the same waveform at
TESTPS.
During this condition PWRKEY and EXPS = low voltage level.
- With AC/DC Charger, Cigar Light Adapter and DeskTop Charger.
EXPS
t0
t0= connection by external power.
When an accessory is connect, MUPSU and BBPWR signals have the same waveform that TESTPS.
During this condition PWRKEY and TESTPS = low voltage level