Datasheet RP516x (Ricoh) - 9
| Hersteller | Ricoh |
| Beschreibung | 0.3V Low Output Voltage Low Quiescent Current 100mA Buck DC/DC Converter |
| Seiten / Seite | 30 / 9 — RP516x. TYPICAL APPLICATION CIRCUIT. RP516x Typical Application Circuit. … |
| Dateiformat / Größe | PDF / 2.3 Mb |
| Dokumentensprache | Englisch |
RP516x. TYPICAL APPLICATION CIRCUIT. RP516x Typical Application Circuit. Precautions for Selecting External Components
Modelllinie für dieses Datenblatt
- RP516H031A-T1-FE RP516H031B-T1-FE RP516H041A-T1-FE RP516H041B-T1-FE RP516H051A-T1-FE RP516H051B-T1-FE RP516H061A-T1-FE RP516H061B-T1-FE RP516H071A-T1-FE RP516H071B-T1-FE RP516H081A-T1-FE RP516H081B-T1-FE RP516H091A-T1-FE RP516H091B-T1-FE RP516H101A-T1-FE RP516H101B-T1-FE RP516H111A-T1-FE RP516H111B-T1-FE RP516H121A-T1-FE RP516H121B-T1-FE RP516K031A-TR RP516K031B-TR RP516K041A-TR RP516K041B-TR RP516K051A-TR RP516K051B-TR RP516K061A-TR RP516K061B-TR RP516K071A-TR RP516K071B-TR RP516K081A-TR RP516K081B-TR RP516K091A-TR RP516K091B-TR RP516K101A-TR RP516K101B-TR RP516K111A-TR RP516K111B-TR RP516K121A-TR RP516K121B-TR RP516Z031A-TR-F RP516Z031B-TR-F RP516Z041A-TR-F RP516Z041B-TR-F RP516Z051A-TR-F RP516Z051B-TR-F RP516Z061A-TR-F RP516Z061B-TR-F RP516Z071A-TR-F RP516Z071B-TR-F RP516Z081A-TR-F RP516Z081B-TR-F RP516Z091A-TR-F RP516Z091B-TR-F RP516Z101A-TR-F RP516Z101B-TR-F RP516Z111A-TR-F RP516Z111B-TR-F RP516Z121A-TR-F RP516Z121B-TR-F
Textversion des Dokuments
RP516x
No.EA-518-190325
TYPICAL APPLICATION CIRCUIT
VIN VOUT VIN LX L RP516x 2.2 µH C VOUT IN COUT 10 µF 22 µF CE GND
RP516x Typical Application Circuit Precautions for Selecting External Components
・Using ceramic capacitors with low ESR (Equivalent Series Resistance) are recommended. Select capacitors with bias characteristics and input/output voltages taken into consideration. ・When a built-in Lx switch is turned off, a spike-like high voltage may be generated due to an inductor. COUT voltage resistance should be 1.5 times or more than the set output voltage. ・Select an inductor having small DC resistance, sufficient allowable current and less possibility of causing magnetic saturation. 9
No.EA-518-190325
TYPICAL APPLICATION CIRCUIT
VIN VOUT VIN LX L RP516x 2.2 µH C VOUT IN COUT 10 µF 22 µF CE GND
RP516x Typical Application Circuit Precautions for Selecting External Components
・Using ceramic capacitors with low ESR (Equivalent Series Resistance) are recommended. Select capacitors with bias characteristics and input/output voltages taken into consideration. ・When a built-in Lx switch is turned off, a spike-like high voltage may be generated due to an inductor. COUT voltage resistance should be 1.5 times or more than the set output voltage. ・Select an inductor having small DC resistance, sufficient allowable current and less possibility of causing magnetic saturation. 9