ew Laptop Motherboard IC MAX17411GTM MAX17411

Product Description

The MAX17411GTM MAX17411 Laptop Motherboard IC is a dual-output Quick-PWM controller designed for Intel VR12 and IMVP-7 CPU and graphics power-supply applications. It is suitable for compatible laptop and notebook motherboard power circuits requiring CPU core and graphics power regulation.

Warranty Details

Warranty: No Warranty

Important Note:-

• Please verify the original IC marking, complete part number, package type, pin configuration, and motherboard circuit before ordering.

• The MAX17411 is a dual-output Quick-PWM controller designed for Intel VR12/IMVP-7 CPU and graphics power supplies.

• The MAX17411GTM uses a 48-pin 6mm × 6mm TQFN package.

• This product is the IC chip only. Motherboard, MOSFETs, inductors, capacitors, resistors, and other external components are not included.

• Professional board-level installation is strongly recommended.

• Proper motherboard diagnosis should be performed before replacing the IC because surrounding power components may also be damaged.

• Product images are for reference only. Actual IC marking and packaging may vary.

• If the product is found to be out of stock after ordering, the payment will be refunded.

FAQs

1. What is the MAX17411GTM IC used for?

The MAX17411GTM is a dual-output Quick-PWM controller used for CPU and graphics power-supply circuits compatible with Intel VR12 and IMVP-7 specifications.

2. Is MAX17411GTM used on laptop motherboards?

Yes. The MAX17411 is designed for power-supply applications in notebooks, desktops, and servers, including Intel CPU and graphics power circuits.

3. How many outputs does MAX17411 have?

The MAX17411 has two outputs, with one regulator for CPU power and another for graphics power.

4. What package does MAX17411GTM use?

The MAX17411GTM is supplied in a 48-pin TQFN package measuring 6mm × 6mm.

5. Is MAX17411GTM a complete power-supply module?

No. The MAX17411GTM is a power-supply controller IC. External MOSFETs, inductors, capacitors, current-sense components, and other circuit components are required to create the complete voltage-regulation circuit.