Datasheet RP517x (Ricoh) - 10
| Manufacturer | Ricoh |
| Description | 0.3V Low Output Voltage Low Quiescent Current 300mA Buck DC/DC Converter |
| Pages / Page | 29 / 10 — RP517x. TECHNICAL NOTES |
| File Format / Size | PDF / 2.3 Mb |
| Document Language | English |
RP517x. TECHNICAL NOTES
Model Line for this Datasheet
- RP517H031C-T1-FE RP517H031D-T1-FE RP517H041C-T1-FE RP517H041D-T1-FE RP517H051C-T1-FE RP517H051D-T1-FE RP517H061C-T1-FE RP517H061D-T1-FE RP517H071C-T1-FE RP517H071D-T1-FE RP517H081C-T1-FE RP517H081D-T1-FE RP517H091C-T1-FE RP517H091D-T1-FE RP517H101C-T1-FE RP517H101D-T1-FE RP517H111C-T1-FE RP517H111D-T1-FE RP517H121C-T1-FE RP517H121D-T1-FE RP517K031C-TR RP517K031D-TR RP517K041C-TR RP517K041D-TR RP517K051C-TR RP517K051D-TR RP517K061C-TR RP517K061D-TR RP517K071C-TR RP517K071D-TR RP517K081C-TR RP517K081D-TR RP517K091C-TR RP517K091D-TR RP517K101C-TR RP517K101D-TR RP517K111C-TR RP517K111D-TR RP517K121C-TR RP517K121D-TR RP517Z031C-TR-F RP517Z031D-TR-F RP517Z041C-TR-F RP517Z041D-TR-F RP517Z051C-TR-F RP517Z051D-TR-F RP517Z061C-TR-F RP517Z061D-TR-F RP517Z071C-TR-F RP517Z071D-TR-F RP517Z081C-TR-F RP517Z081D-TR-F RP517Z091C-TR-F RP517Z091D-TR-F RP517Z101C-TR-F RP517Z101D-TR-F RP517Z111C-TR-F RP517Z111D-TR-F RP517Z121C-TR-F RP517Z121D-TR-F
Text Version of Document
RP517x
No.EA-519-190325
TECHNICAL NOTES
The performance of a power source circuit using this device is highly dependent on the peripheral circuit. A peripheral component or the device mounted on PCB should not exceed a rated voltage, a rated current or a rated power. When designing a peripheral circuit, please be fully aware of the following points. ・When an intermediate voltage other than VIN and GND is input to the CE pin, a supply current may be increased by a through current of a logic circuit in the IC. The CE pin is neither pulled up nor pulled down, therefore the operation is not stable at open. 10
No.EA-519-190325
TECHNICAL NOTES
The performance of a power source circuit using this device is highly dependent on the peripheral circuit. A peripheral component or the device mounted on PCB should not exceed a rated voltage, a rated current or a rated power. When designing a peripheral circuit, please be fully aware of the following points. ・When an intermediate voltage other than VIN and GND is input to the CE pin, a supply current may be increased by a through current of a logic circuit in the IC. The CE pin is neither pulled up nor pulled down, therefore the operation is not stable at open. 10
