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AON6926 The AON6926 is a 30V dual N-channel MOSFET in a half-bridge configuration, featuring 44A (Q1) and 50A (Q2) continuous drain current. It is designed for high-efficiency synchronous buck power stages.
Mfr Part #:

AON6926

Available from 1 distributors
Mfr Name: Alpha&Omega Semicondu Ctor
Alpha&Omega Semicondu Ctor
The AON6926 is a 30V dual N-channel MOSFET in a half-bridge configuration, featuring 44A (Q1) and 50A (Q2) continuous drain current. It is designed for high-efficiency synchronous buck power stages.
✓ Total Stock: 1,470 pcs
$ Price Range: $0.41 - $0.45

AON6926 Available from 1 distributor

✓ Authorised
✓ Non-Authorised
Distributor Stock Pricing MOQ PKG Lead Time Date Code On Order Quantity On Order Delivery
Rayichip ✓
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1,470 pcs
On Request
1470 pcs On Request 1 On Request On Request On Request On Request On Request
DistyParts aggregates offers from multiple distributors. Final prices, lead times and terms are subject to the distributors' discretion and may change without prior notice. DistyParts is not liable for any discrepancies.

AON6926 Specifications Quick View

Most important parameters for selection – full specs in datasheet.
Category
Manufacturer Name
Configuration
Current
Drain to Source Voltage (Vdss)
FET Feature
Gate Charge (Qg) (Max) @ Vgs
Input Capacitance (Ciss) (Max) @ Vds
Mounting Type
Operating Temperature
Power
Rds On (Max) @ Id, Vgs
Storage Temperature
Supplier Device Package
Technology
Vgs(th) (Max) @ Id
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AON6926 Description

Short technical summary and product information.

The AON6926 is a 30V dual N-channel MOSFET from Alpha & Omega Semiconductor, configured as a half bridge with two asymmetric MOSFETs in a single 8-DFN (5x6) package. The Q1 high-side MOSFET is optimized for low switching losses, while the Q2 low-side MOSFET (SRFET) features an integrated Schottky diode and low Rds(on) to minimize conduction losses.

 

Key electrical specifications include a drain-source voltage rating of 30V, continuous drain currents of 44A (Q1) and 50A (Q2) at 25°C, and pulsed drain currents up to 100A (Q1) and 140A (Q2). The maximum Rds(on) is 11mΩ for Q1 and 8.5mΩ for Q2 at Vgs=10V, with logic-level gate threshold voltages (1.5V min, 2.5V max). Gate charge is 24nC maximum, and input capacitance is 1380pF maximum.

 

The device is surface-mount and operates over a junction temperature range of -55°C to 150°C. It is suitable for compact DC/DC converter applications, particularly synchronous buck converters where high efficiency and board space utilization are critical.

AON6926 Quick Information

Product Type: Dual N-Channel MOSFET Array
Canonical Name: AON6926 30V Dual Asymmetric N-Channel MOSFET
Subcategory: Half Bridge MOSFET Array

AON6926 Compliance

RoHS Status: RoHS Compliant
Moisture Sensitivity Level (MSL): 1 (Unlimited)
REACH Status: REACH Unaffected

AON6926 Estimated Pricing

Qty Low High
3,000+ $0.45 $0.45
6,000+ $0.43 $0.43
9,000+ $0.41 $0.41

Estimated market price range - modelled values for guidance only, not live distributor offers.

AON6926 Features

  • 30V drain-source voltage rating.
  • 44A/50A continuous drain current.
  • Low Rds(on) of 11mΩ and 8.5mΩ.
  • Logic level gate drive capability.
  • Integrated Schottky diode in low-side MOSFET.

AON6926 Applications

  • Used in synchronous buck DC-DC converters.
  • Ideal for high-efficiency power stages.
  • Suitable for compact power management systems.
  • Designed for notebook and desktop VRM.

AON6926 FAQs

7 frequently asked questions generated from this part’s specifications.
What is the operating temperature range of the AON6926?

-55°C to 150°C (junction).

What package is the AON6926 available in?

8-DFN (5x6) (PowerVDFN).

Is the AON6926 RoHS compliant?

Yes, RoHS3 Compliant (unverified).

What is the drain-source voltage rating?

30V.

What is the gate threshold voltage?

1.5V minimum, 2V typical, 2.5V maximum at V_GS=V_DS, I_D=250µA.

What is the maximum continuous drain current for Q1 and Q2?

Q1: 44A at T_A=25°C; Q2: 50A at T_A=25°C.

What is the typical input capacitance?

1380 pF maximum at V_DS=15V, f=1MHz.

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