A single-phase full-bridge inverter is fed from a 48 V battery and is delivering power to a pure resistance load what is the value of fundaments output voltage?

Question

RRB Paper · Accepted Answer

The output DC voltage of a single-phase full-bridge inverter is given by:

Eo = 2√2Edc/π

Where Edc is the input DC voltage.

Substituting the given value of Edc = 48 V, we get:

Eo = 2√2*48/π = 43.22 V

Hence, the output DC voltage of the inverter is 43.22 V.

A single-phase full-bridge inverter is fed from a 48 V battery and is delivering power to a pure resistance load what is the value of fundaments output voltage?

15.80

22.26

8.36

43.22

The correct answer is `No. 4: 43.22`

Details

Frameworks

Database

Billing

Completed

Drop campaign files here or click to upload.

No result found

Advanced Search

A single-phase full-bridge inverter is fed from a 48 V battery and is delivering power to a pure resistance load what is the value of fundaments output voltage?

15.80

22.26

8.36

43.22

The correct answer is No. 4: 43.22

The correct answer is `No. 4: 43.22`