Vestel — 17ips62 Schematic

Search for "Vestel 17IPS62 Rev 3.0 circuit diagram" on ElektroTanya – you will find a 400KB PDF file. Download it, study it, and bring that dead TV back to life. Have you repaired a Vestel 17IPS62? What was your strangest fault? Share your experience in the comments below (or on the repair forums).

Introduction In the world of modern electronics repair, few names appear as frequently on the workbench as Vestel . This Turkish OEM (Original Equipment Manufacturer) supplies power supplies, main boards, and complete chassis to dozens of well-known TV brands, including Toshiba, Hitachi, JVC, Polaroid, Finlux, and many supermarket-brand models (Technika, Logik, etc.). One of the most ubiquitous power supply units (PSUs) found in 32-inch to 43-inch LED LCD TVs from the mid-2010s is the Vestel 17IPS62 .

If you are searching for the , you are likely staring at a "dead" TV – one with no power, no standby light, or a clicking relay. This article will serve as your complete repair guide. We will not only provide a detailed walkthrough of the schematic but also explain common faults, testing procedures, and component-level fixes. vestel 17ips62 schematic

A: Vestel used multiple revisions. Rev 1.0 used TNY267. Rev 3.0 used ICE2QR4765. Always match the revision number printed on the white sticker on your board.

A: Yes. Plug in AC, you should get 5VSB. To force the 12V and 24V rails, connect a 1k Ohm resistor between the "PS-ON" pin and "5VSB" pin. The relay won't click (there is none), but you will hear the transformer start, and voltages should appear. Search for "Vestel 17IPS62 Rev 3

TV is completely dead. No standby LED.

A: This is "hiccup mode". It usually means a short on the secondary side. Disconnect the main board. If 5VSB stabilizes, the short is on your main board. If it still pulses, check D13, D14, and C23, C26 for shorts. Conclusion The Vestel 17IPS62 schematic is more than just a PDF – it is your roadmap to resurrection. While finding the official service manual can be a challenge, the information provided in this guide, combined with community-sourced diagrams from ElektroTanya or Badcaps, should equip you to repair 95% of faults. What was your strangest fault

| Test Point | Voltage (Operating) | Voltage (Standby) | Found on Schematic | | :--- | :--- | :--- | :--- | | | 300-340V DC | 300-340V DC | After BD1, across C5 | | VCC (IC1) | 12-15V | 0V | Pin 6 of LD7535 | | 5VSB | 5V ±5% | 5V ±5% | CN1 pin (check layout) | | 12V | 12V ±5% | 0V | Cathode of D13/D14 | | 24V_BL | 24V ±10% | 0V | Cathode of D21 | | PS-ON | 3-5V | 0V | CN1 (sent from main board) |