MARANTZ SR-9600 SERVICE MANUAL

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Page 1

Service Manual

AV Surround Receiver

SR9600 /FN Multichannel AV Amplifier

marantz®

SR9600

Page 2

MARANTZ DESIGN AND SERVICE

Using superior design and selected high grade components, MARANTZ company has created the ultimate in stereo sound. Only original MARANTZ parts can insure that your MARANTZ product will continue to perform to the specifications for which it is famous.

Parts for your MARANTZ equipment are generally available to our National Marantz Subsidiary or Agent.

ORDERING PARTS :

Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specified.

The following information must be supplied to eliminate delays in processing your order :

1. Complete address
2. Complete part numbers and quantities required
3. Description of parts
4. Model number for which part is required
5. Way of shipment

6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.


MARANTZ AMERICA, INC	MARANTZ EUROPE B.V.	MARANTZ CANADA INC.
1100 MAPLEWOOD DRIVE	P. O. BOX 8744, BUILDING SILVERPOINT	5-505 APPLE CREEK BLVD.
ITASCA, IL. 60143	BEEMDSTRAAT 11, 5653 MA EINDHOVEN	MARKHAM, ONTARIO L3R 5B1
USA	THE NETHERLANDS	CANADA
PHONE : 630 - 741 - 0300	PHONE : +31 - 40 - 2507844	PHONE : 905 - 415 - 9292
FAX : 630 - 741 - 0301	FAX : +31 - 40 - 2507860	FAX : 905 - 475 - 4159

QualiFi Ptv Ltd.	MRZ STANDARD COLLTD	WO KEE HONG DISTRIBUTION PTE LTD
24 LIONEL BOAD	746 - 754 MAHACHAI BOAD	No 1 JALAN KILANG TIMOB
MT. WAVEBLEY VIC 3149	WANGBUBAPAPIBOM PHBANAKOBN	#08-03 PACIFIC TECH CENTRE
AUSTRALIA	BANGKOK 10200 THAILAND	SINGAPORE 159303
PHONE : +61 - (0)3 - 9543 - 1522	PHONE +66 - 2 - 222 9181	PHONE : +65 6376 0338
FAX : +61 ~ (0)3 - 9543 ~ 3677	FAX : +66 - 2 - 224 6795	FAX : +65 6376 0166



NEW ZEALAND WILDASH AUDIO SYSTEMS NZ	PAI- YUING CO., LTD.	WO KEE HONG ELECTRONICS SDN. BHD.
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEL 10429, TAIWAN P.O.C.	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE: 164 0. 8451058	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE: 1886 - 2 - 25221304	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 EAX : +64 - 9 - 8463554	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : 160 - 3 - 7954 8088
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc.	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD.
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc. 35- 1, 7- CHOME, SAGAMIONO	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58,
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc. 35- 1, 7- CHOME, SAGAMIONO SAGAMIHARA - SHI, KANAGAWA	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58, 3GA, HANGANG-RO, YONGSAN-KU, SEOUL
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc. 35- 1, 7- CHOME, SAGAMIONO SAGAMIHARA - SHI, KANAGAWA JAPAN 228-8505	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415 株式会社ディーアンドエムホールディングス本社〒228-8505	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58, 3GA, HANGANG-RO, YONGSAN-KU, SEOUL KOREA
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc. 35- 1, 7- CHOME, SAGAMIONO SAGAMIHARA - SHI, KANAGAWA JAPAN 228-8505 PHONE : +81 42 748 1013	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415 株式会社ディーアンドエムホールディングス本社〒228-8505 神奈川県相模原市相模大野7-35-1	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58, 3GA, HANGANG-RO, YONGSAN-KU, SEOUL KOREA PHONE : +822 - 3232 - 155
NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 JAPAN Technical D&M Holdings, Inc. 35- 1, 7- CHOME, SAGAMIONO SAGAMIHARA - SHI, KANAGAWA JAPAN 228-8505 PHONE : +81 42 748 1013 FAX : +81 42 741 9190	TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415 株式会社ディーアンドエムホールディングス本社〒228-8505 神奈川県相模原市相模大野7-35-1	MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. 2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX : +60 - 3 - 7954 7088 KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58, 3GA, HANGANG-RO, YONGSAN-KU, SEOUL KOREA PHONE : +822 - 3232 - 155 FAX : +822 - 3232 - 154

SHOCK, FIRE HAZARD SERVICE TEST :

CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC cord connector pins ( with unit NOT connected to AC mains and its Power switch ON ), and the face or Front Panel of product and controls and chassis bottom.

Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and verified before it is return to the user/customer.

Ref. UL Standard No. 6500.

In case of difficulties, do not hesitate to contact the Technical Department at above mentioned address.

Page 3

1. TECHNICAL SPECIFICATIONS

FM TUNER SECTION

Frequency Range	76.0 - 90.0 MHz[/F]
	87.5 - 108.0 MHz[/N/U]
Usable Sensitivity	IHF 1.8 μV/16.4 dBf
Signal to Noise Ratio	Mono/Stereo 75/70 dB
Distortion	Mono/Stereo 0.2/0.3 %
Stereo Separation	1 kHz 45 dB
Alternate Channel Selectivity	± 300 kHz 60 dB
Image Rejection	98 MHz 70 dB
Tuner Output Level 1	kHz, ± 75 kHz Dev 800 mV

AM TUNER SECTION

Frequency Range	531 - 1602 kHz [/F/N]
	520 - 1710 kHz [/U]
Signal to Noise Ratio	50 dB
Usable Sensitivity	Loop 400µV
Distortion	400 Hz, 30 % Mod. 0.5 %
Selectivity	± 20 kHz 70 dB

AUDIO SECTION


Power Output (20 Hz - 20 kHz/THI	D=0.08%)
Front L&R	8 ohms 140 W / Ch
Center	8 ohms 140 W / Ch
Surround L&R	8 ohms 140 W / Ch
Surround Back L&R	8 ohms 140 W / Ch

Front L&R6 ohms 170 W / 0	ንከ
Center6 ohms 170 W / C	)h
Surround L&R6 ohms 170 W / C	)h
Surround Back L&R6 ohms 170 W / C	)h
Input Sensitivity/Impedance200 mV/ 47 kohn	ns
Signal to Noise Ratio
Analog Input / Pure Direct 105 c	IB
Frequency Response
Analog Input / Pure Direct8 Hz - 100 kHz (± 3 dl	B)
Digital Input / 96 kHz PCM 8 Hz - 45 kHz (± 3 dl	B)
DEO

VID

Television Format	NTSC/PAL
Input Level/Impedance	1 Vp-p/75 ohms
Output Level/Impedance	1 Vp-p/75 ohms
Video Frequency Response	5 Hz to 8 MHz (- 1 dB)
Video Frequency (Component)	.5 Hz to 80 MHz (- 1 dB)
S/N	60 dB
DMI

Version Format1	. '	1

GENERAL

Power Requirement	AC 100 V 50/60 Hz [/F]
	AC 230 V 50 Hz [/N]
	AC 120 V 60 Hz [/U]
Power Consumption	600 W (6.5 A)
Weight

ACCESSORIES


Remote Control Unit RC3200B	1
AA-size batteries	З
Microphone MC-10	1
Front AUX Jack Cover	1
AC Cable	1
FM Antenna	2
FM Antenna Adaptor	2
AM Loop Antenna	2
RS232C Cable	1

Page 4

The relation between the selected surround mode and the input signal

The surround mode is selected with the surround mode buttons on SR9600 or the remote control unit. However, the sound you hear is subject to the relationship between the selected surround mode and input signal. That relationship is as follows;

				)t.n.	it Cha	med		Exact	nformation Diantoir
Surround Mode	Input Signal	Decoding	L/R	C C	SL SB	SBL SBL	Sub₩	Signal Format Indicators	Channel Status
AUTO	Dolby Surr EX	Dolby Digital EX	0	0	0	0	0	DIGITAL EX	L. C. R. SL. SR. S. LFE
	Dolby D (5 1ch)	Dolby Digital 5 1	0	0	0	-	0	DIGITAL	L, C, R, SL, SR, LFE
	Dolby D (2ch)	Dolby Digital 2.0		-	-	-
	DOIDY D (201 Sull)	DTS-ES	- H	8	H	Ю	H H	dts ES
	DTS 96/24	DTS-96/24	ŏ	ŏ	ŏ	-	Ŏ	dts 96/24	L, C, R, SL, SR, LFE.
	DTS (51ch)	DTS 51	0	0	0	-	0	dts	L, C, R, SL, SR, LFE.
	AAC (51ch)	AAC 51		0	0	-
	Multich-PCM	Multich-PCM	- Ö	0	0	-	1 o	M-PCM
	Multich-PCM 96kHz	Multich-PCM 96kHz	Ŏ	Ŏ	Ŏ	-	Ŏ	M-PCM	L, C, R, SL, SR, LFE
	SA-CD (51ch)	Multich-PCM	0	0	0	-	0	SA-CD	L, C, R, SL, SR, LFE
	SA-CU (201) PCM (Audio)	PCW (Stereo)		-	ŀ	-	L 🕹
	PCM 96kHz	PCM (Stereo 96kHz)	ŏ	-		-	ŏ	PCM
	HDCD	HDCD	Ō	-	-	-	Ō	PCM, HDCD	L, R
	Analog	Stereo	Q	-		-	Ŏ	ANALOG	-
	7 1ch input Dolby Surr EX	Multicn Dolby Digital EX			K	HX-	1 X	ANALOG DIGITALEX
	Dolby D (5 1ch)	Dolby Digital 5 1	ŏ	ŏ	ŏ	۲.	ŏ	DIGITAL	L. C. B. SL. SB. LFE
	Dolby D (2ch)	Dolby Digital 2.0	Ō	-	÷	-	Ō	DIGITAL
	Dolby D (2ch Surr)	Pro Logic II x movie		Ŏ				DAD DIGITAL DAD SURROUND
	DTS-E5 DTS 96/24	DTS-96/24		H	HÅ	1.	HX
	DTS (5 1ch)	DTS 51	ŏ	ŏ	ŏ	-	ŏ	dts	L. C. R. SL. SR. LFE
	AAC (51ch)	AAC 51	Ō	Ō	Ō	-	Ō	ÂĂĊ	L, C, R, SL, SR, LFE
	AAC (2ch)	AAC 20		-	Ŀ	-		AAC
	Multich-PCM Multich-PCM 96kHz	Multich-PCM 96kHz	- \|	H	K	-	K	M-PCM M-PCM
	SA-CD (51ch)	SA-CD (5 1ch)	ŏ	ŏ	ŏ	-	ŏ	SA-CD	L, C, R, SL, SR, LFE
	SA-CD (2ch)	SA-CD (2ch)	0	-	-	-	0	SA-CD	L, R
	PCM (Audio)			-	ŀ	-	-	PCM
	HDCD	HDCD		-		-	-
	Analog	Stereo	ŏ	-	-	-	-	ANALOG	-
	7 1 ch input	Multich	0	0	0	0	0		-
EX/ES	Dolby Surr EX	Dolby Digital EX		0
	DUDY D (S ICII)			0	ŏ	ŏ	ŏ	dts ES
	DTS (51ch)	DTS-ES	Ŏ	Ŏ	Ŏ	Ŏ	Ŏ	dts	L, C, R, SL, SR, LFE
	AAC (51ch)		0	0	0	0	0	AAC	L, C, R, SL, SR, LFE
	Multi-PCM SA-CD (5.1ch)	Multich-PCM + Dolby EX
DOLBY	Dolby Surr EX	Dolby Digital 5 1	ŏ	ŏ	ŏ		ŏ	DIGITAL EX	L. C. R. SL. SR. S. LFE
(PLIIx movie)	Dolby D (5 1ch)	Dolby Digital 5 1	0	Q	0	-	0	DO DIGITAL	L, C, R, SL, SR, LFE
	Dolby D (5 1ch)	Dolby Digital 5 1 + PLIIx		0	0	18		DIGITAL	L, C, R, SL, SR, LFE
(FEIIX gaine)	Dolby D (2ch)		- Ö	8	ŏ	Hŏ	ŏ
	AAC (51ch)	AAC + PLIIX	ŏ	ŏ	ŏ	ŏ	ŏ	AAC	Ľ, Č, Ř, SL, SR, LFE
	AAC (2ch)	Pro Logic II x	0	0	0	0	0	AAC
	Multich-PCM	Multich-PCM + PLIIX		0	8
	SA-CD (Shch)		ŏ	ŏ	ŏ	1 ŏ	ŏ	SA-OD SA-OD
	PCM (Audio)	Pro Logic IIx	Ŏ	Ŏ	Ŏ	Ŏ	Ŏ	PCM	L, R
	HDCD	Pro Logic II x		0		Q	Q		L, R
	Analog 7.1 ch input	Pro Logic IIX Multich-PCM + PL IIV			HX-	HX-	- X		•
DTS	DTS-ES		ŤŎ	ŏ	ŏ	- T	ŏ	dts. ES	L. C. R. SL. SR. S. LFE
(Neo 6 Cinema)	DTS 96/24	DTS-96/24	0	Q	0	-	0	dts 96/24	L, C, R, SL, SR, LFE
(Neo 6 Music)	DTS (51ch)	DTS 51		0	0	L ÷			L, C, R, SL, SR, LFE
	Dolby D (2ch) Dolby D (2ch Surr)	Neo 6		ň	HĂ	HĂ	HĂ
	AAC (2ch)	Neo 6	ŏ	ŏ	ŏ	ŏ	ŏ	AAC
	SA-CD (2ch)	Neo 6	0	Q	0	Q	Q	SA-CD
	PCM(Audio)	Neo 6		0	0
	Analog	Neo 6		8	ŏ	H	No	ANALOG	L, n
CSII Cinema	Dolby D (2ch)	CS II	ŏ	ŏ	ŏ	ŏ	ŏ	DIGITAL	L, R, S
CSII Music	Dolby D (2ch Surr)	CS II	0	0	Q	Q	Q	DAD DIGITAL DAD SURROUND	L, C, R, SL, SR, S, LFE
CSII Mono	AAC (2ch)			0
	PCM(Audio)		- \| ŏ \|	ŏ	ŏ	Ьŏ	ŏ	PCM
	HDCD	CSII	Ō	Ō	Ō	Ő	Ő	PCM, HDCD	L, R
OTEREA	Analog	CS II	Ŏ	0	0	0	Ŏ	ANALOG
STEREO	Dolby Surr EX	Stereo		-	-	-		DIGITALEX
	Dolby D (2ch)	Stereo		-	÷	-	Ь	DODIDIGITAL
	Dolby D (2ch Surr)	Stereo	Ō	-	·	-	Ō	DAD DIGITAL DAD SURROUND	L, R, S
	DTS-ES	Stereo		-	· ·	-	1 ×	dts, ES
	DTS 90/24 DTS (51ch)	Stereo		-	·	-	H	uts 90/24 dts
	AAC (51ch)	Stereo	- \| ŏ \|	-	-	- 1	ŏ	ĂĂĊ	L, C, R, SL, SR, LFE
	AAC (2ch)	Stereo	0	-	-	-	Ō	AAC
	Multich-PCM	Stereo Storeo	- 2	-	ŀ	-

AAC (Advanced Audio Coding): Japan only BS デジタル放送および地上波デジタル放送が採用している音声方式で、MPEG2 規格のひとつです。高圧縮率と高音質が特長で、2CH ステレオ音声に加え、5.1CH サラウンド音声や多言語放送を可能にしています。

Page 5

				Outpi	ut Cha	annel		Front Info	rmation Display
Surround Mode	Input Signal	Decoding	L/R	С	SL SR	SBL SBR	Sub₩	Signal Format Indicators	Channel Status
STEREO	SA-CD (5.1ch)	Stereo	0	-	-	-	0	SA-CD	L, C, R, SL, SR, LFE
	PCM (Audio)	Stereo	K	-	\| ·	\| - \| -	HX	PCM
	PCM 96kHz	Stereo	ŏ	-	-	-	ŏ	PCM
	HDCD	Stereo	0	-	ŀ	-	0	PCM, HDCD	L,R
Mirtual	Analog Dolbu Surr EX	Stereo	8	-	\| ·	-	0	ANALOG
virtual	Dolby D (51ch)	Virtual	H N	-	-	-	-
	Dolby D (2ch)	Virtual	ŏ	-	-	- 1	-	DIGITAL	L, R
	Dolby D (2ch Surr)	Virtual	0	-	-	-	-	DICIDIGITAL DICISURROUND	L, R, S
	DTS-ES	Virtual		-	ŀ	-	-	dts, ES	L, C, R, SL, SR, S, LFE
	DTS (51ch)	Virtual	HX-	-	\| ·	-	-	dts 96/24 dts
	AAC (51ch)	Virtual	ŏ	-	-	-	-	AAC	L. C. R. SL. SR. LFE
	AAC (2ch)	Virtual	Ō	-	-	-	-	AAC
	Multich-PCM	Virtual	Ŏ	-	-	-	-	M-PCM	L, C, R, SL, SR, LFE
	SA-CD (5.100) SA-CD (20b)	Virtual	HX-	-	\| ·	\| ·	-
	PCM (Audio)	Virtual	ŏ	-	\| ·	- 1	- 1	PCM
	HDCD	Virtual	Ō	-	•	-	-	PCM, HDCD	L, R
Mark OF	Analog	Virtual		-	\| ·	-	-	ANALOG
Multi Ch Stereo	DOIDY SULLEX	Dolby Digital EX Dolby Digital 5.1	HX-	HX	HX		~~ا ۲۲~~
010100	Dolby D (2ch)	Multi Channel Stereo	ŏ	Тŏ	Тŏ	Ō	Тŏ	DIGITAL
	Dolby D (2ch Surr)	Multi Channel Stereo	Ō	Ō	Ō	Ō	Ō	DIGITAL DIGITAL DIGISURROUND	L, R, S
	DTS-ES	DTS-ES				0		dts, ES	L, C, R, SL, SR, S, LFE
	DIS 96/24 DIS (5 tob)	DIS-96/24	ا ظ	1×	LX-	\| ·	L X	dts 96/24 dts
	AAC (51ch)	AAC 51	ŏ	Ьŏ	Ьŏ	-	Нŏ	AAC
	AAC (2ch)	Multi Channel Stereo	Ō	Ō	Ō	0	Ō	AAC
	Multich-PCM	Multich-PCM	0	0	0	-	0	M-PCM	L, C, R, SL, SR, LFE
	Multich-PCM 96kHz	Multich-PCM 96kHz		0		-
	SA-CD (S. ICII) SA-CD (2ch)	Multi Channel Stereo	ŏ	H	K	i	K	SA-OD
	PCM (Audio)	Multi Channel Stereo	Ŏ	ŏ	ĬŎ	ĬŎ	ŏ	PCM
	HDÇD	Multi Channel Stereo	0	0	0	0	0	PCM, HDCD	L, R
Dalbu II D	Analog Dolbu Surr E Y	Multi Channel Stereo		0	0	0	0	ANALOG
	Dolby D (51ch)		ŏ	-	-	-	-
	Dolby D (2ch)	Dolby H P	ŏ	-	- 1	- 1	-	DIGITAL	L, R
	Dolby D (2ch Surr)		0	-	•	-	-	DADIDIGITAL DADISURROUND	L, R, S
	DTS-ES		8	-	·	-	-	dts, ES
	DTS 90/24 DTS (51ch)		ŏ	-	\| ·	-	-	dts 90/24
	AAC (51ch)		ŏ	-	-	- 1	-	AAC	L, C, R, SL, SR, LFE
	AAC (2ch)	Dolbý H P	0	-	-	-	-	AAC
	Multich-PCM			-	ŀ	\| ·	-	M-PCM
	SA-CD (S.ICII) SA-CD (2ch)		HX-	-	\| ·		-	SA-CD
	PCM (Audio)		ŏ	-		- 1	- 1	PCM
	HDÇD	Dolbý H P	0	-	-	-	-	PCM, HDCD	L,R
TUV	Analog	Dolby H P Dolby Diritial TUX Surround EX		-	ŀ		-	ANALOG
THA (THX Games)	DOIDY SUITEA	Dolby Digital 51+ THX Surround EX	HX-	HX	HX	۲ ۰	~~ا ۲~~
(ITIX Galiloo)	Dolby D (2ch)	Pro Logic IIx movie + THX	ŏ	ŏ	ĬŎ	0	Ιŏ	DIGITAL
	Dolby D (2ch Surr)	Pro Logic IIx movie + THX	0	0	Q	Q	0	DADIDIGITAL DADISURROUND	L, R, S
	DIS-ES		0	0	0	0		dts, ES
			HX-	HX	HX	-	~~ا ۲۲~~
	AAC (2ch)	Pro Logic IIx movie + THX	ŏ	ŏ	ĬŎ	0	ŏ	AAC
	Multich-PCM	Multich-PCM + THX5 1	0	0	0	-	0	M-PCM	L, C, R, SL, SR, LFE
	SA-CD (5.1ch)	Multich-PCM + THX51	8	18		l÷.		SA-CD	L, C, R, SL, SR, LFE
	SA-UD (2011) PCM (Audio)		H×	HX	HX	HX-		DOM SA-UD
	HDCD		ŏ	Ιŏ	Ιŏ	Ιŏ	Ιŏ	PCM. HDCD
	Analog	Pro Loğic IIx movie + THX	0	0	0	0	0	ANALOG	-
THX Ultra2	Dolby Surr EX	Dolby Digital + THX Surround EX	ŏ		1 ×	l Ö			L, C , R , SL , SR , S , LFE
(THX EX) (THX Music)	Dolby D (51Cfi)	Dolby Digital 51+ THX Ultra2 Cinema Pro Logic IIX movie + THX	H×	HX	HX	HX-	HX
(THX Games)	Dolby D (2ch Surr)	Pro Logic IIx movie + THX	ŏ	Тŏ	Тŏ	Тŏ	Тŏ	DICIDICITAL DICISURROUND	L, R, S
	DTS-ES	DTS-EŠ + THX	Ō	Ō	Ō	Ō	Ō	dts, ES	Ľ, Č, Ř, SL, SR, S, LFE
	DTS (5 1ch)	DTS + THX Ultra2 Cinema	Ŏ	Ŏ	Ŏ	ŏ	Ŏ	dts	L, C, R, SL, SR, LFE
	AAC (51ch)	AAC+ 1HX Ultra2 Cinema		18	18	18
	Multich-PCM	Multich-PCM + THX Hitra? Cinema	H d	Н	HĂ	H	HĂ	M-PCM
	SA-CD (5.1ch)	Multich-PCM + THX Ultra2 Cinema	ĬŎ	Τŏ	Τŏ	tŏ	Τŏ	SA-CD	L, Č, R, ŠL, ŠR, LFE
	SA-CD (2ch)	Pro Logic IIx movie + THX	0	Ó	Ō	0	Ó	SA-CD	L.B
			Ň	Г Х	ک	ک	Ň
			H H	HX	⊢∺	H	HX
	Allalog				$\scriptstyle I$	$_{\perp} \lor$

Notes:

Dolby Digital (2 channel L/R): Speakers for signal with Dolby Surround are fully equipped.
No sound is outputs from the surround speaker, center speaker and subwoofer if the DVD disc has no surround data.

Abbreviations

L/R :	Front speakers
C ·	Center sneake

C : Center speaker SL/SR : Surround speakers SBL/SBR : Surround back speakers SubW : Subwoofer

ご注意

Dolby Digital (左右の2チャンネル):ドルビーサラウンド処理されたドルビーデジタル2ch信号。
DVDディスクにサラウンドデータがない場合、サラウンドスピーカー、センタースピーカー、サブウーファーから音声は出力されません。

略語

L/R フロント左/右スピーカー
C センタースピーカー SL/SR サラウンド左/右スピーカー
SBL/SBR サラウンドバック左/右スピーカー SubW サブウーファー

Page 6

2. TECHNICAL DESCRIPTION AND SERVICE HINTS

THX^® is an exclusive set of standards and technologies established by the world-renowned film production company, Lucasfilm Ltd. THX resulted from George Lucas' desire to reproduce the movie soundtrack as faithfully as possible both in the movie theater and in the home theater.

THX engineers developed patented technologies to accurately translate the sound from a movie theater environment into the home, correcting the tonal and spatial errors that occur.

When the THX mode of the SR9600 is on, three distinct THX technologies are automatically added:

Re-Equalization-restores the correct tonal balance for watching a movie in a home environment.

These sounds are otherwise mixed to be brighter for a large movie theater. Re-EQ compensates for this and prevents the soundtracks from being overly bright and harsh when played in a home theater.

Timbre Matching-filters the information going to the surround speakers so they more closely match the tonal characteristics of the sound coming from the front speakers.

This ensures seamless panning between the front and surround speakers.

Adaptive Decorrelation-slightly changes one surround channel's time and phase relationship with respect to the other surround channel.

This expands the listening position and creates with only two surround speakers the same spacious surround experience as in a movie theater with multiple surround speakers.

The Marantz SR9600 was required to pass a rigorous series of quality and performance tests, in addition to incorporating the technologies explained above, in order to be THX Ultra certified by Lucasfilm Ltd.

THX Ultra requirements cover every aspect of performance including pre-amplifier and power amplifier performance and operation, and hundreds of other parameters in both the digital and analog domain.

Movies which have been encoded in Dolby Digital, DTS, Dolby Pro Logic, stereo and Mono will all benefit from the THX mode when being viewed.

The THX mode should only be activated when watching movies which were originally produced for a movie theater environment.

THX need not be activated for music, movies made especially for TV, or shows such as sports programming, talk shows, etc.

This is because they were originally mixed for a small room environment.

THX and Ultra 2 are trademarks or registered trademarks of THX Ltd. Surround EX is a jointly developed technology of THX and Dolby Laboratories, Inc. and is a trademark of Dolby Laboratories, Inc. Used under authorization. All rights reserved.

The THX Ultra2 specification provides uncompromised 7.1 channel playback of any multichannel program, whether movie soundtracks or music over the widest possible seating area. There are an additional two processing's for THX Ultra2 as bellow.

A.S.A. (Advanced Speaker Array)

"ASA" is a proprietary THX technology which processes the sound fed to 2 surround and 2 , surround back speakers to provide the optimal surround sound experience. When you set up your home theater system using all eight speaker outputs (Left, Center, Right, Surround Right, Surround Back Right, Surround Back Left, Surround Left and Subwoofer), placing the two Surround Back speakers close together facing the front of the room as shown in the diagram will provide the largest sweet spot. If for practical reasons you have to place the Surround Back speakers apart, you will need to go to the THX Audio Set-up screen and choose the setting that most closely corresponds to the speaker distance, which will re-optimize the surround sound-field. ASA is used in two new surround modes: THX Ultra2 Cinema, THX Music Mode and THX Games mode

B.G.C. (Boundary Gain Compensation)

If your chosen listening room layout (for practical or aesthetic reasons) results in most of the listeners being close to the rear wall, the resulting bass level can be sufficiently reinforced by the boundary that the overall sound quality becomes "boomy". THX Ultra2 receivers contain the BGC (Boundary Gain Compensation) feature to provide an improved bass balance. BGC can be selected by choosing "THX Ultra2 Subwoofer-Yes" from the "Boundary Gain Compensation" section of the "THX Audio setup menu".

Page 7

THX SURROUND EX

THX Surround EX—Dolby Digital Surround EX is a joint development of Dolby Laboratories and THX Ltd.

In a movie theater, film soundtracks that have been encoded with Dolby Digital Surround EX technology are able to reproduce an extra channel which has been added during the mixing of the program. This channel, called Surround Back. places sounds behind the listener in addition to the currently available front left, front center, front right, surround right, surround left and subwoofer channels. This additional channel provides the opportunity for more detailed imaging behind the listener and brings more depth spacious ambience and sound localization than ever before Movies that were created using the Dolby Digital Surround EX technology, when released into the home consumer market may exhibit wording to that effect on the packaging. A list of movies created using this technology can be found on the Dolby web site at www.dolby.com. A list of available DVD software titles encoded with this technology an be found at www.thx.com

Only receiver and controller products bearing the THX Surround EX logo, when in the THX Surround EX mode, faithfully reproduce this new technology in the home. This product may also engage the THX Surround EX mode during the playback of 5.1 channel material that is not Dolby Digital Surround EX eocnded. In such case, the information delivered to the Surround Back channel will be program dependent and may or may not be very pleasing depending on the particular soundtrack and the tastes of the individual listener.

"SURROUND EX™" is a trademark of Dolby Laboratories. Used under authorization.

DTS was introduced in 1994 to provide 5.1 channels of discrete digital audio into home theater systems. DTS brings you premium quality discrete multichannel digital sound to both movies and music.

DTS is a multichannel sound system designed to create full range digital sound reproduction.

The no compromise DTS digital process sets the standard of quality for cinema sound by delivering an exact copy of the studio master recordings to neighborhood and home theaters.

Now, every moviegoer can hear the sound exactly as the moviemaker intended.

DTS can be enjoyed in the home for either movies or music on of DVD's, LD's, and CD's.

"DTS" and "DTS Digital Surround" are registered trademarks of Digital Theater Systems, Inc.

The advantages of discrete multichannel systems over matrix are well known.

But even in homes equipped for discrete multichannel, there remains a need for high-quality matrix decoding. This is because of the large library of matrix surround motion pictures available on disc and on VHS tape; and analog television broadcasts.

The typical matrix decoder of today derives a center channel and a mono surround channel from two-channel matrix stereo material. It is better than a simple matrix in that it includes steering logic to improve separation, but because of its mono, band-limited surround it can be disappointing to users accustomed to discrete multichannel.

Neo:6 offers several important improvements as follow,

Neo:6 provides up to six full-band channels of matrix decoding from stereo matrix material. Users with 6.1 and 5.1 systems will derive six and five separate channels, respectively, corresponding to the standard home-theater speaker layouts.
Neo:6 technology allows various sound elements within a channel or channels to be steered separately, and in a way which follows naturally from the original presentation.
Neo:6 offers a music mode to expand stereo nonmatrix recordings into the five- or sixchannel layout, in a way which does not diminish

Page 8

DTS-ES Extended Surround is a new multichannel digital signal format developed by Digital Theater Systems Inc. While offering high compatibility with the conventional DTS Digital Surround format, DTS-ES Extended Surround greatly improves the 360-degree surround impression and space expression thanks to further expanded surround signals. This format has been used professionally in movie theaters since 1999.

In addition to the 5.1 surround channels (FL, FR, C, SL, SR and LFE), DTS-ES Extended Surround also offers the SB (Surround Back) channel for surround playback with a total of 6.1 channels. DTS-ES Extended Surround includes two signal formats with different surround signal recording methods, as DTS-ES Discrete 6.1 and DTS-ES Matrix 6.1.

"DTS", "DTS-ES and "Neo:6" are trademarks of Digital Theater Systems, Inc.

The stereo CD is a 16-bit medium with sampling at 44.1 kHz. Professional audio has been 20- or 24bit for some time, and there is increasing interest in higher sampling rates both for recording and for delivery into the home. Greater bit depths provide extended dynamic range. Higher sampling rates allow wider frequency response and the use of anti-alias and reconstruction filters with more favorable aural characteristics.

DTS 96/24 allows for 5.1 channel sound tracks to be encoded at a rate of 96kHz/24bits on DVD-Video titles.

When DVD-video appeared, it became possible to deliver 24-bit, 96 kHz audio into the home, but only in two channels, and with serious limitations on picture. This capability has had little use.

DVD-audio allows 96/24 in six channels, but a new player is needed, and only analog outputs are provided, necessitating the use of the D/A converters and analog electronics provided in the player.

DTS 96/24 offers the following:

1. Sound quality transparent to the original 96/24 master.
2. Full backward compatibility with all existing decoders. (Existing decoders will output a 48 kHz signal)
3. No new player required: DTS 96/24 can be carried on DVD-video, or in the video zone of DVD-audio, accessible to all DVD players.

4.96/24 5.1-channel sound with full-quality fullmotion video, for music programs and motion picture soundtracks on DVD-video.

"DTS" and "DTS 96/24" are trademarks of Digital Theater Systems, Inc.

Dolby Digital identifies the use of Dolby Digital audio coding for such consumer formats as DVD and DTV. As with film sound, Dolby Digital can provide up to five full-range channels for left, center, and right screen channels, independent left and right surround channels, and a sixth (".1") channel for low-frequency effects.

Dolby Surround Pro Logic II is an improved matrix decoding technology that provides better spatiality and directionality on Dolby Surround program material; provides a convincing three-dimensional soundfield on conventional stereo music recordings; and is ideally suited to bring the surround experience to automotive sound. While conventional surround programming is fully compatible with Dolby Surround Pro Logic II decoders, soundtracks will be able to be encoded specifically to take full advantage of Pro Logic II playback, including separate left and right surround channels. (Such material is also compatible with conventional Pro Logic decoders.)

Dolby Digital EX creates six full-bandwidth output channels from 5.1-channel sources. This is done using a matrix decoder that derives three surround channels from the two in the original recording. For best results, Dolby Digital EX should be used with movies soundtracks recorded with Dolby Digital Surround EX.

About Dolby Pro Logic IIx

Dolby Pro Logic IIx technology delivers a natural and immersing 7.1-channel listening experience to the home theater environment. A product of Dolby's expertise in surround sound and matrix decoding technologies, Dolby Pro Logic IIx is a complete surround sound solution that maximizes the entertainment experience from stereo as well as 5.1-channel encoded sources.

Dolby Pro Logic IIx is fully compatible with Dolby Surround Pro Logic technology and can optimally decode the thousands of commercially available

Page 9

Dolby Surround encoded video cassettes and television programs with enhanced depth and spatiality. It can also process any high-quality stereo or Advanced Resolution 5.1-channel music content into a seamless 6.1- or 7.1-channel listening experience.

The Dolby Headphone technology provides a surround sound listening experience over headphones. When listening to multichannel content such as DVD movies over headphones, the listening experience is fundamentally different than listening to speakers. Since the headphone speaker drivers are covering the pinna of the ear, the listening experience differs greatly from traditional speaker playback. Dolby utilizes patented headphone perspective curves to solve this problem and provides a non-fatiguing, immersive, home theater listening experience. Dolby Headphone also delivers exceptional 3D audio from stereo material.

Manufactured under license from Dolby Laboratories. "Dolby", "Pro Logic", and the double-D symbol are trademarks of Dolby Laboratories.

Circle Surround II (CS-II) is a powerful and versatile multichannel technology. CS-II is designed to enable up to 6.1 multichannel surround sound playback from mono, stereo, CS encoded sources and other matrix encoded sources. In all cases the decoder extends it into 6 channels of surround audio and a LFE/subwoofer signal. The CS-II decoder creates a listening environment that places the listener "inside" music performances and dramatically improves both hi-fi audio conventional surround-encoded video material. CS-II provides composite stereo rear channels to greatly improve separation and image positioning– adding a heightened sense of realism to both audio and A/V productions.

CS-II is packed with other useful feature like dialog clarity (SRS Dialog) for movies and cinema-like bass enrichment (TruBass). CS-II can enable the dialog to become clearer and more discernable in movies and it enables the bass frequencies contained in the original programming to more closely achieve low frequencies—overcoming the low frequency limitations of the speakers by full octave.

Circle Surround II, TruSurround XT, Dialog Clarity, TruBass, SRS, and () symbol are trademarks of SRS Labs, Inc.

Circle Surround II, TruSurround XT, Dialog Clarity and TruBass technologies are incorporated under license from SRS Labs, Inc.

HDCD^® (High Definition Compatible Digital ^®) is a patented process for delivering on Compact Disc the full richness and details of the original microphone feed.

HDCD encoded CDs sound better because they are encoded with 20-bits of real musical information as compared to 16-bits for all other CDs.

HDCD overcomes the limitation of the 16-bit CD format by using a sophisticated system to encode the additional four bits onto the CD while remaining completely compatible with the CD format.

When listening to HDCD recordings, you hear more dynamic range, a focused 3-D sound stage, and extremely natural vocal and musical timbre. With HDCD, you get the body, depth and emotion of the original performance not a flat, digital imitation.

HDCD system manufactured under license from Microsoft. This product is covered by one or more of the following: In the United States 5,479,168 5,638,074 5,640,161 5,808,574 5,838,274 5,854,600 5,864,311 5,872,531 and in Australia 669,114 with other patents pending.

Page 10

SERVICE HINTS

AVSS Function Check (P314 PWB)

AVSS is the function that switches B voltage automatically depending on the volume of the input signal. To check whether B voltage is switched or not, follow the procedure below.

Check if B voltage is switched to High. If maximum power (or +/-51V to +/-65V) can be output, it is OK. IF wave form is clipped and maximum power is not output, it is NG.
Check if B voltage is switched to Low. If B voltage can be output to +/-33-40v, it is OK.
Note: Once B voltage is switched to High, it is kept High for 1 minute. B voltage is Low upon turning on the power (initial status) if there is no signal input.

Cooling Fan Check (P254 PWB)

There is three speeds for the cooling fan, stop, Low Speed and High Speed, depending on the temperature of the heat sink.

Heat sink temperature is monitored with RN67, RN68, thermo sensors for cooling fan.

If heat sink temperature becomes higher, resistance of the sensors also becomes higher.

To check the cooling fan, connect test resisters to pin 1 - 5 (JN08) or pin 2 - 5 (JN08) where the thermo sensors are connected.

Two sensors are in the both sides of a heat sink

There are two ways of checking.

One of way, Remove either sensor and connect the test resister. Other one, remove both sensors. And one connects 0 ohm and another connects test resistor.

The check of the thermo sensors RN67 and RN68 for Fan uses a drier etc.

And check the resistance of a sensor. (RN67 and RN68) Ambient temperature 20 to 30 degrees centigrade: Over 50 ohm

AVSS Function Check (P314 PWB)

AVSS 機能は出力信号の大きさに応じてパワーアンプの B 電圧を切り替える機能です。

B 電圧の切り替え動作確認は、以下の方法で行います。

B 電圧 High 切換チェック B 電圧が ±51V ~ ±65V または定格出力が出れば OK です。波形がクリップして定格出力が出ない場合は NG となります。
B電圧Low 切換チェック B電圧が ±33V ~ ±40V 出力されれば OK です。
備考: 度、B 電圧が High になった後に無信号入力にしても、電圧 High の状態を 1 分間保持します。電源 ON 時(イニシャル時)に、無信号入力であれば、B 電圧は Low で動作します。

Cooling Fan Check (P254 PWB)

Cooling Fan の動作はヒートシンクの温度に連動して1 STOP、 2 Low Speed、3 High Speed の三動作があります。

ヒートシンクの温度は Fan 用温度センサー RN67、RN68 で検出しています。

温度が高くなると、センサーの抵抗値が高くなります。

Fan 用温度センサーが接続されている、JN08の1ピンと5ピン及び2ピンと5ピンに検査用の抵抗を接続して Cooling Fanの動作チェックを行います。

センサーはヒートシンク両側2箇所にあります。

検査には二通りの方法があります。

ひとつは、センサーを片方ずつはずして検査抵抗を接続する方法、もうひとつは2個の検査抵抗を用意して、両方のセンサーを外し片側に低抵抗 (0Ω)を取り付けもう片方に検査抵抗を接続する方法があります。

Fan 用温度センサー RN67、RN68 のチェックは温度センサーにドライヤーなどで熱を与えて行います。

RN67、RN68 のショートのチェックは RN67、RN68 の抵抗値を測ります。(常温(25℃)で 50 Ω以上)

	Fan Speed	Temperature
1	Stop	0 - 220 (0 ohm)	Under 60 °C
2	Low Speed	470 - 2.2 k (1.0 k ohm)	60 - 80 °C
З	High Speed	Over 4.7k ohm (10 k ohm)	Over 80 °C

Overheat Protection Check (P254 PWB)

If monitored temperature of the heat sink goes overheat, microcomputer shuts down the unit to stand-by mode. Heat sink temperature is monitored with RN69, RN70, thermo sensors for overheat.

To check the overheat protection function.

Connect test resisters to pin 3 - 5 (JN08) or pin 4 - 5 (JN08) where the thermo sensors are connected.

Overheat Protection Check (P254 PWB)

ヒートシンクの過熱を検出して、マイコンでスタンバイモードに入ります。

ヒートシンクの温度は Heat 用温度センサー、RN69、RN70 で検出しています。

温度が高くなると、センサーの抵抗値が高くなります。

Heat 用温度センサーが接続されている、JN08の3ピンと5ピン及び4ピンと5ピンに検査用の抵抗を接続してチェックします。

Page 11

Two sensors are in the both sides of a heat sink. There are two ways of checking.

One of way, Remove either sensor and connect the test resister. Other one, remove both sensors. And one connects 0 ohm and another connects test resistor.

The check of the thermo sensors RN69 and RN70 for Fan uses a drier etc.

And check the resistance of a sensor. (RN69 and RN70) Ambient temperature 20 to 30 degrees centigrade: Over 50 ohm

センサーはヒートシンク両側2箇所にあります。

検査には二通りの方法があります。

ひとつは、センサーを片方ずつはずして検査抵抗を接続する方法、もうひとつは2個の検査抵抗を用意して、両方のセンサーを外し片側に低抵抗 (0Ω) を取り付けもう片方に検査抵抗を接続する方法があります。

Heat 用温度センサー RN69、RN70 のチェックは温度センサーにドライヤーなどで熱を与えて行います。

BN69、BN70のショートのチェックは BN69、BN70の抵抗値を測ります。(常温(25℃)で50 Ω以上)

	Function	Test Resister Value	Temperature
1	Normal	0 - 220 ohm (0 ohm)	Under 110 °C
2	Heat Protection (Stand-by)	Over 4.7k ohm (10k ohm)	Over 110 °C

to GND by a transistor.

Normally, it is high impedance (open-collector).

If overheat is detected, 2nd pin of J124 (HEAT DET) is led Heat Protect を検出すると、J124の2番ピン(HEAT DET) がトランジスタで GND に引かれます。通常時はハイインピーダンス(オープンコレクター出力)です。

Page 12

3. POWER AMPLIFIER ADJUSTMENT

Idling Current Alignment

Settings: Mode

Top lid

two test points. Set a digital Voltage meter to DC voltage input. Connect the meter to the test points at both contact points
2. After the setup above, turn on the main switch.

Master Volume — Minimum Speaker out — No Load

3. Adjust variable resistors (R123, R223...R423) according to the digital voltmeter readings. The target setting value is the following table for each channel.

— OPEN

-7.1ch Auto

Idling Current Alignment

1. Each of the measurement points are provided with the 1. 各チャンネルに調整用テストポイントが用意されています。テストポイントにデジタルマルチメーターなどの直流雷圧計を接続します。
- 2. 上記設定後、本機の電源を入れます。
- 3. 直流電圧計の値を見ながら調整用の抵抗(B123, B223... B423) を回します。各チャンネルが下記調整値になるよう調整します。

Settings:	Mode	— 7.1ch Auto
	Master Volume	— Minimum
	Speaker out	— No Load
	Top lid	— OPEN

Power	Channel (PWB)	Alignment Point	Measurement Point
	Front L (P114)	R123	J132
	Front R (P114)	R223	J232
	Center (P214)	R373	J382
Power ON after	Surround L (P114)	R323	J332
	Surround R (P114)	R423	J432
	Surround Back L (P214)	R273	J282
	Surround Back R (P214)	R173	J182

Time Table of Idling Current Rise

Ambient temperature 20 to 30 degrees centigrade

アイドリング電流上昇表

周囲温度 20~ 30°C

After Turning ON	Measurement Voltage (Jxxx)	Idling Current
10 min.	1.59mV	15.9mA
15 min.	1.58mV	15.8mA
20 min.	1.51mV	15.1mA
25 min.	1.51mV	15.1mA
30 min.	1.50mV	15.0mA
40 min.	1.50mV	15.0mA

The above table is actual survey of Idling Current versus 上の表は、本機の時間対アイドリング電流を実測した表です。 TIME of this unit.

安定した状態(30分以上経過)では、アイドリング電流が

As for the adjustment, Idling Current becomes 15.0mA in 15.0mA になる様に調整します。 stable state (it passes more than 30 minutes).

Page 13

4. SERVICE MODE

Microprocessor, DSP Version and FLD Segment Check Mode.

1. While the power is on, THX , (Cursor) and BAND buttons simultaneously more than 3 seconds. The FL display shows "FACTORY MODE" for 2 seconds then shows below.

D	۷	D	:	А	Т	-	Н	D	Μ		1
Α	U	Т	0	:	S	Т	Ε	R	Е	0

2. Press ENTER button, The model name is displayed.

9	R	a	6	Ω	Ω	N
0	n	9	0	10	10	ואון

3. Press ENTER button, The software version of the microprocessor (QW01) is displayed.

MAINBUILDO01

4. Press ENTER button. The software version of the microprocessor (QU01) is displayed.

S	U	В			В	и	i	Ι	d	0	0	1

5. Press ENTER button. The software version of the microprocessor (Q608) is displayed.

MRAC Build001

6. Press ENTER button. The software Serial Number that is 6. ENTER ボタンを押します。工場で書き込み済みの wirtten in the factory is displayed.

7. Press ENTER button, The software Type Number is displayed.

SOFT TYPE 00

8. Press ENTER button, The Code Group Type Number is displayed.

9. Press ENTER button, All the FL segments light on.
10. Press ENTER button, The segments of the odd number lines of vertical in the FL light on.
11. Press ENTER button, The segments of the even number lines of vertical in the FL light on.

Microprocessor 及び DSP の Version 表示及び FL 点灯を確認するモードです。

1. セットの電源を入れます。THX と◀ (Cursor) および BAND のボタンを同時に約3秒以上押します "FACTORY MODE" と表示されます。更に約2秒後に下記の表示となります。

2 ENTER ボタンを押します。機種名が表示されます。

SR9600 N

3. ENTER ボタンを押します。マイコン (QW01) のバージョンが表示されます。

MAINBUIId001

4. ENTER ボタンを押します。マイコン (QU01) のバージョンが表示されます。

SUB Build001

5. ENTER ボタンを押します。マイコン (Q608) のバージョンが表示されます。

MRAC Build001

Software Serial No. が表示されます。

7. ENTER ボタンを押します。マイコンの Software Type が表示されます

SOFT TYPE 00

8. ENTER ボタンを押します。Code Group Type が表示されます。

CODE TYPE0003

9. ENTER ボタンを押します。FL が全点灯します。

10. ENTER ボタンを押します。FLの縦奇数行が点灯します。

11. ENTER ボタンを押します。FL の縦偶数行が点灯します。

12.ENTER ボタンを押します。FL の横奇数行が点灯します。

Page 14

12. Press ENTER button, The segments of the odd number lines of horizontal in the FL light on.
13. Press ENTER button, The segments of the even number lines of horizontal in the FL light on.
14. Press ENTER button, All the FL segments turns off.
15. Press ENTER button, Every time ENTER button is pressed, DSP code is indicated in turn from NO.1 to NO.28.

DSPCODE 01 03090103 No. Dev. SIG TYP Ver. No.: DISP CODE ID Dev.: Device ID SIG.: CODE SIG ID TYP.: CODE TYPE ID Ver.: Version

16. Turn off the power to quit Service Mode. (Disconnect mains cord from SR9600)
Note: When the unit is once turned into Service Mode, the unit keeps this mode until the main power is turned off. (Turning into stand-by mode does not make it quit from Service Mode.) When the unit quits from Service Mode, Information in the memory is also cleared and the unit returns to the status when it is out from the factory.

Product Reset

To reset the back up memory of the unit into the default status,

follow the procedure below.

1. Turn on the unit and press MRAC and PURE DIRECT button simultaneously more than 3 seconds.
After "DEFAULT" is displayed on FLD, then "CLEAR MEMORY" is displayed on FLD, EEPROM is cleared to the default status, µ-Pro. is reset and the unit returns to the normal status. (Software Serial Number will not be cleared.)
Note: When the unit is shipped from the factory, the procedure above must be done to set the unit to initial status.

13. ENTER ボタンを押します。FL の横偶数行が点灯します。

14. ENTER ボタンを押します。FL が全消灯します。

15. ENTER ボタンを押します。 ENTER ボタンを押す度に DSP Code ID が NO.1 から NO.28 まで順に表示されます。

DSP CODE 01 03090103

No. : DISP CODE ID Dev SIG. : CODE SIG ID TYP Ver. : Version

No. Dev. SIG TYP Ver. Dev. : Device ID TYP. : CODE TYPE ID

16.電源を切ります。(電源コードをセットから外します。)サービスモードは解除されます。

Page 15

5. SYSTEM ERROR

When the microprocessor detects a trouble, the following 製品内部での異常発生時にマイクロプロセッサが、処理し表示 information is displayed on the FLD

After the EBBOB contents indication, Surround Mode is initialized and returned Factory mode.
The contents of the EBBOB indication are the followings.

1. Trouble in DSP

If communication with DSP is troubled more than 2 seconds

CHECK DSP Indication is keep and sound is mute.

2. Trouble in EEP-ROM

If data from EEPROM does not match.

3 Trouble in EEP-BOM IE

If communication with EEPROM is troubled more than 2 seconds.

4. Trouble in RS-232C

If communication of RS232C with RS232C is troubled more than 2 seconds

5. Trouble in 5V Supply

If 5V supply to DATA DIR is troubled

6. Trouble in Protection

CPU turns off the speaker output.

PROTECT

7. Trouble in between Main CPU and Sub CPU

The trouble between Main CPU and Sub CPU was found.

8. Trouble in between Main CPU and FL CPU

The trouble between Main CPU and EL CPU was found.

CHECK MAIN<->FL

9. Trouble in between Sub CPU and MBAC CPU.

The trouble between Sub CPU and MBAC CPU was found

CHECK SUB<->MRAC

を行います。主に各 Device との通信異常を検出します。

FBBOB 表示後、Surround Mode は初期化されて場出荷の状態に戻ります
FBBOB 表示の内容は下記です。

1. DSP 異常検出表示。

DSP との通信上の不具合を約2秒検出した時。

-表示状態はそのままで音声は Mute 状態

2. EEP-ROM 異常検出表示。

EEP ROM Data の不整合を検出した時。

3. EEP-ROM IF 異常検出表示。

EEP ROM との通信不具合が約2秒以上生じた時。

CHECK E2P IF

4. BS-232C 異堂検出表示。

BS232C 通信時に BS232C との通信不具合を約2秒以上検出した時、

5.5V 異常検出表示。

DATA DIR の異常を検出した時。

CHECK POWER 5V

6. Protection 信号異常検出表示。 Speaker から出力を止めます。

7. Main CPU と Sub CPU 間の異常検出表示 Main CPU と Sub CPU 間の異常を検出した時。

8. Main CPU と FL CPU 間の異常検出表示 Main CPU と FL CPU 間の異常を検出した時。

CHECK MAIN<->FL

9. Sub CPU と MRAC CPU 間の異常検出表示 Sub CPU と MBAC CPU 間の異常を検出した時。

CHECK SUB<->MRAC

Page 16

10. Trouble in between Sub CPU and 1394 CPU

The trouble between Sub CPU and 1394 CPU was found.


СН	ЕC	K	S	UΒ	<	-	>	1	З	9	4

11. Trouble in FUJITSU DSP

If communication with FUJITSU DSP is troubled more than 2 seconds.


	С	Н	Ε	С	Κ	F	U	J	Ι	Т	S	U	D	S	Ρ

12. Trouble in DSP

If communication with DSP is troubled more than 2 seconds.

		С	Н	Ε	С	Κ		Т	Ι		D	S	Ρ

10. Sub CPU と 1394 CPU 間の異常検出表示

Sub CPU と 1394 CPU 間の異常を検出した時。

CHECK SUB<->1394

11. FUJITSU DSP 異常検出表示

FUJITSU DSPとの通信不具合を約2秒以上検出した時。


	С	Η	Е	С	Κ	F	U	J	-	Т	S	υ	D	S	Ρ

12. DSP 異常検出表示

DSP との通信不具合を約2秒以上検出した時。


	С	Н	Ш	С	Κ	Т	Ι	D	S	Ρ

Page 17

6. UPDATE FIRMWARE [A] DOWNLOAD AND INSTALL UPDATING SOFTWARE FOR MICROPROCESSOR

DOWNLOADS OF THE SOFTWARE

Download the software for update of the MAIN, SUB and MRAC microprocessor

Launch up the browser Type http://www.renesas.com/into an address And press Enter

(When site of Renesas is modified, please search "Flash

Development Toolkit", or type http://download.renesas.com/e ng/mpumcu/index.html into an address.)

DOWNLOADS OF THE SOFTWARE

MAIN、SUB、MRAC マイコンのアップデート用ソフトウェアをダウンロードします。

Browserを起動し、Address へ http://www.renesas.com/と入力し、Enterを押します。

(Renasas のサイトが変更になった場合は、Flash

Development Toolkit を検索するか、Address へ http://downl oad renesas.com/eng/mpumcu/index.html を入力してください。)

Click the SUPORT on the site of Renesas

Renesas のホームページが開きますので、ここから SUPPORT をクリックします。

Page 18

Click the Software download for tools on Support

Support のページから Software download for tools をクリ

ックします。

Contact Us g For pricing, availability, QA, etc., please contact the Sales Representative in your area My Renesas g Register here for use of exclusive Renesas services Training & Workshops g For information on training/workshops, please click on the above link Environmental Activity g	Parametric Search g With our parametric search facility you can find the product most suitable for your application quickly and easily. Document Library g Renesas's full document library can be accessed here online Application Notes g Search for Application Notes, Non-Renesas Equivalent Product Search	about Renesas products and services PURCHASING INFO g Click here for information on how to purchase Renesas products
Click here for information on our Environmental Philosophy Click here for information on Renesas partners Edge g	ම Search for equivalent products at other companies Product FAQs හ For access to our most frequently asked inquiries,
Click here for information on Edge, Software download for tools @ Click here for information on Software@the download.	Rom Code Procedures Procedures Check this section for information on how to specify the code to be programmed into the ROM of your microprocessors or microcontrollers

Page 19

Check the Agree on AGREEMENT And click Submit

AGREEMENT から Agree にチェックを入れ Submit をクリックします。

are download for tools
		Live jun
	AGREEMENT
PLEASE READ THIS AGREEMENT CAREFULLY. BY DOWNLOADING ALL OR ANY PORTION OF "TH THIS AGREEMENT AND AGREE THAT THIS AGREE CORP , LIKE ANY WRITTEN NEGOTIATED AGREE CONDITIONS OF THIS AGREEMENT, DO NOT US	HE SOFTWARE", YOU ACCEPT ALL T EMENT IS ENFORCEABLE BETWEE MENT SIGNED BY YOU IF YOU DO I E THE SOFTWARE	THE TERMS AND CONDITIONS OF IN YOU AND RENESAS TECHNOL NOT AGREE THE TERMS AND
Renesas Technology Corp., a Japane principal place of business at 6-2 Tokyo, Japan. ("Renesas") owns all Software and permits you to use th only in accordance with the terms	se corporation, with a Otemachi 2-chome, Chiyod intellectual property in Software (defined as be of this Agreement.	la-Ku,
1. Definitions. 1.1 "Software" "Software" means
(a) all of the contents of the sof be downloaded from Renesas's web-s is provided, including related exp	tware and the data which ite with which this Agree lanatory written material	can ment s or

Page 20

Click Evaluation Software.

Even back Perface Preface This site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users. Utility software and sample programs are include enhance the program development environment. >>Evaluation Software Download evaluation versions of compilers and simulators to examine product performance and features >>Upgraded software available for compilers, assemblers, simulators and emulator debuggers, etc. >>Upgraded software including PDSDK COM kit (extension kit for debuggers), Maskfile Converter, etc. >>Sample Codes ID3 Ubitive software including PDSDK COM kit (extension kit for debuggers), Maskfile Converter, etc. >>Sample Codes ID3 Wo Register-defined files, SFR Header and various reference programs. Heip	🖉 Renesas Technology	y Tools Download - Microsoft Internet Explorer	_1012
Address Addre	File E dit V iew Fa	avorites Iools Help	- 25
Address Address	.↓= Back • ⇒ • 🥥	😰 🖓 🐼 Search 🛋 Favorites 🎲 History 🔤 🎿
Determine Availation Software Ingrades Mittiges Sample Codes Preface Dis site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users Utility software and sample programs are include enhance the program development environment •> Evaluation Software •> Evaluation Software •> Evaluation versions of compilers and simulators to examine product performance and features •> Upgrades EC2 Download evaluation versions of compilers, assemblers, simulators and emulator debuggers, etc. •> Upgrades EC2 Upgrades EC2 Ubitities EC2 Uo Register-defined files, SFR Header and various reference programs Heip	Address 😰 http://down	nload.renesas.com/eng/mpumcu/tools_download.html?leg=Agree 🔄 🔗 Go	Links ²
Preface Preface This site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users. Utility software and sample programs are include enhance the program development environment ···Evaluation Software Download evaluation versions of compilers and simulators to examine product performance and features ···Upgrades CD2 Upgraded software available for compilers, assemblers, simulators and emulator debuggers, etc. ···Utilities CD2 Ubility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc. ··Sample Codes CD2 Vio Register-defined files, SFR Header and various reference programs. Help	Software dov	wnload for tools	ESA you ima
valuation Software typerades stample Codes Preface This site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users. Utility software and sample programs are include enhance the program development environment. >>Evaluation Software Download evaluation versions of compilers and simulators to examine product performance and features >>Upgrades CCD Upgrades CCD Upgrade software available for compilers, assemblers, simulators and emulator debuggers, etc. >>Utility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc. >>Sample Codes CCD Vio Register-defined files, SFR Header and various reference programs. Help	npumeų
Autors This site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users. Utility software and sample programs are include enhance the program development environment. >> Evaluation Software >> Evaluation Software Download evaluation versions of compilers and simulators to examine product performance and features >> Upgrades IDE Upgraded software available for compilers, assemblers, simulators and emulator debuggers, etc >> Utilities IDE Utility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc. >> Sample Codes IDE IVO Register-defined files, SFR Header and various reference programs. Help	valuation Software	Preface
	nyn aues Nilities Sample Codes	This site provides Evaluation Software for first-time purchasers of TOOL products as well as compiler and debug upgrades and latest software versions for current TOOL users. Utility software and sample programs are inclue enhance the program development environment.	ugger Jded to
		>>Evaluation Software Download evaluation versions of compilers and simulators to examine product performance and feature	es
Upgraded software available for compilers, assemblers, simulators and emulator debuggers, etc >> Utilities III Utility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc. >> Sample Codes III I/O Register-defined files, SFR Header and various reference programs Help		>>Upgrades 02
Utility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc.		>>Utilities 💷
		Utility software including PDSDK COM Kit (extension kit for debuggers), Maskfile Converter, etc.
I/O Register-defined files, SFR Header and various reference programs. Help Image: Im		>> Sample Codes
Help 1		I/O Register-defined files, SFR Header and various reference programs
		Help

Page 21

Click Flash and PROM Programming.

🗿 Untitled Document - Mia	rosoft Internet Explorer	_I_I×
Eile Edit View Favori	tes Iools Help	5 ²²
🕁 Back 🔹 🧈 🔹 🎯 🔂	\| 🔂 🔍 Search 📷 Favorites 🎯 History \| 🔄 - 🎒
Address 😰 http://download	f.renesas.com/eng/mpumcu/evaluation_software/index.html	💌 🔗 Go 🛛 Links »
Software dow	nload for tools
mpumcu / evaluation software
Evaluation Software	Evaluation Software
Upgrades	Download evaluation versions of compilers and simulators to examine product performance	e and features,
Sample Codes	C/C++ Compilers and Assemblers Desemblers Extension Software for Compilers Debuggers Flash and PROM Programming
		ΞP
	© 2005 Renesas Technology C	orp , All Rights Re
		2

Page 22

Click Flash Development Toolkit.

🗿 Renesas Technology To	ols Download - Microsoft Internet Explorer		_101×
File E dit Y iew F a vori	ites Iools Help		- 1919 1919
🖓 Back 🔹 🤿 - 🥥 👩	] 🖓 🔯 Search 🔊 Favorites 🎯 History \| 🖏 - 🚊	6
Address 🖉 http://download	d.renesas.com/eng/mpumcu/evaluation_software/flash_and_;	prom_programming/index.html 🔄 🔗 Go	Links »

Software dow	pload for toolo
Soltware uow	nioau ior toois	Everywhere y	ou ima
mpumcu / evaluation_sottware	/ flash and prom programming

valuation Software	Flash and PROM Programming
lpgrades
Hilities	** Flash Development Toolkit
Sample Codes	b		131-0
			THE:

		@ 2005 Renews Technolom Cure . All Rive	NIS RA
			~
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Page 23

Save the fdtv30300.exe on your PC's hard disc. (A file name is changed by improvement.)

fdtv30300.exe を任意のフォルダに保存します。

(ファイル名はヴァージョンアップにより変更になる場合があ

Page 24

Save As					? ×
Save jn:	My Documer	nts	•	- 🖻 🖆 🔳 -
History History Desktop My Documents My Documents	My Pictures
	File n ame:	fdtv30300.exe		•	Save
My Network P.	Save as type :	Application		*	Cancel

INSTALLS OF THE SOFTWARE (FLASH DEVELOPMENT INSTALLS OF THE SOFTWARE (FLASH DEVELOPMENT.

TOOLKIT VER.3.3)

TOOLKITVER.3.3)

Open the folder with the downloaded file. And double click the fdtv30300.exe.

ダウンロードしたファイルを保存しているフォルダを開きます。fdtv30300.exe ファイルをダブルクリックします。

.......................................

Arr My Documents
File E dit V iew F a vorites	T ools H elp			ųs.
📙 🖶 Back 🕞 🧼 👻 💼 🔯 Sear	ch 📇 Folders	History	昭昭×	S II-
				▼ ∂Go

My Documents	My Piccures	e e
fdtv30300.exe Application
Modified: 4/19/2005 4:08 PM
Síze: 23.4 MB
Attributes: (normal)
Type: Application Size: 23.4 MB		23.4 MB	🖳 My Comp	outer //

Page 25

Renesas Flash Developm	ent Toolkit Installation
	Welcome!
san	This installation program will install the Renesas Flash Development Toolkit 3.3.
- And	Press the Next button to start the installation. You can press the Cancel button now if you do not want to install the Renesas Flash Development Toolkit at this time.
	R ead Release Notes
	⊨ Back ( N ext > Cancel

Choose the language. And click Next >.

言語を選んで Next > をクリックします。

Renesas Flash Developm	ent Toolkit Installation	×
	Select Language
532	Please select your preferred language - this will affect the on-line manuals and help files that will be installed.
37/005	C Asia ( E nglish)


	< B ack N ext > Cancel

Page 26

Click Next >.

Next > をクリックします。

Renesas Flash Developme	ent Toolkit Installation	×
Jan Barris	Select Components Choose which components to install by checking the below. ✓ Application ✓ Kernels - Protocol B & C ✓ Kernels - Protocol D ✓ Microsoft System Files (C:WMINIT\System32)	boxes 43814 k 11782 k 443 k 3380 k
	Disk Space Required: 59419 k Disk Space Remaining: 8098220 k < B ack Next > C	ancel

Page 27

Customise をクリックします。

Click Customise.

Check to the all check box. And click OK.

🔽 .a20	OK
.a37
.bin
🔽 .cde
🔽 .fpr
🔽 .mot
.rec

全てのチェックボックスにチェックが入っていることを確認し、OKをクリックします。

Click Next >.

Renesas Flash Developr	nent Toolkit Installation	×
Concernence of the	Additional
000-1	Information
500	Clear product's registry entries before installing
124	If there are entries for this product already present in the registry, clearing these entries will provide a clean installation.	s
your	Install USB drivers
	Associate data files
	Data files will open in FDT.

	< B ack N ext > Cancel	Ì

Next > をクリックします。

Page 28

Check to the all check box. And click Next >.

Renesas Flash Developm	ent Toolkit Installation		×
	Additional (Kernels -	Info Prot	rmation . B/C)
STY	Select kernels to install (all selected by default):
5(4)	₩ H8S/2100	1221 k	Devices
252	₩ H8S/2200	2443 k	Devices
your	₩ H8S/2300	1240 k	Devices
	I⊽ H8S/2600	1925 k	Devices
	Г Н8	3943 k	Devices
The second se	🗗 сн	1010 k	Devices
	< B ack	N ext >	Cancel

Click Next >.

Next > をクリックします。

Renesas Flash Developm	ent Toolkit Installation	2
smi	Additional (Kernels -	Information Prot. D)
smi	Select kernels to install (all s	elected by default):
3(5/)	R8C	108 k Devices
32/000	FoUSB	335 k
	≺ B ack	Next > Cancel

Page 29

Renesas Flash Developr	nent Toolkit Installation	x
(11)	Select Destina	tion
0.00	Directory
5000	Please select the directory where the Ren Development Toolkit files are to be installed	iesas Flash d.
- And	'Free Disk Space After Install' is based on your current selection of files to install. A negative number indicates that there is not enough disk space to install the application to the specified drive.
	C:\Program Files\Renesas\FDT3.3	Browse
	Current Free Disk Space:	8155656 k
	Free Disk Space After Install:	8096116 k
		r
	⊨ Beck N ext >	Cancel

Click Next >.

Next > をクリックします。

	Backup replaced files Please select the directory where the r be moved:	eplaced files will
37200	C:\\Renesas\FDT3.3\BACKUP	Browse

Page 30

Click Install.

Install をクリックします。

Page 31

The status bar appears.

nstalling	x
Copying FDT 3.3 Application files: C:\Program Files\Renesas\FDT3.3\FDT.exe
12%
Cancel

Click Finish.

Finishをクリックしてインストールを完了します。

Page 32

[B] UPDATE MAIN AND SUB MICROPROCESSOR PROCEDURE

NECESSARY FOLIPMENT

Windows PC (With Serial Port)
RS-232C Cable straight type (9 Pin female 9 Pin female)
Update Tool (FDT)
Update data :

(00M11AJ499Bxx.mot: For MAIN u-P) (00M11AJ499Exx.mot: For SUB u-P)

NOTE: xx is a revision number.

CABLE CONNECTION

Disconnect the mains cable from the Unit. Connect RS-232C on the rear panel of the Unit and Serial Port of windows PC with RS-232C cable

WRITING MODE (MAIN ONLY)

push the switch inside to turn on the switch

[MAIN AND SUB MICROPROCESSOR の書き換え方法] 必要機器

•Windows PC (Serial Port付き)

RS-232C ストレートケーブル (9Pin メス 9Pin メス)
•書き込み用アプリケーションツール (FDT)
•書き込み用データ: (00M11AJ499Bxx.mot: MAIN マイコン用) (00M11AJ499Fxx.mot: SUB マイコン用) NOTE: xx は改版番号です。

ケーブル接続

電源ケーブルを本機から外します。 Windows PCの Serial Portと本機の BS-232C Port を RS-232C ケーブルで接続します。

書き込みモード (MAIN マイコンのみ)

Insert a thin rod to the hole near the MULTI RC terminal and 細い棒を使い本機の MULTI RC 端子の右となりにある穴からスイッチを押して書き込みモードに入ります。

Connect the mains cable into the Unit. The Unit's STANDBY (green) indicators turn on lights.

本機に電源ケーブルを差し込みます。本機の STANDBY(緑) が点灯します。

Page 33

THE WRITING SOFTWARE SETUP PROCEDURE.

A setup is common to MAIN and SUB. Launch up the writing software.

Click Start, Programs, Renesas, Flash Development Toolkit 3.3 and Flash Development Toolkit 3.3

書き込みソフトウェアの設定

ソフトウェアの設定は MAIN と SUB とで共通です。 FDT を起動します。

Start → Programs → Renesas → Flash Development Toolkit 3.3 → Flash Development Toolkit 3.3 をクリックします。

	3	Windows Update
essional		Programs Documents	中国国	Accessories Network Associates Startup Internet Explorer	4 4 4
2000 Prof	19 1	Settings Search	100	Outlook Express Renesas ¥	G	\| Flash Development Toolkit 3.3 🕨	14.00	Flash Development Toolkit 3.3 Basic Flash Development Toolkit 3.3
findows		Run	-				13 11	Help User Guide (PDF)
E	Start	Shut Down

Check Create a new project workspace, and click OK

Create a new project workspace にチェックを入れ、OK をクリックします。

Welcome!		?\| ×
Options:		OK
	Create a new project workspace	Cancel
æ	C Open a recent project workspace	Administration
6.
20	C Browse to another project workspace

Page 34

SR9600_MAIN_SUB_CPU is inputted into the Workspace

Workspace Name に SR9600_MAIN_SUB_CPU と入力しま

name. (It is simultaneously inputted into Project Name.) Click OK

す。(同時に Project Name にも入力されます。) OK をクリックします。

New Project Workspace		? ×
Projects
FDT Project Generator	Workspace Name: SR9600_MAIN_SUB_CPU Project Name: SR9600_MAIN_SUB_CPU Directory: C:\Program Files\Renesas\FDT3.3\Workspace CPU family: All Flash Devices Tool chain:	B rowse
Properties
	OK	Cancel

Choose the Generic BOOT Device in Select Device.

Select Device から Generic BOOT Device を選びクリックします。Next > をクリックします。

---------------------------------------

Click Next >.

Workspace Industrial Co	Select the device Select Device:	e you wish to use with this Generic BOOT Device SH/7052E	project fr
Target files CD.mot S Peyboard.me Comme.mot	Compiler Kernel Path Kernel Versi	SH/7053F SH/7054F SH/7055F SH/7058F SH/7065F	_
Device Image Target files Drive mot Data, mot		SH//144F SH/7145F Generic BOOT Device	F

Page 35

Ch∞se the Serial port No. in the Select Port.

Click Next >.

ommunications Port		ļ
Workspace Industrial Co	The FLASH Development Toolkit supports connection through the standard PC Serial port and the USB port. Use this page to select your desired communications port. All settings may be changed after the project is created.
Device Iroage Target files LCD.mot Keyboard.m	Select port:
Control Control Device Image Target files	Select an Interface type to connect to the target device with. Normally this will be "Direct Connection" or simply left blank.
Data,mot Algorithm,mi	Select Interface: Direct Connection

	< B ack N ext > Cancel

Click OK

OK をクリックします。

FLASH De	evelopment Toolkit X
	FDT will now attempt to connect to your generic device. Please ensure the board is connected, powered and in Boot mode.
	Cancel

The check of a device is performed automatically.

Query Generic Device	X
Booting Device
Sending Supported Devices Inquiry
Selecting Device
Sending Clock Mode Inquiry
Selecting Clock Mode
Sending Other Inquiries
ŪK.	Cancel

Page 36

Choose the HD64F2506 in Select a device. Click OK

Select a device から HD64F2506 を選びクリックします。 OK をクリックします。

Select Device		x
Select a device :	HD64F2506	-
	HD64F2552 HD64F2556
	HD64F2506

Choose the 0 in Select a clock. Click OK

Select a clock から 0 を選びクリックします。 OK をクリックします。

Select Clock Mode		×
Select a clock		•
	OK	Cancel

Click OK

OKをクリックします。

Query Gen	eric Device
s.	Booting Device
✓	Sending Supported Dev	rices Inquiry
×	Selecting Device	HD64F2506
×.	Sending Clock Mode In	quiry
×	Selecting Clock Mode	0
×	Sending Other Inquiries
		OK Cancel

Page 37

12.288 is inputted into the Enter the CPU crystal frequency Enter the CPU crystal frequency for the selected device: (C for the selected device.

12.288 と入力します。 Next > をクリックします。

Click Next >.

With the second s	Please enter the specific device opti	ions based on:
Contraction of the second	[HD64F2506] using [Pr	otocol C]
Display Device troage	Enter the CPU crystal frequency for the selected device:	12.288	Mhz
Comms mot	Enter the clock mode for the selected device:	0 *
Device Image Target files Drive mot	Select the multiplier for the Main clock frequency (CKM):	2 💌
Algorithm.mi	Select the multiplier for the Peripheral clock frequency (CKP):	v

Check Recommended Speeds and Use Defauit , and click Recommended Speeds と Use Defauit にチェックを入れて Next >.

Next >	・をクリ	ック	しま	₫.

Workspanne	changed after the Project has been created.
Display	C USER Program Mode
E Target files	Kernel already running
Keyboard.m Comms.mot Comms.mot Device Image Target files Onive.mot Data.mot Algorithm.me	In BOOT Program mode the device erases its FLASH prior to connection. The Toolkit downloads programming kernels to the device as required. The Recommended Speed setting is based on the current device and clock. The user may also input their own, if this is supported by the kernel (and the optional FDM). Recommended Speeds: DMOD Use Default Use Default

Page 38

Check the Automatic in Protection. Check the Advanced in Messaging. Click Finish ,

Protection から Automatic にチェックを入れます。 Messaging から Advanced にチェックを入れます。 Finish をクリックします。

Workspace 'Industrial Co	The FLASH Development Toolkit offers a device protection system, plus an advanced messaging level for use with hardwa and kernet development. What level of device protection would you like?
Device Iroage	Automatic C Interactive C None
Comms.mot	When programming the device, any blocks found to have bee written previously will automatically be erased.
E Totor Control Device Image Target files	What level of messaging would you like?
Drive mot	C Standard C Advanced
	The Toolkit will display verbose messages whenever it is communicating with the Target device. This mode is useful for Interface hardware development, and Kernel development.

以上で設定は完了です。

WRITING PROCEDURE FOR MAIN MICROPROCESSOR Right click on the SR9600_MAIN_SUB_CPU, and choose the Add Files... in a menu.

MAIN マイコンの書き込み方法

SR9600_MAIN_SUB_CPU を右クリックし、メニューから Add Files... を選びます。

SR9600_MAIN_SUB_CPU - Flash Dev File Edit View Project Tools Window	lopment Toolkit (Unsupported Freeware Version) Device Help	_IOX
		Σ 😫 🌒 🗍 User Area 🔄 🖌
	Add Files TNS
1 1	Remove Files
	Add Folder
Г	Allow Docking Hide
	Properties
Projects	Secies Current Project
ECC write received - 0	Pennave Projed
	Unicad Protect
changing band race to	Add Files From Kernel Dir
Attempting to finalise connect	cion to Generic HD64F25U6 device
Connection complete
		1
		-
	/ Find in Files /
Add file(s) to project	Default1 desktop	INS

Page 39

Add File(s)			?\|× \|
Look jn: 🔁	) software	- 🕈 🗄 (	* 🖩 •
Cs495xx_ 200M11A34 200M11A34 200M11A34	V0083ID 199800.mot 199F00.mot 199G00.mot
l File n ame:	00M11AJ499B00.mot		Add
Files of type:	Project Files		Cancel

Press right button of mouse on the 00M11AJ499Bxx.mot, and choose the Download File to [User Area] in a menu.

00M11AJ499Bxx.mot を右クリックし、メニューから Download File to [User Area]をクリックします。

SR9600_MAIN_SUB_CPU - Flash De File Edit View Project Tools Window	velopment Toolkit (Unsupported Freeware Version)	_0×
	-	User Area 🗵 🔎
G.Record Files ④ 00M11AJ499B00.m ④ 00M11AJ499F00.m	Open 00M11AJ499800.mot Add Files INS Remove Files
Projects	Allow Docking Hide Properties
ECC write received - 0 Changing baud rate to 3840	Display Block Usage Exclude 00M11AJ499B00.mot User Boot Area	.
Connection complete	Download File to [User Area] File Checksum Compare File->Device Checksum	-
	PU & Find in Files /	- INS

Page 40

Software is written into the MAIN microprocessor.

SR9600_MAIN_SUB_CPU - Flash Development To File Edit View Protect Tools Window Device Hel	oolkit (Unsupported Freeware Version)	-0×
	- - ● 「	21
SR9600_MAIN_SUB_CPU
Attempting to finalise connection to G	eneric HD64F2506 device	-
Connection complete Processing Data file :'C:\Documents and Operation on User Area Loaded the Write operation module Writing image to device [0x00000000 [FDT] SR9600_MAIN_SUB_CPU / Findin File	d Settings\w_kikuchi\Desktop\SR9600\software\00M11AJ499B00.mot' - 0x0005777F]
Writing to HD64F2506 on COM1		11.

The writing of software takes about 2 minutes. このソフトウェアの書き込み時間はおよそ2分です。

SR9600_MAIN_SUB_CPU - Flash Development Toolk	it (Unsupported Freeware V	ersion)
Eile Edit View Project Tools Window Device Help
	• 4 6 6 1 1 A	Ø∰ ₩ ₩Σ≌	🚳 User Area 🗾 🥖
SR9600_MAIN_SUB_CPU SR9600_MAIN_SUB_CPU S-Record Files OM11AJ499B00.mot OM11AJ499F00.mot
Projects	attingalır kikushil Deskt	w) SBOEDO) an Etware ) DO	W1121400800 mot 1
Operation on User Area	scordda Am ^_ wrwnour Aneswo	plakaonoiseremareine	MIIA0499500.moc.
Loaded the Write operation module			5 I
Writing image to device [0x00000000 - 0	)x0005777F]
Data programmed at the following positions	3:
349.88 K programmed in 108 seconds	10051100		B
Image successfully written to device			-

			-
[FDT] $R9600_MAIN_SUB_CPU / Find in Files /
Ready	Default1 desktop

Page 41

Click Device in the menu bar and select Disconnect.

Click File and choose Exit in menu, when ending writing

software

Disconnect the mains cable from the Unit.

Insert a thin rod to the hole near the MULTI RC terminal and push the switch inside to turn off the switch (Refer to 30 pege)

WRITING PROCEDURE FOR SUB MICROPROCESSOR

Disconnect the mains cable from the Unit.

Connect RS-232C on the rear panel of the Unit and Serial Port of windows PC with RS-232C cable.

Connect the mains cable into the Unit.

Launch up the writing software.

Click Start, Programs, Renesas, Flash Development Toolkit 3.3 and Flash Development Toolkit 3.3.

ソフトウェアを終了するときは File をクリックし、メニューから Exit をクリックします。電源コードを本機から外します。

細い棒を使い本機の MULTI RC 端子の右となりにある穴からスイッチを押して書き込みモードを解除します。(30ページ参照)

SUB マイコンの書き込み方法

電源ケーブルを本機から外します。 Windows PC の Serial Port と本機の RS-232C Port を RS-232C ケーブルで接続します。本機に電源ケーブルを接続します。 FDT を起動します。 Start → Programs → Renesas → Flash Development Toolkit 3.3 → Flash Development Toolkit 3.3. をクリックレ

Windows Update Accessories Programs Network Associates 3 Startup Documents 😹 Internet Explorer 题 Settings Call Outlook Express 🛱 Renesas Ъ 🕞 Flash Develo nt Toolkit 3.3 🕨 😤 Flash Development Toolkit 3.3 Basic Search P Flash Development Toolkit 3.3 Help 2 Help User Guide (PDF) The: Run Shut Down... Start 🔯 😹 😂

ます。

Page 42

Check Browse to another project workspace, and click OK.

Browse to another project workspace にチェックを入れ、 OK をクリックします。

Select the SR9600_MAIN_SUB_CPU.AWS and click Open. SR9600_

Open Worksp	ace				?\|×
Look in: 🕞	SR9600_MAIN_SUB_CPU	•	$= Ē
5R9600_M	IAIN_SUB_CPU IAIN_SUB_CPU.AWS

File n ame:	SR9600_MAIN_SUB_CPU.AWS			O pe	n
Files of type :	FDT Workspaces (*.aws)		•	Canc	el

SR9600_MAIN_SUB_CPUAWS を選択し、Open をクリッ

本機の電源を入れ、AUTO、MULTI SPEAKER、MEMORY の3 つのボタンを同時に 1.5 秒以上押し、書き込みモードにします。 INPUT SELECTOR を回し、FL Display に SUB CPU UPG RADE を表示させます。 ENTER ボタンを押して、LOADING MODE に確定します。

MEMORY button simultaneously more than 1.5 seconds. And turn on update mode. Turn the input selector until SUB CPU UPGRADE is

Turn on the Unit, and press AUTO, MULTI SPEAKER and

displayed on FL Display.

Press the ENTER button, and decides to LOADING MODE.

クします。

Page 43

Right click on the SR9600_MAIN_SUB_CPU, and choose the Add Files... in a menu.

Select the 00M11AJ499Fxx.mot, and click Add.

00M11AJ499Fxx.mot を選択し、Add をクリックします。

			?
Look jn: 🔁	j software	👻 🔶 🔁 I
	V0083ID
7 00ML1AJ4	199800.mot
200M11AJ	199900.mot




File n ame:	00M11AJ499F00.mot		Add
File n ame: Files of t ype:	00M11AJ499F00.mot Project Files		Add Cancel

Page 44

Press right button of mouse on the 00M11AJ499Fxx.mot . and choose the Download File to [User Area] in a menu.

00M11AJ499Fxx.mot を右クリックし、メニューから Download File to [User Area] をクリックします。

SR9600_MAIN_SUB_CPU - Flash De	evelopment Toolkit (Unsupported Free	ware Version)
Eile Edit Yiew Project Iools Windo	w D evice H elp
	- M & A 3	🖋 🧳 🖗 🖇 🗵 😫 🌒 User Area	• i
□ ③ SR9600_MAIN_SUB_CPU □ ⑤ SR9600_MAIN_SUB_CPU □ ⑥ Ø0M11AJ499B00.mo □ ⑥ Ø0M11AJ499F00.mo	Open 00M11A3499F00.mot Add Files INS
Projects	Remove Files Allow Docking Hide
Processing Data file : 'C:\ Operation on User Area Loaded the Write operation Writing image to device Data programmed at the fol H'00000000 - H'0005777F	Properties Display Block Usage Exclude 00M11AJ499F00.mot User Boot Area	esktop\SR9600\software\00M11AJ499B00.m	ot' 🔺
349.88 K programmed in 108 Image successfully written	Download File to [User Area] File Checksum Compare File->Device Checksum		-
FDT] $R9600_MAIN_SUB_C	PU / Find in Files /
ownload this target file	Default1 desktop	June June

Software is written into the SUB microprocessor The writing of software takes about 3 minutes.

書き込みが開始され左下にステータスパーが出ます。このソフトウェアの書き込み時間はおよそ3分です。

Page 45

Click Device in the menu bar and select Disconnect.

Click File and choose Exit in menu, when ending writing

software.

Disconnect the mains cable from the Unit.

ソフトウェアを終了するときは File をクリックし、メニューから Exit をクリックします。

電源コードを本機から外します。

Page 46

[C] UPDATE DSP FLASH MICROPROCESSOR PROCEDURE

NECESSARY EQUIPMENT

Windows PC (With Serial Port)
RS-232C Cable straight type (9 Pin female 9 Pin female)
Update Tool (UpgradeDSP_sr9600.exe)
Update data (00M11AJ499Dxx.mot)
NOTE: xx is a revision number.

CABLE CONNECTION

Disconnect the mains cable from the Unit. Connect RS-232C on the rear panel of the Unit and Serial Port of windows PC with RS-232C cable. Connect the mains cable into the Unit.

WRITING PROCEDURE FOR DSP FLASH MICROPROCESSOR

Turn on the Unit, and press AUTO , MULTI SPEAKER and MEMORY button simultaneously more than 1.5 seconds. And turn on update mode.

Turn the input selector until CS DSP CODE UPGRADE is displayed on FL Display.

Press the ENTER button, and decides to LOADING MODE. Launch up the writing software.

Double click cs495xx_V00831D folder. (A holder name may be changed by the version updated.)

[ DSP flash MICROPROCESSOR の書き換え方法 ] 必要機器 +Windows PC (Serial Port 付き )

RS-232C ストレートケーブル (9Pin メス 9Pin メス )
書き込み用アプリケーションツール (UpgradeDSP_sr9600.exe)
◆書き込み用データ (00M11AJ499Dxx.mot)

NOTE: xx は改版露号です。

ケーブル接続

電源ケーブルを本機から外します。 Windows PC の Serial Port と本機の RS-232C Port を RS-232C ケーブルで接続します。本機に電源ケーブルを接続します。

DSP Flash マイコンの書言込み方法

本機の電源を入れ 、AUTO、MULTI SPEAKER、MEMORY の3 つのボタンを同時に 1.5 秒以上押し、書き込みモードにします。 INPUT SELECTOR を回し、FL Display に CS DSP CODE UPG RADE を表示させます。

ENTER ボタンを押して、LOADING MODE に確定します。 Upgrade_sr9600.exe を起動します。

cs495xx_V0083ID フォルダーをダブルクリックします。(フォルダー名はアップデートのバージョンで変わることがあります。)

Page 47

Click Port setting

Port setting をクリックします。

JSP information file
DspSetting.inf





aud rate : 38400 💌
ud rate : 38400 💌	Port setting
aud rate : 38400 💽 Start communication	Port setting

Choose the Serial port No. in the COM Ports. Click OK

Settin	ig the COM p	iorts	×
- COł	A ports
	COM1 COM1 COM2 COM3

COM Ports. から接続する serial Port 翻号を選びクリックします。 OK をクリックします。

Page 48

Click Start communication.

Start communication をクリックします。

ECOM UpgradeDSP(SR9600)	×
DSP information file
DspSetting.inf




Baudirate: 38400 -	Port setting
	HELP
Send the DSP codes	Close
ck OK
ogradeDSP sr9600 ×
A
Wrong software group type. Continue the processing
ОК
	」 - OK をクリックします。
pgradeDSP_sr9600


OK
	·
other error messages appear, please check a cable nnection or writing mode, and redo the "launch up writing	- 6000、他のエリースタビーシが出たこさは、クーラルの接続 - 確認、および書き込みモードを確認し始めからやり直してくだ
ftware".	さい。
r example, the following	エラーメッセージ例
pgradeDSP_sr9600 ×
Failure of the serial port closing


pgradeDSP_sr9600


OK

Page 49

ECOM UpgradeDSP(SR9600) DSP information file
DspSetting.inf



aud rate 38400 💌	Rad setting
Start communication	HELP
Send the DSP codes	Class

Software is written into the DSP flash microprocessor. 書き込みが開始されステータスパーが出ます。 The writing of software takes about 7 minutes.

このソフトウェアの書き込み時間はおよそ7分です。

	5K9600)
DSP information file
DspSetting.inf
ransmitting the DSP cod	le pl2x_sd	a_495002_008_01_rc10.uld


	11520	bytes has been transmitted. (11592 bytes)
otal number of bytes :	11520 146304	bytes has been transmitted. (11592 bytes) bytes has been transmitted. (558468 bytes
otal number of bytes : Baud rate : 38400 💌	11520 146304	bytes has been transmitted. (11592 bytes) bytes has been transmitted. (558468 bytes Portsetting
otal number of bytes : Jaud rate : J38400 - Start commu	11520 146304	bytes has been transmitted. (11592 bytes) bytes has been transmitted. (558468 bytes Port setting HELP:

Click OK. And the writing software is shut down automatically. OK をクリックします。書き込みソフトウェアは自動的に終了。

します。

Upgradel	DSP_sr9600 X
⚠	Finished the DSP code transmitting
	OK

Disconnect the mains cable from the Unit.

電源コードを本機から外します。

Page 50

[D] UPDATE MRAC MICROPROCESSOR PROCEDURE

NECESSARY EQUIPMENT

· Windows PC (With Serial Port)
RS-232C Cable straight type (9 Pin female 9 Pin female)
· Update Tool (FDT)
Update data (00M11AJ499Gxx.mot)

NOTE: xx is a revision number.

CABLE CONNECTION

Disconnect the mains cable from the Unit. Connect RS-232C on the rear panel of the Unit and Serial Port of windows PC with RS-232C cable. Connect the mains cable into the Unit.

THE WRITING SOFTWARE SETUP PROCEDURE

Launch up the writing software.

Click Start, Programs, Renesas, Flash Development Toolkit 3.3 and Flash Development Toolkit 3.3.

[MRAC MICROPROCESSOR の書き換え方法] 必要機器

•Windows PC (Serial Port 付き)

・RS-232C ストレートケーブル (9Pin メス 9Pin メス)
・書き込み用アプリケーションツール (FDT)
・書き込み用データ (00M11AJ499Gxx.mot) NOTE: xx は改版番号です。

ケーブル接続

電源ケーブルを本機から外します。 Windows PC の Serial Port と本機の RS-232C Port を RS-232C ケーブルで接続します。本機に電源ケーブルを接続します。

言言込みソフトウェアの設定

FDTを起動します。

Start → Programs → Renesas → Flash Development Toolkit 3.3 → Flash Development Toolkit 3.3. をクリックします。

Check Create a new project workspace, and click OK.

Create a new project workspace にチェックを入れ、OK を

Page 51

SR9600_MRAC is inputted into the Workspace name. (It is simultaneously inputted into Project Name.) Click OK

Workspace Name に SR9600_MRAC と入力します。 (同時に Project Name にも入力されます。) OK をクリックします。

New Project Workspace		? ×
Projects
FDT Project Generator	Workspace Name: SR9600_MRAC Project Name: SR9600_MRAC Directory: C:\Program Files\Renesas\FDT3.3\Workspac CPU family: All Flash Devices ▼ Tool chain:	B rowse
Properties
	OK	Cancel

Choose the H8/36049F in Select Device.

Select Device から H8/36049F を選びクリックします。

Next > をクリックします。

Click Next >,

Workspace Industrial Co Workspace Industrial Co Display Device Image LCD. mot LCD. mot Comme.mot Device Image Target file Device Image Device Image Device Image Device Image Device Image	The FLASH Dev FLASH devices. Select the device Select Device: Protocol Compiler Kernel Path Kernel Vers	elopment Toolkit st e you wish to use v H8/36049F H8/36034F H8/36034F H8/36054F H8/36054F H8/36054F H8/3664F H8/3664F H8/3664F H8/3670F	upports a numbe with this project fr	r of Renesas om the list Other s\FDT3.3\Ker
	.

Page 52

Choose the Serial port No , in the Select Port. Click Next >.

Communications Port	The ELASH Development Toolkit supports connection through	×
Workspace Industrial Cr	the standard PC Serial port and the USB port. Use this page to select your desired communications port. All settings may be changed after the project is created.
Device Image Target files LCD.mot Keyboard.me	Select port:
Motor Control Device Image Target files	Select an Interface type to connect to the target device with. Normally this will be "Direct Connection" or simply left blank.
Deive mot Data,mot Data,mot	Select Interface:
	< B ack N ext> Cancel

16 is inputted into the Enter the CPU crystal frequency for the selected device.

Enter the CPU crystal frequency for the selected device: (ご 16 と入力します。 Next > をクリックします。

1-11

Click Next >.

[H8/36049F] using [	Protocol B]
Enter the CPU crystal frequency for the selected device:	16 Mhz
Comment of the selected device:	NONE
Select the multiplier for the Main clock frequency (CKM):	1 7
Select the multiplier for the Peripheral clock frequency (CKP):	~

Page 53

Check the BOOT Mode in Select Connection.

Next >.

Check Recommended Speeds and Use Default, and click

Select Connection から BOOT Mode にチェックを入れます。 Recommended Speeds と Use Default にチェックを入れて

Next > をクリックします。

Workspace Industrial Cr
Display
Device Image
Target files
LGD.mot
Keyboard.m
Comms.mot
Device Image
Device Image
Device Image
Device Image
Device Image
Device Image
Device Image
Algorithm.m

number of different ways. All the options on this page may be
changed after the Project has been created.
Select Connection:
© BOOT Mode
© USER Program Mode
© Kernel already running
In BOOT Program mode the device erases its FLASH prior to
connection. The Toolkit downloads programming kernels to the
device as required.
The Recommended Speed setting is based on the current device
and clock. The user may also input their own, if this is supported
by the kernel (and the optional FDM).
© Recommended Speeds:
© Use
Use
Default

Louis and same

C User Specified:

Check the Automatic in Protection. Check the Advanced in Messaging.

Protection から Automatic にチェックを入れます。 Messaging から Advanced にチェックを入れます。 ੋ7 ⊂ੱ∮∝

Works paces of the	The FLASH Development Toolkit offers a device protection system, plus an advanced messaging level for use with hardware and kernel development.
Workspace Industry	What level of device protection would you like?
管相同 Display	Protection
Device Iroage	Automatic C Interactive None
Commit S Commit Met	When programming the device, any blocks found to have been written previously will automatically be erased.
Device Image	What level of messaging would you like?
Dela, mot	C Standard C Advanced
	The Toolkit will display verbose messages whenever it is communicating with the Target device. This mode is useful for Interface hardware development, and Kernel development.

Page 54

WRITING PROCEDURE FOR MRAC MICROPROCESSOR Turn on the Unit, and press AUTO, MULTI SPEAKER and MEMORY button simultaneously more than 1.5 seconds. And turn on update mode,

Turn the input selector until MRAC CPU UPGRADE is displayed on FL Display.

Press the ENTER button, and decides to LOADING MODE. Right click on the SR9600_MRAC, and choose the Add Files... in a menu.

MRAC マイコンの書き込み方法

本機の電源を入れ、AUTO、MULTI SPEAKER、MEMORY の3 つのボタンを同時に 1.5 秒以上押し、書き込みモードにします。 INPUT SELECTOR を回し、FL Display に MRAC CPU UPGRADE を表示させます。 ENTER ボタンを押して、LOADING MODE に確定します。

SR9600_MRAC を右クリックし、メニューから Add Files... を選びます。

SR9600_MRAC - Flash File Edit View Project	Development Toolkit (Unsi Tools Window Device Help	ipported Freeware Yersion)
	=1×1	• # # % # #	B ^a ∰ ≫ Σ 😳 🌒 ∐uatrAtr	• I /
☐ · ③ SR9600_MRAC · ⓐ SR9600_M	Add Files Remove Files Add Folder
	Allow Docking Hide
	Properties
This is an unsup FDT API initiali	Set as Current Project Remove Project Unload Project
	Add Files From Kernel Dir
	_MRAC / Find in Files /
Add file(s) to project		Default1 desktop		IN5 / //

Select the 00M11AJ499Gxx.mot, and click Add.

00M11AJ499Gxx.mot を選択し、Add をクリックします。

Add File(s)			? ×
Look in: 🔂	software	• 🔁 c	* == *
CI cs495xx_V	/0083ID
7 00M11A34	199F00.mot
900M11A34	199G00.mot


File n ame:	00M11AJ499G00.mot		Add
Files of type:	Project Files	•	Cancel
	E Relative Path		1

Page 55

Press right button of mouse on the 00M11AJ499Gxx.mot, and choose the Download File in a menu.

00M11AJ499Gxx.mot を右クリックし、	メニューから
Download File をクリックします。

SR9600_MRAC - Flash De File Edit View Project Too	velopment Toolkit (Unsupport Ils Window Device Help	ed Freeware Versi	m)		_
Image: State Stat		™ & % ∥≯	1.004	- Σ 🕸	Ares.
	Open 00M11AJ499G00.mot Add Files Remove Files Allow Docking Hide	INS
This is an unsuppo FDT API initialise	Properties Display Block Usage Exclude 00M11AJ499G00.mot User Boot Ares
	Download File File Checksum Compare File->Device Checksum
Download this target file	A card arcaes 1	Default1 desktop			INS

Software is written into the MRAC microprocessor. The writing of software takes about 35 seconds. Click Device in the menu bar and select Disconnect.

書き込みが開始され左下にステータスバーが出ます。このソフトウェアの書き込み時間はおよそ 35 秒です。 Device をクリックし、メニューから Disconnect をクリックします。

SR9600_MRAC - Flash Developme	nt Toolkit (Unsupported Free	ware Version)		그미즈
Eile Edit View Project Tools Windo	w D evice H elp
	Connect to Service	⊊R\|+AE+C	हुँ* ¥ कि Σ ≌ ● Use Area
SR9600_MRAC SR9600_MRAC SR9600_MRAC S-Record Files 00M11AJ49	② Erase FLASH Blocks ③ Erase FLASH Blocks ③ Erase FLASH Blocks ④ Upload Image ④ Download Active File ∑ FLASH Checksum ③ Go From Address ④ Cancel Operation	Ctrl+Alt+E Ctrl+Alt+B Ctrl+Alt+U Ctrl+Alt+P Ctrl+Alt+S Ctrl+Alt+G (ctrl+Break
	Flash Area for Non-Write O	ps	•
Projects	Configure Flash Project	Alt+Shift+R
Processing Data file :'C:\D Operation on User Area Downloaded the operation mo Writing image to device Data programmed at the foll H'00000000 - H'00016FFF 92 K programmed in 31 secon Image successfully written	ocuments and Settings\w_k dule [0x00000000 - 0x00016FFF] owing positions: Length : H'00817000 ds to device	χıkuchı\Deskto	op\SR9600\software\00M11AJ499G00.m
Find [FDT] SR9600_MRAC Find	Lin Files /
Disconnect from the device	Defau	lt1 desktop		- [ . //.

Click File and choose Exit in menu, when ending writing

software.

Disconnect the mains cable from the Unit.

ソフトウェアを終了するときは File をクリックし、メニューから Exit をクリックします。電源コードを本機から外します。

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PS14 -2/3

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PD14-1/2

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P114

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P214

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P314, P324

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H-PROTECT PWB P264 00MWA12AJ206-

Only PWB

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VIDEO DECODER PF14 00MWG11AJB01-

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PF14-4/4

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P514-1/4

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P514-2/4

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PV24-2/2

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PX14

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PW24

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PC34

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PC14, PC54, PC64, PC84, PP34, PP44, PP74, P894, PPB4

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10. PARTS LOCATION

PC14B, PC54B

鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu)

Page 88

鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 89

C8P1 A2 J8P1 B2 S8P1 A1 U200 B1 U201 A1

鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 90

P114R

+	17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
H
F
E
D
в
A	Image
C100 C100 C100 C100 C100 C100 C100 C100	1916 C304 C6 D104 E15 D402 C2 Q100 C16 Q365 C7 Q418 E4 F128 D14 R22 C10 R34 A10 R32 E6 R409 D3 R439 E4 U115 C10 U143 D12 U170 B14 U2 F1 U36 A4 U62 F6 U50 B2 U37 B4 U53 B5 U50 B51 D404 E3 Q110 C13 Q309 C6 R102 C15 R31 D16 R22 D17 R23 D17 R23 D17 R32 D17
-

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 91

Lead-free Solder

When soldering, use the Lead-free Solder (Sn-Ag-Cu)

P214B

Page 92

Q211 A1 W211 A1

鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

P134B, P144B, P154B, P164B, P224B, P234B, P244B, P254B 128

Page 93

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu)

Page 94

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 95

CF01 H11 CF02 H9 CF03 H7 CF04 H5 CF05 H12 CF06 H11 CF07 H10 CF78 F11 CFH6 RFP5 F2 RFP6 E2 RFP7 F2 RFP8 E2 BEP9 F2 B5 C5 D6 RF70 RF71 BF72 RFP9 F2 RFQ1 E2 BEO2 E2 CF82 E11 CF83 E11 CFJ1 D6 CFJ2 C6 A9 A9 QF72 QF81 QF82 CF07 H10 CF08 H9 CF09 H9 CF10 H8 CF84 CF85 CFJ3 C6 CFJ4 C6 CEM1 D4 FF03 A9 FF04 A10 JF01 H10 QF82 QF83 QF84 QF85 RF72 RF73 BE74 RFQ2 F2 RFQ3 E1 RFQ4 E2 CF86 C7 CFM1 D4 CFM2 D5 CFM3 D5 CFM4 D5 RF74 RF75 RF76 BF77 JE01 H10 BEQ5 E2 CF10 CF11 CF12 CFA1 D5 CFA2 D5 CFA3 D5 но Н6 Н4 QF85 QF86 QF87 RFQ6 E2 BE07 E2 CFA3 D5 CFA4 C5 CFA5 D5 010 010 08 RF78 E6 H6 CFM4 CFM5 CFM6 QF87 QF88 QF89 RFQ7 E2 RFQ8 E2 BE09 E2 н5 Н5 ци CFM6 E5 CFM7 E6 JF06 H2 B11 A5 D6 QF89 QF90 D8 D8 RFQ9 E2 RFR1 E2 RFR2 E1 RFR2 E1 CFA7 C5 RF81 E8 GIO G10 G10 CFA8 C5 CFA9 D6 CFB1 D6 CFM9 CFN1 CFN2 E5 E5 E6 RF01 H11 BE02 H11 RF82 E8 RF83 F8 RF84 F8 RFR4 D2 BFB5 E2 G6 G9 G8 CFB2 D6 CFB3 D6 CFB4 D6 CFN2 E6 CFN3 E5 LF13 LF14 LF15 RF02 H11 RF03 H10 RF04 H9 BF05 H8 RF84 RF85 E8 E8 RFR5 E2 RFR6 D2 RFR7 D2 BFB8 D2 CFN5 CFN6 CFN7 H8 H8 H7 RFR9 D2 RFR9 D2 RFS1 D1 CFB5 RF06 BF07 CFN/ E4 CFN8 E4 CFN9 E5 CFP1 D3 CFP2 D3 CFP3 D3 G9 G9 G5 G4 CFB6 C3 CFB7 C3 CFB8 C3 LF21 LF22 LF23 LF24 LF25 LF31 RF07 RF08 H7 H6 RFS1 D1 RFS2 D1 BFS3 F4 F9 F8 RF09 H6 RF10 H5 RF11 H4 BF12 H4 CFB8 C3 CFB9 C3 CFC1 E6 CFC2 E6 RFS3 RFV1 G4 G5 D1 F10 E9 E8 REV2 C8 CFP3 CFP4 CFP5 RF12 n-RF13 H11 RF14 G11 RF94 RF95 RF96 RFV3 C9 RFV4 C10 BEV5 C10 E6 E8 G5 G5 CFP5 CFP6 CFP7 CFP8 E2 E2 LF33 LF34 LF35 LF36 D9 C9 D11 G11 RF14 G1 RF15 H9 RF16 G9 RF17 H7 RF18 G7 RF19 H5 E8 REV5 C10 REV7 C10 Ē6 CF33 CF34 CF35 CF36 RFV7 C10 RFV8 E10 BEV9 E10 QF01 BEW1 D9 G11 G9 G7 RF20 G5 RFW2 D9 RFW3 D9 CF38 G4 CF39 G4 CF40 G3 CF41 G3 CF42 G2 CF43 G2 CFD2 E7 CFD3 E7 CFD4 E7 CFD5 E7 CFQ3 E1 CFQ4 F1 CFQ5 E2 CFQ6 E2 CFQ7 E2 CFQ8 F1 QF03 G7 QF04 G5 QF05 G10 QF06 G6 QF07 G3 QF08 G1 RF21 G10 RF22 G10 RF23 G6 RF24 G6 RF25 F2 RF26 H3 RFA4 RFA5 RFA6 E9 E8 E9 RFW3 D9 RFW4 C9 RFW5 C9 RFW5 C9 CFD6 E7 CFD7 D7 RFW7 C9 BFW8 C9 CFD7 D7 CFD8 E7 CFD9 E7 CFQ8 CFQ9 CFB1 QF08 QF09 G7 G8 RF27 BF28 RFW9 C10 BEX1 C9 B4 CF45 CF46 CF47 CF48 CF49 CE50 G2 CFD9 E7 CFR2 CFR3 QF10 G8 QF11 G6 QF12 B10 QF13 F11 RF20 H3 RF30 H2 RF31 H2 RFB3 B4 RFB4 E8 RFB5 F8 RFX2 C10 CFE2 F8 RFX3 C9 BFX4 C9 CFR4 CFR5 CFV1 RFX4 C9 RFX5 C10 RFX6 C10 CFE4 E8 CFE5 E8 RF32 G6 Ē1 C8 CFE5 E8 CFE6 E8 C8 C9 QF31 QF32 QF33 B9 F11 F11 RFX7 C10 RFX8 C10 RFX9 C10 RFX9 C10 BFY1 C11 CFE8 E8 CFV3 C9 CFV4 C9 CFV5 C9 CFV6 C11 CFV7 C11 CFV8 F10 QF33 D6 QF34 D3 QF35 C3 QF36 F7 RF35 RF36 BE37 CFE9 E8 CF54 G1 CF55 F2 CF56 G2 CF57 G3 RF37 F11 RF38 E11 RFC2 E8 RFY3 D10 RFY4 D8 RFY5 D8 CFF2 E8 CFF3 E8 QF37 E8 QF38 F8 RF39 RF40 CFF3 E8 CFF4 E9 CFF5 C3 CFV8 F10 CFV9 F10 CFW1 D9 RF40 RF41 RF42 G3 CF59 G3 CF60 G2 CF61 G2 CF62 G2 CF63 H3 CF64 H3 CFF5 C3 CFF6 C3 CFF7 C3 CFW1 D9 CFW2 D9 QF40 F9 RF43 G11 RF44 G9 RF45 G7 RFM5 E4 RFZ1 G11 RFZ2 G11 RFZ3 G11 CFF7 C3 CFW3 D9 CFW4 C9 RFM6 E4 RFM7 E4 CFF9 C4 CFG1 C4 CFW5 C9 CFW6 C9 QF44 QF44 QF45 E9 C4 RF46 RF47 RFZ4 F11 XF01 F11 G5 G2 CF65 H2 CF66 H2 CF67 H1 CF68 H2 CF69 G7 CFW7 C9 CFW8 C10 QF45 QF46 QF47 RF48 G2 BF49 G3 RFN1 E5 RFN2 E5 RFN3 E5 RFN4 D2 RFN5 D2 XF01 F1 XF11 B4 XF12 B3 XF13 B3 XF21 E5 XF31 D8 CFG4 C4 CFW9 C9 QF47 QF48 RF50 G3 RF51 G3 CFG5 B3 CFG6 B3 CFX1 C10 CFX2 C10 QF49 C3 QF50 B4 RF51 G3 RF52 G3 CFG7 B4 CFG8 B4 CFX3 C9 CFX4 D10 QF51 QF61 RF53 F11 RF54 C8 XF32 D8 G7 G8 CFG9 B4 CFH1 B4 QF62 QF63 RF55 BF61 RFN8 E3 BFN9 E3 A10 CFH2 C4 CFX7 D11 QF63 E3 RF62 D5 RFP1 E3 B10 B9 CFH3 B4 CFH4 B4 CFX8 C10 CFX9 D9 QF65 F4 QF66 F2 RF63 D5 RF64 D5 E11 CFH5 C4 CFY1 D9 QF67 F2 RF65 D6 RFP4 F4

鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 96

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu)

Page 97

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 98

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 99

12

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DE01 G98 DE02 G97 DE02 G97 DE05 H9 DE05 H9 DE05 H9 DE07 B8 DE01 H7 DE067 B9 DE01 H7 DE12 H7 DE13 H7 DE12 H7 DE14 H6 DE113 H7 DE114 H6 DE117 F7 DE060 G4 DE112 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE119 H7 DE11
CJ44 E4 CJ45 E4 CJ45 E4 CJ46 E4 CJ46 E4 CJ47 E3 CJ57 E3 CJ57 E3 CJ55 E3 CJ55 E3 CJ55 E3 CJ55 E3 CJ55 E3 CJ55 E3 CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
E98 88 8 D 88 7 D 88 8 7 D 7 T 88 7 8 0 7 7 100 CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
CG11 F4 CG12 F3 CG13 G3 CG14 G3 CG14 G3 CG15 F4 CG20 G4 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG22 G5 CG23 G4 CG33 G3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG33 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F3 CG35 F
CE03 F98 999 F87 G67 F7 F89 99 968 77 G67 F7 F8 98
D01 C10 D02 C10 D03 D10 D04 D10 D05 D11 D06 C10 D07 C9 D08 C9 D11 D9 D12 C9 D13 C8 D14 C8 D15 D8 D16 C7 D20 C7 D212 D7 D22 D7 D23 D7 D24 C7 D25 C6 D203 C7 D24 C7 D25 C6 D204 D7 D25 C6 D203 C7 D24 C7 D25 D33 D34 D5 D35 D5 D36 C5 D37 C4 D44 C2 D55 C9 D57 C10 D58 B8

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

Page 100

RD14 D4 RE66 I7 RD15 B3 RE67 J8 RD16 D3 RE68 J7 RD17 C11 RE69 K8 RD18 C11 RE70 J7 RD21 C8 RE71 J9 RD22 C7 RE72 J9 RD23 C4 RE73 K9 RD24 C3 RE74 J9 RD25 C11 RE75 J9 RD26 C11 RE75 J9 RD26 C11 RE75 J9 RD31 C10 RE78 J9 RD32 C9 RE79 K9 RD35 C6 RE80 J8 RD36 C5 RE81 K7 RD41 B7 RE82 J7 RD42 B8 RE83 J7 RD43 B7 RE84 J7 RD43 B7 RE84 J7 RD44 B6 RE85 J7 RD44 B6 RE85 J7 RD44 B6 RE85 J7 RD45 B6 RE88 J7 RD46 B6 RE87 K7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD46 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD46 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RD47 B6 RE88 J7 RD47 B6 RE88 J7 RD46 B6 RE88 J7 RE01 G9 RE93 H9 RE02 G8 RE93 E1 RE03 G9 RE95 H9 RE04 G8 RE96 H9 RE05 F9 RE97 H8 RE06 F3 RE42 J8 RE07 F3 RE41 K6 RE08 F3 RE42 J8 RE01 F9 RE97 H8 RE06 F8 RE98 H7 RE07 F3 RE41 K6 RE08 F3 RE42 J8 RE01 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F3 RE42 J8 RE10 F4 RE43 J9 RG31 H9 RG11 F5 RE53 H9 RG31 G4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG17 F4 RE33 H9 RG31 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J9 RG33 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J9 RG33 H6 RE45 H7 RG34 H6 RE46 J9 RG33 H6 RE46 J9 RG33 H6 RE46 J9 RG33 H6 RE46 J9 RG34 H6 RE46 J9 RG34 H6 RE46 J9 RG34 H6 RE47 H7 RG38 H6 RE46 J9 RG34 H6 RE46 J9 RG34 H6 RE47 H7 RG34 H6 RE47 H7 RG34 H6 RE47 H7 RG34 H6 RE47 H7 RG34 H6 RE47 H7 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J8 RG34 H6 RE44 J	RG54 H3 RG55 H4 RG55 H4 RG55 H4 RG55 H4 RG55 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG57 H4 RG663 H3 RG661 H4 RG662 H3 RG667 J4 RG667 J4 RG677 J4 RG677 J4 RG677 J4 RG677 J4 RG774 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 J4 RG778 H3 RG788 J5 RG880 J5 RG881 J5 RG882 J5 RG887 J5 RG887 J5 RG887 J5 RG996 H5 RG997 H4 RG998 H3 RG998 H3 RG996 H5 RG998 H3 RG996 H5 RG998 H3 RG996 H5 RG998 H3 RG996 H5 RG998 H3 RG996 H5 RG997 H4 RH00 D10 RH00 D10 RH00 D10 RH00 D10 RH10 D10 RH112 D11 RH113 E9 RH117 E9 RH118 E110 RH122 E11 RH122 E10 RH223 E10 RH224 E10 RH224 E10 RH225 E9 RH36 D10 RH313 D9 RH326 E10 RH37 D10 RH37 D10 RH38 D10 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH39 D9 RH34 E10 RH44 E11 RH44 E11 RH44 E11 RH44 E11 RH44 E11 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44 E10 RH44	RH47 D8 RH48 D9 RH48 D9 RH48 D9 RH50 D8 RH51 D8 RH52 D8 RH52 D8 RH55 D9 RH51 D8 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55 D9 RH55	RJ27 E5 RJ28 E6 RJ27 E5 RJ28 E6 RJ27 E5 RJ28 E6 RJ28 E6 RJ27 E5 RJ28 E6 RJ28 E6 RJ27 E5 RJ28 E6 RJ28 E6 RJ27 E5 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E6 RJ28 E7 RJ28 E6 RJ28 E7 RJ28 E6 RJ28 E7 RJ28 E6 RJ28 E7 RJ28 E7 RJ28 E6 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28 E7 RJ28	RQ10 \|10 RQ11 \|10 RQ12 J11 RQ13 J11 RQ14 J11 RQ16 \|10 RQ17 H10 RQ18 \|11 RQ20 \|11 RQ21 H11 RQ22 H10 RQ23 H10 RQ23 H10 RQ24 H11 RQ25 H11 RQ26 H11 RQ26 H11 RQ26 K10 RQ55 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 K10 RQ56 H2 RY31 G2 RY33 G2 RY34 H2 RY35 H2 RY36 H2 RY37 H2 RY38 G2 STA1 L1 WD01 H1

Lead-free Solder

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

MARANTZ SR-9600 SERVICE MANUAL

Service Manual

marantz®

MARANTZ DESIGN AND SERVICE

ORDERING PARTS :

SHOCK, FIRE HAZARD SERVICE TEST :

1. TECHNICAL SPECIFICATIONS

FM TUNER SECTION

AM TUNER SECTION

AUDIO SECTION

VID

GENERAL

ACCESSORIES

The relation between the selected surround mode and the input signal

Notes:

Abbreviations

ご注意

略語

2. TECHNICAL DESCRIPTION AND SERVICE HINTS

A.S.A. (Advanced Speaker Array)

B.G.C. (Boundary Gain Compensation)

THX SURROUND EX

About Dolby Pro Logic IIx

SERVICE HINTS

AVSS Function Check (P314 PWB)

Cooling Fan Check (P254 PWB)

AVSS Function Check (P314 PWB)

Cooling Fan Check (P254 PWB)

Overheat Protection Check (P254 PWB)

Overheat Protection Check (P254 PWB)

3. POWER AMPLIFIER ADJUSTMENT

Idling Current Alignment

Time Table of Idling Current Rise

4. SERVICE MODE

Product Reset

DSP CODE 01 03090103

5. SYSTEM ERROR

1. Trouble in DSP

2. Trouble in EEP-ROM

3 Trouble in EEP-BOM IE

4. Trouble in RS-232C

5. Trouble in 5V Supply

6. Trouble in Protection

7. Trouble in between Main CPU and Sub CPU

8. Trouble in between Main CPU and FL CPU

9. Trouble in between Sub CPU and MBAC CPU.

1. DSP 異常検出表示。

2. EEP-ROM 異常検出表示。

3. EEP-ROM IF 異常検出表示。

4. BS-232C 異堂検出表示。

10. Trouble in between Sub CPU and 1394 CPU

11. Trouble in FUJITSU DSP

12. Trouble in DSP

10. Sub CPU と 1394 CPU 間の異常検出表示

11. FUJITSU DSP 異常検出表示

12. DSP 異常検出表示

6. UPDATE FIRMWARE [A] DOWNLOAD AND INSTALL UPDATING SOFTWARE FOR MICROPROCESSOR

DOWNLOADS OF THE SOFTWARE

DOWNLOADS OF THE SOFTWARE

Click the Software download for tools on Support

Support のページから Software download for tools をクリ

Click Evaluation Software.

Click Flash and PROM Programming.

Click Flash Development Toolkit.

fdtv30300.exe を任意のフォルダに保存します。

INSTALLS OF THE SOFTWARE (FLASH DEVELOPMENT INSTALLS OF THE SOFTWARE (FLASH DEVELOPMENT.

TOOLKIT VER.3.3)

TOOLKITVER.3.3)

[B] UPDATE MAIN AND SUB MICROPROCESSOR PROCEDURE

NECESSARY FOLIPMENT

CABLE CONNECTION

WRITING MODE (MAIN ONLY)

[MAIN AND SUB MICROPROCESSOR の書き換え方法] 必要機器

ケーブル接続

書き込みモード (MAIN マイコンのみ)

THE WRITING SOFTWARE SETUP PROCEDURE.

Click Start, Programs, Renesas, Flash Development Toolkit 3.3 and Flash Development Toolkit 3.3

書き込みソフトウェアの設定

Start → Programs → Renesas → Flash Development Toolkit 3.3 → Flash Development Toolkit 3.3 をクリックし ます。

Create a new project workspace にチェックを入れ、OK を クリックします。

Start → Programs → Renesas → Flash Development Toolkit 3.3 → Flash Development Toolkit 3.3 をクリックします。

Create a new project workspace にチェックを入れ、OK をクリックします。