Philips BDP2305/F7 Bedienungsanleitung

Version 1.2

Blu-ray Player

Published by Niki & Sam WK1502

3140038 62630

BDP2305/F7/12/X77

or transmitted, in any form or by any means, electronic, mechanical, photocopying, or otherwise

without the prior permission of WOOX Innovations. Philips and the Philips’Shield Emblem are

registered trademarks of Koninklijke Philips N.V. and are used by WOOX Innovations Limited

under license from Koninklijke Philips N.V.

Subject to modification

TABLE OF CONTENTS Page

Location of PC Boards & Versions Variation ........................1

Speciﬁcations .......................................................................2

Safety Instruction..................................................................3

Software Upgrade Instruction..................................................4

Troubleshooting....................................................................5

Disassembly Instructions .....................................................6

Set Block Diagram................................................................7

Set Wiring Diagram ..............................................................8

Circuit Diagram & PCBA Layout...........................................9

Revision List........................................................................11

Set Mechanical Exploded View ..........................................10

PCB Locations

VERSION VARIATIONS

Type / Versions

Service Policy /F7

Board in used

MAIN BOARD

MAIN

BOARD

PF BOARD

＊Tips：C -- Component Lever Repair

M -- Module Lever Repair

LOADER

BDP2305

WIFI MODULE M

/12

X77

LOADER

PF BOARD

MAIN BOARD

1 Electrical Specifications

1.1 Mains Voltage / Mains Cord

Stroke

Version Voltage Frequency AC Cord Type

/12 220V-240V 50Hz VDE 2-pins round

/51 220V-240V 50Hz VDE 2-pins round

/55/78 100V - 240V 50Hz, 60Hz INMETRO 2-pins round mainscord(INMETRO-to-2-pins flat adaptor

to be included)

/93 100V - 240V 50Hz, 60Hz 2-pins flat

/96 100V - 240V 50Hz, 60Hz Taiwan Plug (CNS 690 approved)

/98 100V - 240V 50Hz, 60Hz VDE 2-pins round

Taiwan Plug (CNS 690 approved)

/F7 100-127V, 50Hz, 60Hz UL/ETL Plug, 2-pins flat

1.2 Mains Voltage Variation

Destination Main Voltage [V]/

Tolerance [%] Range Frequency

[Hz]

Europe 230 V

±15% 196V to 264V 47 Hz to 53 Hz

USA 120 V -20% / +10% 96V to 132 V 57 Hz to 63 Hz

Wide 120 V -20% / 230V +15% 96V to 264 V 47 Hz to 63 Hz

1.3 Mains consumption

Player must

•Register with and conform to Energy Star Commission;

•Conform to Directive 2005/32/EC (Commission Regulation EC No. 1275/2008).

In addition, the player must conform to the following requirement.

Function Requirement

1. Standby <0.5W

2. Operational 10W±10% (only playing disc and HDMI ouput)

11W±10% (with1×500mA from USB and wifi

module)

1.4 Power On/Off Disturbances

>-52 dB suppression of the disturbance with regard to the rated output voltage.

The peak level has to be measured according to IEC 60651 weighted (A) curve.

2-1

1.5 Additional Requirements for India

1.5.1 VoltageRange Check

The set should work NORMALLY at mains voltage from 170V to 280V AC. (Incases of set with Audio

amplifiers, at lower mains voltages, audio rated poweroutput might be lower against the specified power

at nominal mains voltage, butremaining performance should be unaffected).

1.5.2 Soak Test

The set should be tested in ON condition with full loaded condition (MaximumAudio Power Output in

case of set with Audio Amplifiers) at mains voltage of 280VAC, for 4 hours.

1.5.3 310V AC Test

The set should be connected to 310V AC in Standby condition for 4 hours. Setshould work NORMALLY

after the test.

1.5.4 Immunity to Electrical Surge from External Devices (For India & ALL other Regions)

The product shall withstand Surge from external devices (e.g. TV) cinch connectors into ALL video outputs

without damaging any electrical component (e.g. MPEG IC)

All products shall have surge protection implemented for all Video Output terminals.

Test Condition:

1. Refer to ESD test setup and test condition to simulate the surge from external devices.

2. Contact Discharge to signal pin of cinch socket with below modified cinch connector jig to tap out the signal

line.

Requirement:

For India: Set must be able to withstand up to ±25kV contact discharge without any component damage.

For All Other Regions: Set must be able to withstand up to ±15kV contact discharge without any component

damage.

1.5.5 Immunity to DC Voltages from External Devices at CVBS Terminal (For India Only)

The CVBS video output must be DC isolated from external devices (e.g. TV and RF Modulators).

2-2

2 Mechanical Specifications

2.1 Mechanical Strength and Ease of Control

2.1.1 Mechanical Strength

Set exterior parts such as lens, buttonsetc, shall be able to withstand a force of 50N during 30 seconds from all

possible directions. The rigid test finger, according to IEC60065 clause: 9.1.8 should be used.

Set shall be proof against a pinch force of 150N, loaded by a bare hand. The product shall give a rigid

impression and shall not produce any annoying mechanical noise.

2.1.2 Rigidity of Top Surface

Set top must be able to withstand a force of 100N for duration of at least 30 seconds.

This force has to be applied by means of a flat plane of 4cm2(a plane with dimensions of 2cm x 2cm) at all

places at the top side.

2.1.3 Regularity of Operating Forces for Touch Control

Deviations in the regularity of the operating force of touch control shall not be perceptible by hand.

2.1.4 Moving of Set during Operation

Set shall not move (slide backwards) whilst operating the touch control on the set or inserting disc.

2.1.5 Maximum Temperatures

The maximum permissible temperature rises of the various external parts of a product are mentioned in the next

table.

The values of the temperature are based upon the maximum ambient temperature of 35°C.

The temperatures have to be measured after an operation time of 4 hours.

Maximum temperature rises with respect to the max ambient temperature.

External Product Parts Maximum Temperature Rise (°C)

Metallic Parts:

-front part of enclosure 10

-other parts of enclosure 25

Non-metallic Parts:

-enclosure 30

2.2 Detachable Mains Cord & Connector Sockets

2.2.1 Connector / Socket

a) Cinch sockets need to withstand a force of at least 100N in insertion and withdrawal directions and 50N

parallel to the set surface at 2cm distance.

b) If the connector socket is mounted directly on the PCB, the solder points have to be relieved

mechanically.

c) Connector / socket have to withstand the following minimal insertions and withdrawals,

•USBPort: 1500

•Other connectors: 500

2-3

2.2.2 NA

a) Detachable mains cord inlet has to withstand minimal 2500 insertions and withdrawals.

b) Mains cord operating force should be within the following limits:

•Withdrawal Force, P: 10N ≤ P ≤ 50N

•Insertion Force, F: F ≤ 50N

2.3 Visibility of User Interface Displays & Indicators

2.3.1 Viewing Angle

The visibility of display is possible under a viewing angle of 30˚from Top, Bottom, Left and Right.

Note: Viewing angle with regard to the perpendicular at the front of the apparatus.

2.3.2 Display illumination

The display / segment illumination should be uniform without undesirable light concentrations.

2.3.3 Brightness

As per reference. BDP2100.

2.3.4 Light Leakage

No light leakage is allowed (e.g. at connector sockets).

Above to be judge in dark condition to a bright condition of 600-800 lux

2.4 Screw Fixations

The screw fixations have to be designed in such a way, that after 10 times screwing and unscrewing, no

decrease of the quality of the fixation occurs.

The dimensions of thermoplastic bosses, intended for screw-fixations, have to be designed in such a way that

no deterioration of the fixation can take place, taken into account the environment conditions.

2.5 Support Foot

2.5.1 Type of material

Refer to MUS [3] for the type of material used.

1. Material for the support foot cannot shrunk in such a degree, e.g. after the Cyclic Humidity Test of 21

x 24 hours, that the set touches the furniture or other equipment during shifting. Minimum of 1mm

height should still be attained.

2. Material of the support foot cannot leave stains on furniture surfaces after climatic tests e.g. 70deg x

96hr.

3. The support foots shall prevent the set from moving over the underneath surface while normally

operating the set.

2-4

2.6 Touch Control Criteria

•NA

2.7 Bezel and Tray loader design

2.7.1 Strength

Permissible load on Bezel in any direction is ≥50N.The Tray & Bezel should not be broken or permanently deformed,

nor cause damage to other parts of set. The Bezel may dislodge above 30N without suffering any damage, and the

user must be able to easily put the Bezel back. Dislodge of the Bezel shall not cause damage to the set.

2.7.2 Actuating force needed for Tray

Force needed to actuate the tray should be ≤5N.

2.7.3 Tray Movement Cycle (Life Test)

24,000 open / close cycles

2.7.4 Tray Dimension

Refer to Appendix A.Disc should be fully out at tray open position.

2.8 Shock Sensitivity

Requirement:

No muting, plop sounds, picture freeze/jerk or audible/visible interference when impacting with force of -

In the ±X and ±Y directions: F ≥ 6g / 3ms, ΔV = 0.06ms

In the ± Z direction: F ≥ 4g / 3ms, ΔV = 0.04ms

where g = acceleration due to gravity

Refer to ODM Quality & Reliability handbook [6] for the details of the test discs and testing method.

2.9 Thermal Performance

Requirements:

1. Set should function normally

2. Temperature rise of PCB prints shall not exceed 85˚C

3. Temperature readings of all mechanical / electrical components and modules shall not exceed their

specification limits. The calculated junction temperature of semiconductors shall also not exceed spec

limits.

Refer to “ODM Quality & Reliability handbook [6] – Thermal Stability Test for player” for the details of the testing

method.

2.10 Dust Injection Test

Refer to “ODM Quality & Reliability handbook [6] – Dust Test”for details of the dust specifications and test

procedures.

2-5

2.11 Noise Specifications

Test Conditions:

Measurements are to be made inside an Anechoic Chamber (echo-free environment) with ambient noise of less

than 16dBA.

Measurements are to be taken at the following positions:

(a) Top-Surface and at center of Front-Cabinet

(b) Front-Surface and at center of Front-Cabinet

The microphone is to be positioned 10cm from abovementioned surfaces.

Set Functional State Requirement

Idle State Standby Mode < 20 dBA

Set On and "No Disc" mode < 20 dBA

Disc Load/Unload Start/End peak noise < 60dBA

Disc loading noise (RMS) < 45dBA

Playback

CDDA & SACD

(Stereo & Multichannel)

Stop to Play peak noise < 35 dBA

Play (first & last tracks) < 30 dBA

Search Forward & Backward (all speeds) <35 dBA

Pause (first & last tracks) < 30 dBA

Jump Forward (first to last track) < 45 dBA

Jump Backwards (last to first track) < 45 dBA

Playback

CD Unbalanced (10g/mm) Play (first & last tracks) < 30 dBA

Playback

DVD Unbalanced (10g/mm) Play (inner & outermost title) < 32 dBA

Playback

BD Unbalanced (7g/mm) Play (inner & outermost title) < 37 dBA

Playback

DVD & DVD+R/RW

Stop to Play peak noise < 35 dBA

Play (inner & outermost title, Layer 0) < 30 dBA

Search Forward & Backward (all speeds) < 35 dBA

Pause (inner & outermost title, Layer 0) < 30 dBA

Jump Forward (inner to outermost title) < 45 dBA

Jump Backwards (outer to innermost title) < 45 dBA

Layer Jump (layer 0 to layer 1) < 45 dBA

Playback

BD & BD-J

Stop to Play peak noise < 44 dBA

Play (inner & outermost title) < 36dBA

Search Forward & Backward < 36dBA

Pause (inner & outermost title) < 36dBA

Jump Forward (inner to outermost title) < 44 dBA

Jump Backwards (outer to innermost title) < 44 dBA

Playback

BD-9

Stop to Play peak noise < 47 dBA

Play (inner & outermost title) < 46 dBA

Search Forward & Backward < 46 dBA

Pause (inner & outermost title) < 46 dBA

Jump Forward (inner to outermost title) < 47 dBA

Jump Backwards (outer to innermost title) < 47 dBA

2.12 Finishing / Artwork Reliability

2.12.1 General Appearance / Finishing (NA)

Refer to OQA Cosmetic Criteria for details.

2-6

The visibility of flow lines, sink marks, scratches, unevenness and flashes has to be judged at a distance of 30

cm, with normal overhead lighting (800–1000 lux):

Surface Area Requirements

For highly visible surfaces Very high appearance requirements:

9None or very small flow lines (≤5mm) may occur

9None or very small and faint injection-marks / sink-

marks may occur

9No burrs, scratches or other defects may be visible

For surfaces which in normal

use are not or less visible High appearance requirements:

9Small flow lines (≤10mm) may occur

9No burrs, injection marks, sink marks or other defects

may be visible

The exterior of the apparatus should be free of burrs.

Sharp edges and corners should have a minimum radius of 0.3mm whenever possible.

2.12.2 Decorative Coating Test

Samples need to be sufficiently aged before testing. They should be prepared according prescribed production

conditions and conditioned at standard atmospheric conditions for at least 3 weeks. However if the samples are

prepared within 3 weeks before testing, artificial aging in an oven at 40˚C during 3 x 24 hours is required. The

samples should be allowed to stabilize at the standard atmospheric conditions after the ageing period and

before executing the tests (in general a period of 2 hours will be sufficient).

2.12.2.1 Adhesion Test

Test methods are divided into:

a) Destructive test

This test is intended for the release of coating and printings. For this method, preparation is done using a

knife is used to cut gridlines over the area to be tested. The gridlines should be approximately 2mm

spaced.

b) Non-destructive test

This test is intended for incoming inspections of batches of products with coatings and printings.

Test Method (for both destructive and non-destructive)

Press the self-adhesive tape with a length of about 5 cm firmly onto the sample, and remove it

immediately with a jerk at an angle which is as close as possible to 60° to the surface. Corners and sharp

edges have to be included in this test.

2.12.2.2 Resistance to Ethanol

Test method

The coating is rubbed in groups of 10 or 25 rubbing cycles (one cycle = one complete to and from

movement) with the hand tool with an average speed of 2 m/min. In the case that more than 25 cycles are

required, the felt has to be soaked after each 25th cycle with Ethanol by means of a diffuser and the test

should be continued immediately. After the last test cycle rests of the Ethanol has to be wiped off

immediately from the tested surface with a soft cloth. (See figure)

Requirement: Rcs3 = 2x25 cycles

2-7

2.12.2.3 Resistance to Dry Abrasion

Test method

A fixed load of 2.5 N is used for this method. The specific pressure depends on the size of the area to be

tested. This implies, in relation to real use in practice, a higher load on ribs, raised lettering, etc. The

abrasive wheel is made from 3 discs of abrasive material (Scotch Brite Cleaning and finishing material type

A-VFN, thickness 6.35mm).

Requirement: Rda2 = 175Rev

2.12.2.4 Scratch Resistance (Scr)

Test method:

Test Roller used: Steel

Tester Position: Tester should be placed vertically with both rubber wheels on the test substrate

Average Speed: Very slow (2 m/min)

Test Pattern: 2 perpendicular to each other

Number of Stroke: 10cm (centre 6cm for assessment)

Mutual Distance between strokes: approx 1cm

Load Applied: 10N

2-8

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