Infinity CLASSIA PSW310W Service Manual Download Page 2

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- CONTENTS -

BASIC SPECIFICATIONS …………….……..…………..1

DETAILED SPECIFICATIONS ……….……..…………..2

PACKAGING……..……………….………….….….….....5

CONTROLS/CONNECTIONS………………..…...…..…6
OPERATION ……..………………….……...…….….…...8

SUBWOOFER EXPLODED VIEW/PARTS LIST……....9
TRANSMITTER EXPLODED VIEW/PARTS LIST…....10

TEST SET-UP AND PROCEDURE…..….……………..11
AMPLIFIER BLOCK DIAGRAM…….………….……..…13
SUBWOOFER AMP TROUBLESHOOTING……. ……14

TRANSMITTER TROUBLESHOOTING……. …………15

RECEIVER PCB TROUBLESHOOTING…….….. ……16

P.C.B. DRAWINGS….…………………………………….17

ELECTRICAL PARTS LIST ..……….……….……….…26
IC/TRANSISTOR PINOUTS..……..….…….….….….….32
SCHEMATICS…………………………………………….46

Basic Specifications Infinity Classia PSW310W

Frequency Response:

32Hz – 150Hz (–3dB)
28Hz – 150Hz (–6dB)

Amplifier RMS Power:

400 Watts

Amplifier Peak Dynamic Power *:

700 Watts

Crossover Frequencies:

50Hz – 150Hz, continuously adjustable when activated

Driver:

10"

(254mm)

CMMD®

Dual 10" (254mm) CMMD passive radiators

RF Operating Frequency:

2.4GHz

Operating Range:

Up to 75' (22m), depending upon conditions

Subwoofer Dimensions (H x W x D):

17-1/2" x 14" x 16-3/4" (445mm x 356mm x 426mm)

Subwoofer Weight:

49.8 lb (22.6kg)

Transmitter Dimensions:

3-3/4" x 4-7/8" x 3-15/16" (95mm x 124mm x 100mm)

Transmitter Weight:

0.5 lb (0.2kg)

Infinity continually strives to update and improve existing products, as well as create new ones. The specifications and

construction details in this and related Infinity publications are therefore subject to change without notice.

* The peak dynamic power is measured by recording the highest center-to-peak voltage measured across the output of a

resistive load equal to minimum impedance of the transducer, using a 50Hz sine wave burst, 3 cycles on, 17 cycles off.

PSW310W subwoofer Classia Series

Summary of Contents for CLASSIA PSW310W

Page 1: ...Classia Series PSW310W Wireless Powered Subwoofer Service Manual Infinity Systems Inc 250 Crossways Park Dr Released 2008 Woodbury New York 11797 Rev2 11 2008 Discontinued XXXX ...

Page 2: ...vated Driver 10 254mm CMMD Dual 10 254mm CMMD passive radiators RF Operating Frequency 2 4GHz Operating Range Up to 75 22m depending upon conditions Subwoofer Dimensions H x W x D 17 1 2 x 14 x 16 3 4 445mm x 356mm x 426mm Subwoofer Weight 49 8 lb 22 6kg Transmitter Dimensions 3 3 4 x 4 7 8 x 3 15 16 95mm x 124mm x 100mm Transmitter Weight 0 5 lb 0 2kg Infinity continually strives to update and im...

Page 3: ...cal inputs System Gain LFE input 42 53 dB Reference Single input driven LFE Mode local input Signal to Noise SNR A Weighted 80 dBA 75 relative to 1W A Weighting filter SNR unweighted 70 dBr 65 relative to 1W 22K filter Residual Noise Floor 1 5 mVrms max 2 5 Volume max w A P Swept Bandpass Measurement Line freq harmonics BW 20 KHz Line level inputs must be terminated using 1KOHM Input Impedance Lin...

Page 4: ...irect short at output Amplifier should resume operation after short circuit condition removal Thermal Protection YES functional 1 8 max unclipped Power at 1 06 times the input voltage Temperature rise in accessible metal parts should not exceed 35K rise for domestic version or 30K rise for European versions refer to requirements sheet DC Offset Protection YES DC present at Speaker Out leads Design...

Page 5: ...odel GPE 152 delivering 18VDC 500mA Power consumption Tx Power supply requirements 18 V Reference Tx Current consumption Amperes Reference Tx Standby Input Power 1 Watts Reference 120VAC line voltage RED LED Tx Standby input current 0 019 Amperes Reference 120VAC line voltage RED LED Tx Idle Power 2 34 Watts Reference 120VAC line voltage Unit in operation Locked to Rx section Solid GRN Tx Idle Pow...

Page 6: ...PSW310W subwoofer Classia Series 5 ...

Page 7: ... Selector ID Code Selector Crossover Adjustment Control Subwoofer Level Volume Control ª Phase Switch Wireless Antenna Room Adaptive Bass Optimization Controls see page 5 A R A B O S Selector R A B O S Center Frequency Adjustment C R A B O S Bandwidth Adjustment D R A B O S Level Adjustment Transmitter C D ª Sub In ID CODE DC18V 1 2 3 4 E F G H INFINITY CLASSIA PSW310W 120V E Transmitter Antenna F...

Page 8: ...ffects LFE or subwoofer output NOTE If your receiver processor has only one sub out you may use either the L or R input WIRED Connecting the Subwoofer for Wireless Applications Step 1 Connect a subwoofer cable from the subwoofer or LFE output of your receiver to the Sub In H on the transmitter Step 2 Plug the transmitter module into the wall outlet and connect the included power supply and power c...

Page 9: ...s of interference Please consult your Infinity dealer or distributor or visit www infinitysystems com for further information or assistance OPERATION Power On Connect your signal source such as an A V receiver or preamplifier to the transmitter if using wireless connection or to the subwoofer if using wired connection Two single RCA cords are provided While you would ordinarily use the short cable...

Page 10: ...PSW310W subwoofer Classia Series 9 ...

Page 11: ...PSW310W subwoofer Classia Series 10 ...

Page 12: ...nnect an RCA cable to the Sub in jack on the PSW310W Transmitter Assure the power supply has been plugged in and a Red or blinking Green LED is now showing on the transmitter Default ID Code switch position is 1 2 Position and plug in the PSW310W Subwoofer nearby less than 75 away power switch should be OFF 3 CROSSOVER PHASE controls do not matter for this test Low Pass switch should be OFF ID Cod...

Page 13: ...ponse should be heard and felt from port tube opening on the bottom 15 Turn off generator turn LEVEL control full counterclockwise MIN and disconnect RCA cable Sweep Function 1 Follow steps 9 14 above using a sweep generator as a signal source 2 Sweep generator from 20Hz to 300Hz Listen to the cabinet and drivers for any rattles clicks buzzes or any other noises If any unusual noises are heard rem...

Page 14: ...15V mute Class_d Amp model To speaker GND 15V 15V protection Power regulator circuit Crossover control U102 mute PSW310W block signal input protection 12 288MHz Wireless PCB Power amp PCB Pre amp PCB 13 PSW310W subwoofer Classia Series ...

Page 15: ... Check pre board power board Vcc 15V ect Test frequency Response OK Check U102 uR133 C121 R135 C122 ect Test input sensitivity OK Check U101 R117 R112 R114 etc Test protection OK Check U107 R237 15Vcc etc Test limiter circuit OK Check U106 Q107ect Auto off Function Hi pot test OK Check U103 Q101 Q102 C131 R142 Ac cord Transformer OK Listening test OK The Amp ass y ok END Test phase sw low pass sw ...

Page 16: ...ck VD 17VDC Check VA 15VDC Check 12VDC 3 6VDC Check D1 L01 D05 Q04 D0 3 Q03 Q01 Q02 etc The Amp ass Y OK END Check MD01WH4924 Check Q06 Q05 etc Check Q07 D08 U01 D10 U02etc LED light green or red Check U05 U06 U08 Q11 Q12 U03 U04 etc Check LAUNCHER signal Check MD01 AINL AINR signal CheckU07 U05 U06 etc 15 PSW310W subwoofer Classia Series ...

Page 17: ...art no yes yes yes no yes yes no yes AMP no signal out Check 3 7VDC Check R505 U501 D501 L5 01 L502 U01 etc The Amp ass Y OK END Check MD01 RX 11G Check LAUNCHER signal Check MD01 LRCK signal Check U04 U02 U03 etc 16 PSW310W subwoofer Classia Series ...

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Page 22: ...21 PSW310W subwoofer Classia Series ...

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Page 24: ...2 1 3 2 1 3 23 PSW310W subwoofer Classia Series ...

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Page 27: ...10 RoHS 1 C174 Capacitors 130 3F104ZA03 E Capacitor 0 1U 100V RoHS 2 C168A C169A 135 4228M35 E Capacitor 2200uF 35V 20 RoHS 2 C170 C171 135 4688M80 E Capacitor 6800U 80V 20 RoHS 2 C168 C169 130 2b102k503 e Capacitor 1000P 50V 10 RoHS 1 C165 130 3F104Z503 E Capacitor 0 1U 50V 80 20 RoHS 2 C163 C164 130 CH101J503 E Capacitor 100P 50V 5 RoHS 2 C159 C160 135 3107M16 E Capacitor 100uF 16V 20 RoHS 2 C16...

Page 28: ...F E SMD Resistor432Ω 0805 1 10W 1 RoHS 1 R265 118 08054421F E SMD Resistor 0 1W 1 4 42K RoHS 2 R205 R207 118 08054701J E SMD Resistor 0805 1 10W 4 7K 5 LF 1 R144 118 08054702J E SMD Resistor 47K 0805 1 10W 5 RoHS 9 R109 R114 R115 R116 R121 R137 R138 R219 R412 118 08054703J E SMD Resistor 470K 0805 1 10W 5 RoHS 1 R143 118 08054R70J E SMD Resistor 4R7 0805 1 10W 5 RoHS 1 R153 118 08055101F E SMD Res...

Page 29: ...r 100Ω 1 6W 1 MF26mm RoHS 1 R154 116 161001F26 E Resistor 1K 1 6W 1 MF26mm RoHS 3 R180 R187 R252 116 161002F26 E Resistor 10K 1 6W 1 MF 26mm RoHS 7 R159 R160 R171 R173 R178 R192 R166 116 161103F26 E Resistor 110K 1 MF 1 6W26mm RoHS 1 R174 116 161502F26 E Resistor 15 0K 1 6W 1 MF26mm RoHS 2 R162 R168 116 161652F26 E Resistor 16 5K 1 6W 1 MF26mm RoHS 1 R188 116 162051F26 E Resistor 2 05K 1 6W MF 26m...

Page 30: ...nductors 190 145008MMS E SMD IC LM5008MM NOPB NATIONAL RoHS High Voltage 100V Step Down Switching Regulator 1 U501 190 19HCT165S E SMD IC 74HC HCT165 RoHS PHILIPS 8 bit parallel in serial out shift register 2 U02 U03 190 99CS4340KS E IC CS4340 KS 16Pin SoIC RoHS 24 Bit 96 kHz Stereo DAC 1 U04 190 99IMP809S E SMD IC IMP809SEUR T IMP RoHS RESET 1 U01 197 63S110 E Diode S100 100V 1A SMAD0 214AC RoHS ...

Page 31: ...6R ROHM RoHS 2 Q2 Q8 192 091SC4672 E Transistor 2SC4672 MPT3 ROHM RoHS 1 Q5B 192 09210376qs e SMD Transistor 2SA1037K T146Q RROHM RoHS 2 Q7 Q9 192 09215146rs e SMD Transistor 2SA1514K T146R ROHM RoHS 1 Q3 197 03rls4148s e SMD diode RLS4148 TE11 ROHM RoHS 8 D1 D2 D3 D4 D5 D5B D6 D20 199 15000563S E SMD ZENER 5 6V 5 PHILIPSBZX84 C5V6 RoHS 2 Z1 Z2 199 1500120s e SMD ZENER 12V 5 PHILIPSBZX84 C12 RoHS ...

Page 32: ...50 5T RoHS 1 333 SPG 00863 0BAE Fireproof damping material 100 50 5T RoHS 5 335 NYL 05015 0BAE WIRE CLKP SB4F 2 BLK RoHS 2 336 RUB 05103 0BAE RUB 97 16 3 0T BLK RoHS 2 350 EM04012D024 E 4 12 WOOD SCREW BLACK RoHS 4 351 AM02606A011 E M2 6 6 Mechanical screw cross BLK RoHS 2 351 AM03008A078 E M3 8 Mechanical screw with nickel RoHS 10 351 AM03008A079 E M3 8 Mechanical screw cross BLK RoHS 9 351 AM030...

Page 33: ... lockout Gate drive under voltage lockout and Max Duty Cycle limiter Features n Integrated 100V N Channel buck switch n Internal VCC regulator n No loop compensation required n Ultra Fast transient response n On time varies inversely with line voltage n Operating frequency remains constant with varying line voltage and load current n Adjustable output voltage n Highly efficient operation n Precisi...

Page 34: ...regulation threshold is 2 5V 6 RON SD On time set pin Ton 1 25 x 10 10 RON VIN A resistor between this pin and VIN sets the switch on time as a function of VIN The minimum recommended on time is 400ns at the maximum input voltage This pin can be used for remote shutdown 7 VCC Output from the internal high voltage series pass regulator Regulated at 7 0V If an auxiliary voltage is available to raise...

Page 35: ...o be used as an active LOW clock enable CE input The pin assignment for the CP and CE inputs is arbitrary and can be reversed for layout convenience The LOW to HIGH transition of input CE should only take place while CP HIGH for predictable operation Either the CP or the CE should be HIGH before the LOW to HIGH transition of PL to prevent shifting the data when PL is activated APPLICATIONS Paralle...

Page 36: ...e LOW 7 Q7 complementary output from the last stage 9 Q7 serial output from the last stage 2 CP clock input LOW to HIGH edge triggered 8 GND ground 0 V 10 Ds serial data input 11 12 13 14 3 4 5 6 D0 to D7 parallel data inputs 15 CE clock enable input active LOW 16 VCC positive supply voltage Fig 1 Pin configuration Fig 2 Logic symbol Fig 3 IEC logic symbol 35 PSW310W subwoofer Classia Series ...

Page 37: ...o HIGH clock transition q lower case letters indicate the state of the referenced output one set up time prior to the LOW to HIGH clock transition X don t care LOW to HIGH clock transition OPERATING MODES INPUTS Qn REGISTERS OUTPUTS PL CE CP DS D0 D7 Q0 Q1 Q6 Q7 Q7 parallel load L L X X X X X X L H L H L L H H L H H L serial shift H H L L l h X X L H q0 q5 q0 q5 q6 q6 q6 q6 hold do nothing H H X X...

Page 38: ...gital interpolation fourth order delta sigma digital to analog conversion digital de emphasis and switched capacitor analog filtering The advantages of this architecture include ideal differential linearity no distortion mechanisms due to resistor matching errors no linearity drift over time and temperature and a high tolerance to clock jitter The CS4340 accepts data at audio sample rates from 2 k...

Page 39: ...access to extra de emphasis modes Internal Serial Clock Mode In the Internal Serial Clock Mode the serial clock is internally derived and synchronous with the master clock and left right clock The SCLK LRCK frequency ratio is either 32 48 or 64 depending upon the DIF1 0 pins as shown in Figures 16 19 Opera tion in this mode is identical to operation with an external serial clock synchronized with ...

Page 40: ...812 140ms RESET PULSE WIDTH MIN LOW SUPPLY CURRENT 6µA TYP GUARANTEED RST RST ASSERTION DOWN TO VCC 1 0V OPERATING TEMPERATURE 40 C to 85 C Industrial Grade LEAD FREE SMALL SOT23 and SOT143 PACKAGE Table 1 Device Options Figure 1 Packages Active Low RESET Active High RESET Manual RESET Input Package STM809 SOT23 3 STM810 SOT23 3 STM811 SOT143 4 STM812 SOT143 4 SOT23 3 WX SOT143 4 W1 39 PSW310W sub...

Page 41: ...gic Diagram STM809 810 Note 1 For STM810 Figure 3 Logic Diagram STM811 812 Note 1 For STM812 Table 2 Signal Names Note 1 STM810 812 only 2 STM811 812 only Figure 4 SOT23 3 Connections Figure 5 SOT143 4 Connections Figure 6 Block Diagram Note 1 STM811 812 only 2 RST for STM810 812 AI07832 VCC STM809 810 VSS RST RST 1 AI07831 VCC STM811 812 VSS RST RST 1 MR VSS Ground RST Active Low RESET Output RST...

Page 42: ...DACs digital audio streams such as S P DIF or USB A development kit is required to modify the DASI port and or to modify application source code firmware FEATURES Analog or Digital Audio Input Output 48 kHz 16 bit digital stereo audio transmission Digital volume control manual mute Auto mute when signal lost digital noise gate 2 4 GHz wireless at 1 536 Mbps Robust Quality of Service QoS Advanced e...

Page 43: ...Purpose IO port PC7 13 PC6 PC6 PC6 General Purpose IO port PC6 14 PC5 PC5 PC5 General Purpose IO port PC5 15 PC4 PC4 PC4 General Purpose IO port PC4 16 PC0 MCLK PC0 MCLK General Purpose IO port PC0 or MCLK output 17 PC1 AN2 PC1 PC1 General Purpose IO port PC1 HW default or XInC2 ADC Analog Input 2 18 PI0 BB1CLK AN1 PI0 PI0 General Purpose IO port PI0 HW FW default or Baseband Unit1 Clock or XInC2 ...

Page 44: ...an be performed at the time of production or during product assembly The following two diagrams and two tables describe how to configure the WHAM2 for different operations by changing jumpers and components on the modules themselves Figure 1 WHAM2 Transmitter DM Layout Figure 2 WHAM2 Receiver DM Layout 43 PSW310W subwoofer Classia Series ...

Page 45: ...Edge pin 18 J7 DNP J8 0R Pin 18 is AN1 XInC2 muxed analog input 1 Input voltage range of ADC is 0V to 1 8V J9 0R J10 DNP Pin 19 is FW selectable as either GPIO port pin PI1 or baseband unit 1 data input output pin BB1O PI1 is FW configurable as input or output Edge pin 19 J9 DNP J10 0R Pin 19 is Left Right Clock pin LRCK output J17 J18 DNP U5 CS4341 R19 R20 10K R23 47K R25 R27 100R R26 0R C7 1uF C...

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Page 47: ...Green Red D401 LED_5DIA 46 PSW310W subwoofer Classia Series ...

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Page 52: ...u 100V 100n C104 R503 120R 1 R504 240R 1 C508 470u P501 R505 10R 1 4W MO 103 C505 LM5008 U501 470u C506 L501 220u C507 1 R501 330K R502 270K 2 1 D501 10BQ100 22u L502 C503 1 100V 51 PSW310W subwoofer Classia Series ...

Page 53: ...L01 56R 2 1 52 PSW310W subwoofer Classia Series ...

Page 54: ...EE U109 D VDD U109 C 220R R333 220R R332 JK1 C332 100P 5K1 R321 100P C318 R330 10K C320 104z 100R R315 5K1 R318 5K1 R322 2 3 1 TL 072 U109 A 5K1 R316 100P C319 22u C312 5K1 R317 5K1 R319 6K8 R300 100u C328 5K1 R320 100u C327 6K8 R301 6 5 7 TL 072 U109 B 53 PSW310W subwoofer Classia Series ...

Page 55: ... D 5 6 7 TL074 U102 B 3 2 1 TL074 U102 A 2 3 1 TL 072 U108 A VEE U108 D VDD U101 C 6 5 7 TL 072 U103 B VDD U102 E 12 13 14 TL074 U102 D 2 3 1 U101 A TL 072 6 5 7 TL 072 U108 B 2 3 1 TL 072 U103 A VDD U103 C 10 9 8 TL074 U102 C 54 PSW310W subwoofer Classia Series ...

Page 56: ...13 12 14 TL 074 U104 D VDD U104 E VDD U105 C VEE U105 D VEE U104 F 6 5 7 TL 074 U104 B 2 3 1 TL072 U107 A 2 3 1 TL 074 U104 A 9 10 8 TL 074 U104 C 6 5 7 U110 B TL072 55 PSW310W subwoofer Classia Series ...

Page 57: ...VEE U106 F VDD U106 E 10 9 8 TL074 U106 C 12 13 14 TL074 U106 D P106 3 2 1 TL074 U106 A 5 6 7 TL074 U106 B 56 PSW310W subwoofer Classia Series ...

Page 58: ...57 PSW310W subwoofer Classia Series ...

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