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– 7 –

P

A R T S

  L

I S T

DESIGNATOR

VALUE

PART #

R213

220, 1/4W, 5%

RM/4-221C

R214

220, 1/4W, 5%

RM/4-221C

R215

10k, 1/4W, 5%

RM/4-103C

P1, P101

200, Trim Pot

RVH-201

P2, P202

200 Trim Pot

RVH-201

D1, D101

BAV99L

SS-260SM

D2, D102

BAV99L

SS-260SM

D3, D103

BAV99L

SS-260SM

D4, D104

BAV99L

SS-260SM

D5, D105

BAV99L

SS-260SM

D6, D106

BAV99L

SS-260SM

D7, D107

BAV99L

SS-260SM

D201

1N5245B 15V

SS-212

D202

BAV99L

SS-260SM

D203

1N5245B 15V

SS-212

D204

1N5245B 15V

SS-212

U1, U101

NPDS5566

SS-0865

U9, U109

NPDS5566

SS-0865

U201

TL072CD

SS-143SM

U202

LM337

SS-240-056

U203

LM317

SS-240-056

C1, C101

330pF, 500V

CM-331-024

C2, C102

330pF, 500V

CM-331-024

C3, C103

0.47

µ

F, 50V

CYV-474

C4, C104

0.1

µ

F, 50V

CYV-104-024

C5, C105

100

µ

F, 50V

CER-107C-024

C6, C106

0.1

µ

F, 50V

CYV-104-024

C7, C107

100

µ

F, 50V

CER-107C-024

C8, C108

0.1

µ

F, 50V

CYV-104-024

C9, C109

0.1

µ

F, 50V

CYV-104-024

C10, C110

7pF, 500V

CM-070-024

C11, C111

100pF, 500V

CM-101-024

C12, C112

100pF, 500V

CM-101-024

C13, C113

0.047

µ

F, 50V

CYV-473-024

C14, C114

22pF, 500V

CM-220-024

C15, C115

680pF, 500V

CM-681-024

C16, C116

47pF, 500V

CM-470-024

C17, C117

4.7

µ

F, 160V

CPP-475MC

C18, C118

4.7

µ

F, 160V

CPP-475MC

C19, C119

20,000

µ

F, 100V

CER-209E

C20, C120

20,000

µ

F, 100V

CER-209E

C21

0.01

µ

F, 1000V

CD-103/20-024

C201, 202

0.1

µ

F, 50V

CDS-104CCDB

C203

1000

µ

F, 50V

CER-108C-024

C204

1000

µ

F, 50V

CER-108C-024

C205

0.1

µ

F, 50V

CYV-104-024

C206

0.1

µ

F, 50V

CYV-104-024

C207

100

µ

F, 50V

CER-107C-024

C208

100

µ

F, 50V

CER-107C-024

C209

10

µ

F, 50V

CER-106C-024

C210

4.7

µ

F, 160V

CTR-475A-024

C211

4.7

µ

F, 160V

CTR-475A-024

C215

0.01

µ

F, 1600V

CD-103A-024

SW1

DPDT Switch

SW-0280

SW2

DPDT Switch

SW-0280

SW3

DPDT Switch

SW-0280

S201

Power Switch

SWH-152B

TS-201

Inrush Limiter

SSH-618

Q2, Q102

MMBT5088L

SS-0114

Q3, Q103

MMBT5088L

SS-0114

Q4, Q104

MMBT5088L

SS-0114

Q5, Q105

MMBT5087L

SS-0115

Q6, Q106

MMBT5088L

SS-0114

Q7, Q107

MMBT5087L

SS-0115

DESIGNATOR

VALUE

PART #

ALL RESISTORS IN OHMS

R1, R101

47.5k, 1/4W, 1%

RM/4-4752C

R2, R102

47.5k, 1/4W, 1%

RM/4-4752C

R3, R103

1k, 1/4W, 5%

RM/4-102C

R4, R104

1k, 1/4W, 5%

RM/4-102C

R5, R105

2.2M, 1/4W, 5%

RM/4-225C

R6, R106

100, 1/4W, 5%

RM/4-101C

R7, R107

22k, 1/4W, 5%

RM/4-223C

R8, R108

100, 1/4W, 5%

RM/4-101C

R9, R109

100, 1/4W, 5%

RM/4-101C

R10, R110

332, 1/4W, 1%

RM/4-3320C

R11, R111

100, 1/4W, 5%

RM/4-101C

R12, R112

332, 1/4W, 1%

RM/4-3320C

R13, R113

22.1, 1/4W, 1%

RM/4-0221C

R14, R114

22.1, 1/4W, 1%

RM/4-0221C

R15, R115

22.1, 1/4W, 1%

RM/4-0221C

R16, R116

22.1, 1/4W, 1%

RM/4-0221C

R17, R117

1k, 1/4W, 5%

RM/4-102C

R18, R118

28k, 1/4W, 1%

RM/4-2802-03

R19, R119

909, 1/4W, 1%

RM/4-9090C

R20, R120

100, 1/4W, 5%

RM/4-101C

R21, R121

332, 1/4W, 1%

RM/4-3320C

R22, R122

475, 1/4W, 1%

RM/4-4750C

R23, R123

332, 1/4W, 1%

RM/4-3320C

R24, R124

56, 1/4W, 5%

RM/4-560C

R25, R125

56, 1/4W, 5%

RM/4-560C

R26, R126

3.32k, 1/4W, 1%

RM/4-3321C

R27, R127

2k, 1/4W, 5%

RM/4-202C

R28, R128

10k, 1/4W, 5%

RM/4-103C

R29, R129

100, 1/4W, 5%

RM/4-101C

R30, R130

1k, 1/4W, 5%

RM/4-102C

R31, R131

100, 1/4W, 5%

RM/4-101C

R32, R132

100, 1/4W, 5%

RM/4-101C

R33, R133

2k, 1/4W, 5%

RM/4-202C

R34, R134

1k, 1/4W, 5%

RM/4-102C

R35, R135

1k, 1/4W, 5%

RM/4-102C

R36, R136

1k, 1/4W, 5%

RM/4-102C

R37, R137

100, 1/4W, 5%

RM/4-101C

R38, R138

1k, 1/4W, 5%

RM/4-102C

R39, R139

100, 1/4W, 5%

RM/4-101C

R40, R140

28k, 1/4W, 5%

RM/2802-03

R41, R141

100, 1/4W, 5%

RM/4-101C

R42, R142

100, 1/4W, 5%

RM/4-101C

R43, R143

1k, 1/4W, 5%

RM/4-102C

R44, R144

47.5, 1/4W, 1%

RM/4-0475C

R45, R145

1k, 1/4W, 5%

RM/4-102C

R46, R146

100, 1/4W, 5%

RM/4-101C

R47, R147

100, 1/4W, 5%

RM/4-101C

R48, R148

47.5, 1/4W, 1%

RM/4-0475C

R49, R149

475, 1/4W, 1%

RM/4-4750C

R50, R150

475, 1/4W, 1%

RM/4-4750C

R51, R151

475, 1/4W, 1%

RM/4-4750C

R52, 152

475, 1/4W, 1%

RM/4-4750C

R53, R153

56.2k, 1/4W, 1%

RMP/4-5622-03

R54, R154

220, 1/4W, 5%

RM/4-221C

R55, R155

220, 1/4W, 5%

RM/4-221C

R56, R156

220, 1/4W, 5%

RM/4-221C

R57, R157

220, 1/4W, 5%

RM/4-221C

R58, R158

0, 1/4W, 1%

RM/4-000C

R202

3.92k, 1/4W, 1%

RM/4-3921C

R203

3.92k, 1/4W, 1%

RM/4-3921C

R205

22k, 1/4W, 1%

RM/4-223C

R206

22k, 1/4W, 1%

RM/4-223C

R207

22k, 1/4W, 1%

RM/4-223C

R208

22k, 1/4W, 1%

RM/4-223C

R209

604k, 1/4W, 1%

RM/4-6043C

R210

470k, 1/4W, 4%

RM/4-474C

R211

1k, 1/4W, 5%

RM/4-102C

R212

1k, 1/4W, 5%

RM/4-102C

Содержание 9303

Страница 1: ... MADE USA IN THE PROFESSIONAL POWER AMPLIFIER 9303 9505 Installation Operation PROFESSIONAL POWER AMPL nova trans ...

Страница 2: ...the required total current for safe operation of all connected equip ment Furthermore extensioncordsorpowerstripsmustprovide the same three wire grounded connection It is important that the blades of the equipment s plug be able to fully insert into the matingreceptacle Neverremovetheroundgroundingpinonthe plug in an attempt to mate to a two wire ungrounded receptacle use a grounding adaptor with ...

Страница 3: ... 06Vrms for 225W into 4Ω Dimensions 19 W x 12 1 2 D x 3 1 2 H excluding feet Weight 36 lbs 16 4kg Power Consumption Quiescent 84 VA at rated power 612 VA 150W into 8Ω both channels driven 9505 Power Rating 250 wpc 8 Ω 375 wpc 4Ω 750 Watts mono 8Ω Distortion 0 1 THD 20 20Hz Typically 0 005 THD 1kHz at rated power into 8Ω Damping Factor 1000 to 1kHz 100 to 20kHz 20 to 100kHz into 8Ω Input Sensitivit...

Страница 4: ... Balanced Input 2 Output Connections 2 Monophonic Use 2 OPERATION Power Switch 3 Balanced Unbalanced Input Switch 3 Ground Switch 3 Mono Switch 3 Load Fault Protection 3 Warm Up 3 Cleaning and Maintenance 3 Schematic Diagram 4 PC Board Layout 6 Parts List 7 9303 9505 Functional Block Diagram 8 TECHNICAL INFORMATION Theory and Operation of trans nova 9 Circuit Implementation 9 Calibration 10 Common...

Страница 5: ...spaced on 3 4 centers for use with dual banana plugs For high power applications the amplifier can run in bridged mono for double the output voltage Using state of the art surface mount assembly equipment in our manufacturing facility ensures consistency and reliability LOCATION The 9303 and 9505 can produce considerable heat in normal operation so the primary consideration when determining a loca...

Страница 6: ...ble length it will drive Make sure the BALANCED UNBALANCED switch is set for UNBALANCED operation Unbalanced Source with Balanced Input Better noise rejection for long cable runs can be achieved by using a twisted pair balanced cable from the unbalanced source At the source end of the cable connect an RCA plug with the return wire and shield connected to the ground shell of the plug Wire the plug ...

Страница 7: ...witch is determined by the overall noise in the system choose the position which gives the lowest hum MONO SWITCH Conventional two channel stereo operation is obtained with the STEREO MONO switch in the STEREO position For high powered single channel use set the switch to MONO and use the left channel input and the RED binding posts only for the output For thermal considerations we do not recommen...

Страница 8: ...ors in microfarads 3 Component Designators 1 99 Left Channel 101 199 Right Channel 201 299 Common Parts 301 399 Chassis Power Supply 4 Left Channel Only Shown 5 Stereo Mono Switch Shown in Stereo 6 Balanced Unbalanced Switch Shown in Balanced Position 7 Chassis Float Ground Switch Shown in Float Position ...

Страница 9: ... 5 ...

Страница 10: ... 6 PC BO A R D LA Y O U T ...

Страница 11: ...IN OHMS R1 R101 47 5k 1 4W 1 RM 4 4752C R2 R102 47 5k 1 4W 1 RM 4 4752C R3 R103 1k 1 4W 5 RM 4 102C R4 R104 1k 1 4W 5 RM 4 102C R5 R105 2 2M 1 4W 5 RM 4 225C R6 R106 100 1 4W 5 RM 4 101C R7 R107 22k 1 4W 5 RM 4 223C R8 R108 100 1 4W 5 RM 4 101C R9 R109 100 1 4W 5 RM 4 101C R10 R110 332 1 4W 1 RM 4 3320C R11 R111 100 1 4W 5 RM 4 101C R12 R112 332 1 4W 1 RM 4 3320C R13 R113 22 1 1 4W 1 RM 4 0221C R1...

Страница 12: ...0 F201 15A Slo Blo FS 015SB F203 F204 2 5A Fast Mini FS 0390 9303 Differences IEC Line Cord FAH 146 C19 C119 15000µf 75V CER 159ES C20 C120 15000µf 75V CER 159ES F201 10A Slo Blo FS 010SM Not Used Q47 Q147 2SK 1058 Q50 Q150 2SJ 162 DESIGNATOR VALUE PART BR201 Bridge Rectifier SS 222 BR301 Bridge Rectifier SSH 609 BR 302 Bridge Rectifier SSH 609 IEC Connector CC 0918 IEC Line Cord FA 0209 Dual Bind...

Страница 13: ... measured specifications are very good the numbers do not describe the realistic sound of the amplifiers CIRCUIT IMPLEMENTATION 9 Earlier models of amplifiers we have offered using the trans nova topology have earned the reputation for clean natural sounding reproduction A conservative purist design approach was used to avoid compromising the desirable characteristics of the trans nova circuits Ci...

Страница 14: ...amplifier design The power supply utilizes a UI style transformer with a separate primary for each channel The transformer has a separate secondary for each channel high voltage power supply each feeding a conventional split full wave bridge rectifier High voltage power supply capacitance is 20 000µF per rail for each channel for the 9505 and 5 000 for the 9303 The third transformer secondary feed...

Страница 15: ...n years from the date of purchase including parts labor and return shipping costs within the Continental United States Alaska and Hawaii This warranty applies only to products sold in the United States Of America For warranties outside the U S A please contact your local agent It is the owner s responsibility to pay shipping preferably United Parcel Service UPS to the factory collect shipments wil...

Страница 16: ...MAN 0587 D 4 95 HAFLER PROFESSIONAL A DIVISION OF ROCKFORD CORPROATION 546 SOUTH ROCKFORD DRIVE TEMPE ARIZONA 85281 U S A IN U S A 602 967 3565 IN EUROPE FAX 49 4207 801250 IN JAPAN FAX 81 559 79 01265 ...

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