The MPM3683-7 is an easy-to-use, fully integrated, step-down, DC/DC power module with 8A of continuous current and 10A of peak current. The MPM3683-7 integrates a DC/DC converter, power inductor, and some basic passive components. The MPM3683-7 can deliver output current over a wide input voltage supply range with excellent load and line regulation.
The MPM3683-7 uses constant-on-time (COT) control to provide fast transient response and ease loop stabilization.
The operating frequency can be set to 600kHz, 800kHz, or 1000kHz easily with the MODE configuration, allowing the MPM3683-7 frequency to remain constant regardless of the input and output voltages.
The MPM3683-7 has an internal soft-start (SS) timer of about 1.6ms. This can be increased with an extra SS capacitor placed between TRK/REF and Vo Sense-. An open-drain power good signal indicates that the output voltage is within the nominal voltage range.
The MPM3683-7 has fully integrated, non-latched protection features including over-current protection (OCP), over-voltage protection (OVP), under-voltage protection (UVP), and over-temperature protection (OTP).
在节省空间的QFN-2 MPM3683-7可用8 (7mmx7mmx4mm) package.
Show moreShow less
Log in to your account
Create New Account
Forgot Password
Log in to continue
myMPS+
A Plus account is required to perform this action. Log in to your myMPS+ account orcreate one now.
Don’t have a myMPS+ account yet?
Get early access to new products, datasheets, and free samples.
The EVM3683-7-QN-01A Evaluation Board is designed to demonstrate the capabilities of MPS’ MPM3683-7.The MPM3683-7 is an easy-to-use fully integrated peak10A, continuous 8A step-down DC/DC power module. MPM3683-7 can deliver output current over a wide input supply voltage range with excellent load and line regulation.
The MPM3683-7 uses Constant-On-Time (COT) control to provide fast transient response and ease the loop stabilization.
The operating frequency is set easily to 600 kHz, 800 kHz, or 1000 kHz with the MODE configuration, allowing the MPM3683-7 frequency to remain constant regardless of the input/output voltages.
Log in to your account
Create New Account