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Murata OKL DataSheet

No. Partie # Fabricant Description Fiche Technique
1
OKL2-T-3-W12N-C

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet
2
OKL-T-3-W12P-C-S

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet
3
OKL-T-3-W12N-C

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet
4
OKL-T-3-W12P-C

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet
5
OKL-T-3-W12N-C-S

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet
6
OKL2-T-3-W12P-C

Murata
Programmable Output 3-Amp iLGA SMT PoLs

iLGA inspectable Land Grid Array
4.5-14Vdc input voltage range
Programmable output voltage from 0.591-5.5Vdc
Drives up to 200 μF ceramic capacitive loads
High power conversion efficiency at 93%
Outstanding thermal derating performance
Sh
Datasheet



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