AON7934

The AON7934 is a dual N-channel enhancement MOSFET from Alpha & Omega. It is packaged in a DFN-A EP package and features two channels with maximum drain source voltages of 30V. The maximum continuous drain currents are 16A for Q1 and 18A for Q2. The maximum gate source voltage is ±20V. The typical gate charge is 8nC at 10V for Q1 and 12.9nC at 10V for Q2. The maximum power dissipation is 23,000mW for Q1 and 25,000mW for Q2. The operating temperature range is from -55°C to 150°C.

AON7934 datasheet preview page 1

About AON7934

The Alpha & Omega AON7934 Semiconductors datasheet provides detailed technical specifications, pinout information, and operating characteristics. This component: The AON7934 is a dual N-channel enhancement MOSFET from Alpha & Omega. It is packaged in a DFN-A EP package and features two channels with maximum drain source voltages of 30V. The maximum continuous drain currents are 16A for Q1 and 18A for Q2. The maximum gate source voltage is ±20V. The typical gate charge is 8nC at 10V for Q1 and 12.9nC at 10V for Q2. The maximum power dissipation is 23,000mW for Q1 and 25,000mW for Q2. The operating temperature range is from -55°C to 150°C.. Key parameters include Cage Code: 6USE7, Category: Power MOSFET, Channel Mode: Enhancement, Channel Type: N, and Configuration: Dual. AON7934 is manufactured by Alpha & Omega as part of their Semiconductors product line. On this page you can view and download the PDF datasheet, check specifications, and find similar components.

Specifications

Manufacturer
Alpha & Omega
Category
Semiconductors

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Parameters

Cage Code6USE7
CategoryPower MOSFET
Channel ModeEnhancement
Channel TypeN
ConfigurationDual
ECCNEAR99
EU RoHSYes
HTS Code8541290095
Maximum Continuous Drain Current16@Q 1|18@Q 2A
Maximum Drain Source Resistance10.2@10V@Q 1|7.7@10V@Q 2mOhm
Maximum Drain Source Voltage30V
Maximum Gate Source Voltage±20V
Maximum Gate Threshold Voltage2.2V
Maximum Power Dissipation23000@Q 1|25000@Q 2mW
Max Operating Temperature150°C
Min Operating Temperature-55°C
Number of Elements per Chip2
Package/CaseDFN-A EP
RoHS Versions2011/65/EU, 2015/863
Schedule B8541290080
Typical Gate Charge @ 10V8@Q 1|12.9@Q 2nC
Typical Gate Charge @ Vgs8@10V|[email protected]@Q 1|12.9@10V|[email protected]@Q 2nC
Typical Input Capacitance @ Vds485@15V@Q 1|807@15V@Q 2pF