Nokia 3310, 3330, 3410 Service Manual

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Baseband ........................................................................................................................	5
Technical Summary .....................................................................................................	5
External Signals and Connectors .................................................................................	7
Internal Signals and connections ...............................................................................	13
Power Distribution .....................................................................................................	14
PWM .........................................................................................................................	19
Supply voltage regulators ..........................................................................................	21
Switched mode power supply VSIM .........................................................................	22
Power Up and Power Down ......................................................................................	23
Modes of Operation ...................................................................................................	26
Audio Control ............................................................................................................	27
COBBA GJP .............................................................................................................	38
RF Module ...................................................................................................................	40
Maximum Ratings .....................................................................................................	40
RF Characteristics ......................................................................................................	40
RF Frequency Plan ....................................................................................................	41
DC characteristics ......................................................................................................	41
Power Distribution Diagram ......................................................................................	42
RF Functional Description-Diagram ........................................................................	43
Frequency Synthesizer ...............................................................................................	44
Receiver .....................................................................................................................	45
Transmitter .................................................................................................................	46
AGC strategy .............................................................................................................	47
AFC function .............................................................................................................	47
DC-compensation ......................................................................................................	48
Receiver Characteristics ............................................................................................	48
Transmitter Characteristics .......................................................................................	49
User Interface...............................................................................................................	50
LCD Module .............................................................................................................	50
Keyboard ....................................................................................................................	50
Power Key .................................................................................................................	51
Backlight for Display and Keyboard .........................................................................	51
UI-Switch ...................................................................................................................	51
Audio and Vibrator ......................................................................................................	52
Audio Function Description ......................................................................................	52
Internal Audio Devices ..............................................................................................	53
Microphone ................................................................................................................	54
Buzzer ........................................................................................................................	55
Audio Accessories .....................................................................................................	57
External Audio Interrface ..........................................................................................	58
Accessory Detection, Identification and Control .......................................................	62
Accessories Electric Specifications ...........................................................................	64
Vibra Alerting Device ...............................................................................................	65
Parts Lists.....................................................................................................................	67

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Fig 1	Block Diagram............................................................................................................		5
Fig 2 Pad Number description .............................................................................................			8
Fig 3 X201 and VPP/VPPGND pad ....................................................................................			9
Fig 4 Production Flash Connector .......................................................................................			11
Fig 5 X203 Battery Pads......................................................................................................			12
Fig 6 GD47 LCD Pin Numbers ...........................................................................................			14
Fig 7 Baseband Power Distribution .....................................................................................			15
Fig 8 Charging Block Diagram............................................................................................			16
Fig 9 Output Overvoltage protection - Battery Removed....................................................			18
Fig 10 BSI Connections - All Batteries ...............................................................................			19
Fig 11 SIMCardDetX Detection Levels ..............................................................................			20
Fig 12 Standard Battery, BTEMP Connection ....................................................................			21
Fig 13 SMR Power Functions..............................................................................................			23
Fig 14 Power Up with Charger ............................................................................................			24
Fig 15 Power Up with Switch..............................................................................................			25
Fig 16 Audio Control Timimg Chart ...................................................................................			28
Fig 17 Flash Programming Sequence .................................................................................			32
Fig 18 Flash Protection/ +12V Flash ...................................................................................			33
Fig 19	RF Fequency Plan....................................................................................................		36
Fig 20	Frequency Synthesiser..............................................................................................		39
Fig 21	Transmitter ...............................................................................................................		42
Fig 22 Audio /Vibrator Schematic.......................................................................................			47
Fig 23 Audio Block Diagram (version 4) ............................................................................			48
Fig 24 Internal Ear Piece Electric Interface.........................................................................			49
Fig 25 Internal Microphone Electrical Interface..................................................................			49
Fig 26 Buzzer Electrical Interface .......................................................................................			50
Fig 27 External Audio InterfaceBlock Diagram................................................................			53
Fig 28 External Audio Interface - Microphone....................................................................			54
Fig 29 External Audio Interface - Speaker ..........................................................................			54
Fig 30 Triggering levels/Forbidden Operating Range-HEADDET and HOOKDET			..........55
Fig 31 4 Pole Jack plug for audio accessories .....................................................................			56
Fig 32	HDC-5 Schematic.....................................................................................................		58
Fig 33 Vibrator Electrical Interface .....................................................................................			60
Schematics/Layouts ..............................................................................................		A1-A8

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TX/RX SIGNALS	RF SUPPLIES PA SUPPLY	13MHz		SYSTEM CLOCK
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BASEBAND

HS-connector Chargerconnector

Figure 1. HDa12 Block Diagram

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•By Aftersales using the 4-poled ‘Test Flash Connection’ pos.: X201 and a ‘HDa12 Service battery’.

•In Production using the 8-poled ‘Production Flash Connection’ pos.: X202. (PADs located on the Keyboard side of the PCB).

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Table 1: System / DC(charger) Connector

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Fig. 3 Pad-number description

X400,SIM-Card Conn.

M400, Vibra Pads		3	2	1		Buzzer Pads
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Table 2: Test Flash-Connector Electrical Specification

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VPP/ VPP_GND Connector (For Label Station)

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Table 3: VPP/VPP_GND Connector

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Table 4: Production Flash Connector Electrical Specification

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Fig. 5 X202, Production Flash-Connector

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Table 5: Battery Connector Electrical Specification

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Fig. 6 X203, Battery Pads

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Table 6: SIM Connector Electrical Specification

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Table 7: LCD Module Interface

	3LQ	/LQH	3DUDPHWHU	0LQ	7\SLFDO	0D[LPXP	8QLW	1RWHV
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Fig. 7 GD47, LCD Module Pin-numbers

			B
			C
			P
			f
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System Module

PA SUPPLY

RF SUPPLIES

			VCOBBA		VSIM
		COBBA	VBB	CCONT	SIM
	UI			PWRONX
					PWM
				CNTVR

UI-Switch	VBAT		VBB
	VBB
			PURX
		VCORE
		MAD		VBATT
		+
		MEMORIES	CCUT LIM
				BATTERY
			CHAPS
	BASEBAND		CHRGR+
			CHARGER CONNECTOR

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System Module	PAMS Technical Documentation

				Fig. 9 Charging block diagram
							Sense-point
CHARGER			L202				L201
	CHRGR+	1,5A					0R22	VBB_MAIN
					VCH	RSENSE	VB
				47K	PWM	N200
							PWM_OUT
	GND	30V				CHAPS	VBAT
			220nF	4K7	LIM		ICHAR		L513
							120R
					CTIM	VBAT	N201		VBATT
							CCONT
					VCHAR		VCHAR
		MAD	CHARLIM			3K3
		MAD	CCUT
					100nF
		MAD	CHAR_CTRL
				)LJXUH &KDUJLQJ %ORFN 'LDJUDP
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	P$ WR WKH SKRQH 7KH VWDUWXS FXUUHQW SURYLGHV LQLWLDO FKDUJLQJ WR D SKRQH ZLWK DQ
	HPSW\ EDWWHU\ 6WDUWXS FLUFXLW FKDUJHV WKH EDWWHU\ XQWLO WKH EDWWHU\ YROWDJH OHYHO UHDFKHV
	9 9 DQG WKH &&217 UHOHDVHV WKH 385; UHVHW VLJQDO DQG SURJUDP H[HFXWLRQ
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	QRPLQDO

Table 8: Startup Characteristics

3DUDPHWHU	6\PERO	0LQ	7\S	0D[	8QLW
9287 6WDUW XS PRGH FXWRII OLPLW	9VWDUW				9
9287 6WDUW XS PRGH K\VWHUHVLV	9VWDUWK\V				P9
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%DWWHU\ RYHU YROWDJH SURWHFWLRQ

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Table 9: VLIM Characteristics

3DUDPHWHU	6\PERO	/,0 LQSXW	0LQ	7\S	0D[	8QLW
2XWSXW YROWDJH FXWRII OLPLW GXULQJ	9/,0	/2:				9
WUDQVPLVVLRQ
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/L EDWWHU\
2XWSXW YROWDJH FXWRII OLPLW	9/,0	+LJK				9
1L EDWWHU\

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System Module	PAMS Technical Documentation

%DWWHU\ UHPRYDO GXULQJ FKDUJLQJ

2XWSXW RYHU YROWDJH SURWHFWLRQ LV DOVR QHHGHG LQ FDVH WKH PDLQ EDWWHU\ LV UHPRYHG ZKHQ FKDUJHU FRQQHFWHG RU FKDUJHU LV FRQQHFWHG EHIRUH WKH EDWWHU\ LV FRQQHFWHG WR WKH SKRQH

:LWK D FKDUJHU FRQQHFWHG LI 9287 H[FHHGV 9/,0 &+$36 WXUQV VZLWFK 2)) XQWLO WKH FKDUJHU LQSXW KDV VXQNHQ EHORZ 9SRU 9SRU PLQ 9 9SRU PD[ 9 0&8 VRIWZDUH ZLOO VWRS WKH FKDUJLQJ WXUQ RII 3:0 ZKHQ LW GHWHFWV WKDW EDWWHU\ KDV EHHQ UHPRYHG

VCH Vpor (Standard

Charger)

Droop depends on load

	VLIM	& C in phone
		Istart off due to VCH<Vpor
VOUT		Vstarthys
	4V
	Vstart
		t
PWM	"1"

	"0"							t
SWITCH	ON
	OFF
	1	2	3	4	5	6	7	t

1.Battery removed, (standard) charger connected, VOUT rises (follows charger

2.VOUT exceeds limit VLIM(X), switch is turned immediately

3.VOUT falls (because no battery) , also VCH<Vpor (standard chargers fulloutput). When VCH > Vpor and VOUT < VLIM(X) -> switch turned on again (also is still HIGH) and VOUT again exceeds

4.Software sets PWM = LOW -> CHAPS does not enter PWM

5.PWM low -> Startup mode, startup current flows until Vstart limit

6.VOUT exceeds limit Vstart, Istart is

7.VCH falls below

Figure 11. Output overvoltage protection when battery removed ( in principle; not in timescale

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3:0

:KHQ D FKDUJHU LV XVHG WKH SRZHU VZLWFK LV WXUQHG 21 DQG 2)) E\ WKH 3:0 LQSXW 3:0 UDWH LV +] :KHQ 3:0 LV +,*+ WKH VZLWFK LV 21 DQG WKH RXWSXW FXUUHQW ,RXW FKDUJHU FXUUHQW &+$36 VXSSO\ FXUUHQW :KHQ 3:0 LV /2: WKH VZLWFK LV 2)) DQG WKH RXWSXW FXUUHQW ,RXW 6RIW VZLWFKLQJ LV XVHG WR SUHYHQW WKH VZLWFKLQJ WUDQVLHQWV LQGXFLQJ QRLVH LQ DXGLR FLUFXLWU\ RI WKH SKRQH

%DWWHU\ LGHQWLILFDWLRQ %6,

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Table 10: Battery Identification

1DPH	0LQ	7\S	0D[	8QLW	1RWHV
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5V				.RKP	,QGLFDWLRQ UHVLVWRU IRU VHUYLFH EDWWHU\

1RWH 1R VXSSRUW RI Y OLWKLXP
	VBATT
	BATTERY
	BTEMP	2.8V	TRANSCEIVER
		150k
	BSI	10k
			BSI	CCONT
	Rs	10n
	BGND		SIMCardDetX	MAD
	Figure 12. BSI connections for all battery types
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System Module	PAMS Technical Documentation

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	VBB
±	b
0.85 0.05 VBB
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	SIMCardDetX	SigOut
	GND
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Table 11: Battery Temperature

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%7(03			95()	9	%DWWHU\ WHPSHUDWXUH LQGLFDWLRQ
					N SXOO XS UHVLVWRU WR 95() LQ SKRQH
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					NΩ. # °& %
	2.1	10	3	V	IBI-pulse,Phone power up by battery (input)
	5		20	ms	Power up pulse width
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PAMS Technical Documentation	System Module

	VBATT
	BATTERY	TRANSCEIVER
	BSI	VREF
		100k
	BTEMP	10k
		BTEMP	CCONT
	RT
	NTC
	BGND	10n

Figure 14. Standard battery BTEMP connection

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6XSSO\ YROWDJH UHJXODWRUV

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Table 12: Regulator Activity - Different Operating Modes

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		95 2Q
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6OHHS	2Q	2Q 2II	2II	2II	2Q	2Q	2Q 2II

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Table 13: Electrical Characteristics of VSIM and V5V

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PAMS Technical Documentation	System Module

	CCONT	External
VBAT	V5V_3
			Low ESR
	V5V_4
		2 2
			10
			F
	V5V_2
VSIM	5V reg
	V5V		5V
	VSIM		5/3V

Figure 15. Principle of the SMR power functions

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7KH EDVHEDQG LV SRZHUHG XS E\

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3UHVVLQJ WKH SRZHU NH\ WKDW JHQHUDWHV D 3:521; VLJQDO IURP WKH SRZHU NH\ WR WKH &&217 WKLV VWDUWV WKH SRZHU XS SURFHGXUH

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Figure 16. Power up with charger

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System Module	PAMS Technical Documentation

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1:Battery voltage over 3.0==>Digital voltages to CCONT

2:CCONT digital reset released. VCXO turned on

3: 62ms delay before PURX

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1: Power switch pressed ==> Digital voltages on in CCONT. 2: CCONT digital reset released. VCXO turned on.

3: ≈ 62 ms delay. Figure 17. Power up with switch

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System Module	PAMS Technical Documentation

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•Pressing the power key, that is monitored by the MAD, which starts the power down procedure.

•If the battery voltage is dropped below the operation limit, either by not charging it or by removing the battery.

•Letting the CCONT watchdog expire, which switches off all CCONT regulators and the phone is powered down.

•Setting the real time clock to power off the phone by a timer. The RTC generates an interrupt signal, when the alarm is turned off by the user. The RTC interrupt signal is connected to the PWRONX line to give a power off signal to the CCONT just like the power key.

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System Module	PAMS Technical Documentation

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•API (Arm Port Interface memory) for MCU-DSP communication, DSP code download, MCU interrupt handling vectors (in DSP RAM) and DSP booting.

•Serial port (connection to PCM)

•Timer

•DSP memory

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PAMS Technical Documentation	System Module

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•CTSI (Clock, Timing, Sleep and Interrupt control)

•MCUIF (Interface to ARM via BUSC). Contains MCU Boot-ROM

•DSPIF (Interface to DSP)

•MFI (Interface to COBBA AD/DA Converters)

•CODER (Block encoding/decoding and A51&A52 ciphering)

•AccIF(Accessory Interface)

•SCU (Synthesizer Control Unit for controlling 2 separate synthesizer)

•UIF (Keyboard interface, serial control interface for COBBA PCM Codec, LCD Driver and CCONT)

•SIMI (SimCard interface with enhanced features)

•PUP (Parallel IO, USART and PWM control unit for vibra and buzzer)

•Flexpool

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System Module	PAMS Technical Documentation

Table 14: Mad2WD1 Pin Connections

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