Technical description and composition of the PHILIPS 32PHS5813 TV, panel type and modules used. The composition of the modules.
PHILIPS LED
Model: 32PHS5813 / 60
Panel: TPT320B5-WHBN85.K
LED backlight: GJ-2K18-315-D206-CSP-V5 01U33-D
LED driver (backlight): integrated into PSU
PWM LED driver: PF7708BS
MOSFET LED driver: MTBA5N10J3
Power Supply (PSU): 715G7734-P01-008-001S
PWM Power: PF6005A (PWM SOT23-6)
MOSFET Power: TK6A65D
MainBoard: 715G9237-M02-B00-005T
IC MainBoard: CPU, eMMC, DRAM, AUDIO, DC / DC
Tuner: ST42CS-2-E
Specifications 32PHS5813
PHILIPS 32PHS5813
General recommendations for TV LCD LED repair
Possible malfunctions
- TV PHILIPS 32PHS5813 does not turn on and does not show any signs of turning on, does not respond to control buttons and to the remote control.
Most likely, in this case, the main switching power supply (SMPS) 715G7734-P01-008-001S is faulty. It is necessary to measure the output voltages in its secondary circuits, and if they are completely absent, the serviceability of the power switches (TK6A65D) and rectifier diodes should be checked for a possible breakdown (short circuit).
In case of breakdowns in the secondary circuits, the converter, as a rule, can operate in an emergency in the short-circuit mode, and in the event of a short circuit in the power elements of the primary circuit, the mains fuse usually breaks off.
Breakdown of Mos-Fet switches used in switching power supplies is often caused by malfunctions of other elements, for example, in the power supply circuit of a PWM controller, in frequency setting or damper circuits, as well as in negative feedback stabilization. PWM microcircuits (PWM) PF6005A (PWM SOT23-6) are usually checked by replacing them with new ones, or known to be working properly.
- There is no picture, but there is sound and reaction to the remote control. Or, for a second, the image may appear immediately after switching on.
Usually, in such cases, there is no backlighting of the LED panel (matrix). Usually the cause of the malfunction is in the breakage of the LEDs, or in the connectors of the LED strips, but sometimes the LED driver is also faulty.
To test the LED strips, to open all the transitions of the LEDs, several tens of volts or more are needed; it is best to use a current source for such purposes. The breakage of several PN junctions connected in series cannot be detected with a multimeter or tester. In such cases, it is necessary to open the panel and check each LED. If your multimeter cannot open the LED junctions in forward bias, you can sometimes detect the presence of a protective zener diode PN junction by connecting the probes in the opposite direction. If the zener diode is cut off or broken in K / Z, then the LED is faulty and needs to be replaced.
- The indicator on the front panel blinks, the TV does not turn on in operating mode, does not respond to the remote control.
Repair or diagnostics of the 715G9237-M02-B00-005T motherboard should begin with checking the stabilizers and power converters required to power the microcircuits and matrix. If necessary, you should update or replace the software (software). Repair of the board and replacement of CPU, eMMC, DRAM, AUDIO, DC / DC microcircuits are made if the necessary equipment and the corresponding element base are available. Malfunctions associated with the use of BGA soldering technologies can be localized by warming up.
If the TV operates normally from external devices, but does not tune into TV channels, the ST42CS-2-E tuner may be faulty. In such cases, first of all, you should make sure that there are supply voltages at its corresponding terminals. It is also necessary to make sure that the tuner and processor can exchange data via the I2C bus. Sometimes the reason for the inoperability of the tuner may be a software failure.
Remember! Attempts to self-repair the PHILIPS 32PHS5813 TV, in the absence of the necessary qualifications and experience, are categorically not recommended and are fraught with negative consequences, up to the complete non-repairability of the device!
The appearance of the MainBoard 715G9237-M02-B00-005T is shown in the figure below:
715G9237-M02-B00-005TExternal view of the power supply
The main features of the PHILIPS 32PHS5813 device:
Installed matrix (LED-panel) TPT320B5-WHBN85.K.
A converter combined with a power supply is used to power the backlight LEDs and is controlled by a PF7708BS PWM controller. The keys of the MTBA5N10J3 type are used as power elements of the LED driver.
The formation of the necessary supply voltages for all nodes of the PHILIPS 32PHS5813 TV is carried out by the 715G7734-P01-008-001S power module, or its analogs using PF6005A (PWM SOT23-6) microcircuits and TK6A65D power switches.
MainBoard - the main board (motherboard) is a 715G9237-M02-B00-005T module using CPU, eMMC, DRAM, AUDIO, DC / DC chips and others.
The ST42CS-2-E tuner provides reception of television programs and tuning to channels.
PWM SMPS in SOT-23-6, SOT-26, TSOP-6 packages
In
the circuitry of modern switching power supplies (SMPS), PWM
controllers made in small-sized planar packages with six terminals have
gained wide popularity. The enclosure type designation can be SOT-23-6,
SOT-23-6L, SOT-26, TSOP-6, SSOT-6. The appearance and arrangement of the
pins are shown in the figure below. In this case, the code marking
LD7530A is shown on the left fragment of the picture.
Pin assignment:
1 - GND. (Common wire).
2
- FB. (FeedBack - Feedback). Input for controlling the duration of
pulses with a signal from the output voltage. Sometimes it can be
labeled COMP (input comparator).
3 - RI / RT / CT / COMP / NC -
Depending on the type of microcircuit, it can be used for a
frequency-setting RC circuit (RI / RT / CT), or for organizing
protection, as an input of a PWM trip comparator at a threshold value at
its input, specified in the document. In some types of microcircuits,
this input may not be used in any way (NC - No Connect).
4 - SENSE, otherwise CS (Current Sense) - Input from the current sensor at the source of the key.
5 - VCC - Input voltage supply and start of the microcircuit.
6 - OUT (GATE) - Output for controlling the gate (Gate) of the key.
Functionally,
these regulators work on the principle of the previously popular xx384x
PWM microcircuits, which have proven themselves well in terms of
reliability and stability.
Some difficulties often arise when
replacing or choosing an analog for such PWM regulators due to the use
of code markings in the designation of the type of microcircuits. The
situation is complicated by a large number of component manufacturers
who do not always provide documentation to the mass access, just as not
all manufacturers of finished devices supply repair service centers with
diagrams, so repairmen often have to study real circuit solutions by
installed components and wiring connections directly on the board.
In
practice, PWM microcircuits and the marking code EAxxx and Eaxxx are
often found. Official documentation for them was not found in the public
domain, but discussions on the forums and pieces of pictures from PDF
from System General, which publishes them as SG6848T and SG6848T2, have
survived. The drawing is here placed left .
For the attention of the masters, here below are PDF datasheet tables
compiled from information available on the Internet and PDF documents
for the selection of analogues types when replacing the most common
six-legged planar PWM with pinout pins: pin1 - GND, pin2 - FB (COMP),
pin4 - Sense, pin5 - Vcc, pin6 - OUT ...
Their main difference is the application and purpose of pin 3.
Name | Part Number | Fabricant | Marking |
---|---|---|---|
SG6849 | SG684965TZ | Fairchild / ON Semi | BBxx |
SG6849 | SG6849-65T, SG6849-65TZ | System General | MBxx EBxx |
SGP400 | SGP400TZ | System General | AAKxx |
PWM controllers (PWM) with a 95-100 kOhm resistor on pin 3.
When
applying the PWM listed below, the frequency should be set with the RT
(RI) resistor from pin 3 to ground. Usually its nominal value is chosen
95-100 kOhm for a frequency of 65-100 KHz. For more details, see the
here below attached documentation. PDF files are packed in RAR.
Name | Part Number | Fabricant | Marking |
---|---|---|---|
AP3103A | AP3103AKTR-G1 | Diodes Incorporated | GHL |
AP8263 | AP8263E6R, A8263E6VR | AiT Semiconductor | S1xx |
AT3263 | AT3263S6 | ATC Technology | 3263 |
CR6848 | CR6848S | Chip-Rail | 848H16 |
CR6850 | CR6850S | Chip-Rail | 850xx |
CR6851 | CR6851S | Chip-Rail | 851xx |
FAN6602R | FAN6602RM6X | Fairchild / ON Semi | ACCxx |
FS6830 | FS6830 | FirstSemi | |
GR8830 | GR8830CG | Grenergy | 30xx |
GR8836 | GR8836C, GR8836CG | Grenergy | 36xx |
H6849 | H6849NF | HI-SINCERITY | |
H6850 | H6850NF | HI-SINCERITY | |
HT2263 | HT2263MP | HOT-CHIP | 63xxx |
KP201 | Kiwi Instruments | ||
LD5530 | LD5530GL LD5530R | Leadtrand | xxt30 xxt30R |
LD7531 | LD7531GL, LD7531PL | Leadtrend | xxP31 |
LD7531A | LD7531AGL | Leadtrend | xxP31A |
LD7535/A | LD7535BL, LD7535GL, LD7535ABL, LD7535AGL | Leadtrend | xxP35-xxx35A |
LD7550 | LD7550BL, LD7550IL | Leadtrend | xxP50 |
LD7550B | LD7550BBL, LD7550BIL | Leadtrend | xxP50B |
LD7551 | LD7551BL/IL | Leadtrend | xxP51 |
LD7551C | LD7551CGL | Leadtrend | xxP51C |
NX1049 | XN1049TP | Xian-Innuovo | 49xxx |
OB2262 | OB2262MP | On-Bright-Electronics | 62xx |
OB2263 | OB2263MP | On-Bright-Electronics | 63xx |
PT4201 | PT4201E23F | Powtech | 4201 |
R7731 | R7731GE/PE | Richtek | 0Q= |
R7731A | R7731AGE | Richtek | IDP=xx |
SD4870 | SD4870TR | Silan Microelectronics | 4870 |
SF1530 | SF1530LGT | SiFirst | 30xxx |
SG5701 | SG5701TZ | System General | AAExx |
SG6848 | SG6848T, SG6848T1, SG6848TZ1, SG6848T2 | Fairchild / ON Semi | AAHxx EAxxx |
SG6858 | SG6858TZ | Fairchild / ON Semi | AAIxx |
SG6859A | SG6859ATZ, SG6859ATY | Fairchild / ON Semi | AAJFxx |
SG6859 | SG6859TZ | Fairchild / ON Semi | AAJMxx |
SG6860 | SG6860TY | Fairchild | AAQxx |
SP6850 | SP6850S26RG | Sporton Lab | 850xx |
SP6853 | SP6853S26RGB, SP6853S26RG | Sporton Lab | 853xx |
SW2263 | SW2263MP | SamWin | |
UC3863/G | UC3863G-AG6-R | Unisonic Technologies Co | U863 U863G |
XN1049 | XN1049, XN1049TP | Innuovo Microelectronics | 49 xxx |
PWM controllers that use pin 3 differently.
When
using the following PWM (PWM controllers), you should pay attention to
pin 3, which can be used to organize protection - thermal or from
overvoltage of the input voltage.
The frequency can be fixed at 65kHz, or set by the value of the capacitor at pin 3.
When replacing any microcircuits with analogs, carefully study the documentation. PDF files are packed in a RAR archive.
Name | Part Number | Fabricant | Marking |
---|---|---|---|
AP3105/V/L/R | AP3105KTR-G1, AP3105VKTR-G1, AP3105LKTR-G1, AP3105RKTR-G1 | Diodes Incorporated | GHN GHO GHP GHQ |
AP3105NA/NV/NL/NR | AP3105NAKTR-G1, AP3105NVKTR-G1, AP3105NLKTR-G1, AP3105NRKTR-G1 | Diodes Incorporated | GKN GKO GKP GKQ |
AP3125A/V/L/R | AP3125AKTR-G1, AP3125VKTR-G1, AP3125LKTR-G1, AP3125RKTR-G1 | Diodes Incorporated | GLS GLU GNB GNC |
AP3125B | AP3125BKTR-G1 | Diodes Incorporated | GLV |
AP3125HA/HB | AP3125HAKTR-G1, AP3125HBKTR-G1 | Diodes Incorporated | GNP GNQ |
AP31261 | AP31261KTR-G1 | Diodes Incorporated | GPE |
AP3127/H | AP3127KTR-G1, AP3127HKTR-G1 | Diodes Incorporated | GPH GSH |
AP3301 | AP3301K6TR-G1 | Diodes Incorporated | GTC |
FAN6862 | FAN6862TY | Fairchild / ON Semi | ABDxx |
FAN6863 | FAN6863TY, FAN6863LTY, FAN6863RTY | Fairchild / ON Semi | ABRxx |
HT2273 | HT2273TP | HOT-CHIP | 73xxx |
LD7510/J | LD7510GL, LD7510JGL | Leadtrend | xxP10 xxP10J |
LD7530/A | LD7530PL, LD7530GL, LD7530APL, LD7530AGL | Leadtrend | xxP30 xxxP30A |
LD7532 | LD7532GL | Leadtrend | xxP32 |
LD7532A | LD7532AGL | Leadtrend | xxP32A |
LD7532H | LD7532HGL | Leadtrend | xxP32H |
LD7533 | LD7533GL | Leadtrend | xxP33 |
LD7536 | LD7536GL | Leadtrend | xxP36 |
LD7536R | LD7536RGL | Leadtrend | xxP36R |
LD7537R | LD7537RGL | Leadtrend | xxP37R |
LD7539C GL | LD7539C GL | Leadtrend | xxP39C |
ME8204 | ME8204M6G | MicrOne | ME8204xx |
NCP1250 | NCP1250ASN65T1G, NCP1250BSN65T1G, NCP1250ASN100T1G, NCP1250BSN100T1G | ON Semiconductor | 25xxxx |
NCP1251 | NCP1251ASN65T1G, NCP1251BSN65T1G, NCP1251ASN100T1G, NCP1251BSN100T1G | ON Semiconductor | 5xxxxx |
OB2273 | OB2273MP | On-Bright-Electronics | 73xx |
R7735 | R7735AGE, R7735HGE, R7735GGE, R7735RGE, R7735LGE | Richtek | |
UC3873/G | UC3873-AG6-R, UC3873G-AG6-R | Unisonic Technologies | U873 U873G |
PHILIPS 32PHS5813 TV with LCD TPT320B5-WHBN85.K, 32 "(81 cm) 16: 9 format diagonal. The display technology of the model is implemented with LED backlighting.
TPT320B5-WHBN85.K sensor and MainBoard 715G9237 software provide high quality HD viewing at 1366x768 pixels in 720p (HD Ready).
32PHS5813 TV is equipped with SMART software and the ability to work on the Internet. Supported media file formats: MP3, WMA, MPEG4, HEVC (H.265), MKV, JPEG.
Speaker power 16 W (2x8 W) is provided by two speakers. Uses the NICAM stereo signal processing system and the Sound Surround function.
The external interface (communication with other devices) is supported by standard input and output connectors: antenna input (RF), AV, component, HDMI x2, MHL, USB x2, Ethernet (RJ-45). A headphone output is provided. The digital tuner is capable of receiving television channels in the DVB-T, DVB-T2, DVB-C, DVB-S, DVB-S2 standards.
The TV uses a 715G7734 power supply.
Dimensions: with stand 732x494x166 mm, without stand 732x435x81 mm.
TV weight: with stand: 4.6 kg, without stand: 4.5 kg.
Attention! The panel TPT320B5-WHBN85.K of the PHILIPS 32PHS5813 LED TV is an expensive and unreliable element.
Avoid any impacts on the glass and pressure on the screen surface to avoid damage to the LED panel!
It is also unsafe for liquid to spill onto the screen. Sometimes one drop is enough if it drips down the glass onto the cables to make the TV unrepairable.
Instructions and updates
Documentation:
Brochure Version: 2.0.1, PDF file, 446.6 kB, published November 22, 2019
Quick start guide PDF file, 1.1 MB, published January 14, 2019
User manual PDF file, 2.2 MB, published August 23, 2019
The files can be downloaded from the manufacturer's website for model 32PHS5813 / 60.