| No. |
Part Name |
Description |
Manufacturer |
| 181 |
RH5RI623B-T1 |
VFM step-up DC/DC converter. Output voltage 6.2V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 182 |
RH5RI623B-T2 |
VFM step-up DC/DC converter. Output voltage 6.2V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 183 |
RH5RI633B-T1 |
VFM step-up DC/DC converter. Output voltage 6.3V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 184 |
RH5RI633B-T2 |
VFM step-up DC/DC converter. Output voltage 6.3V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 185 |
RH5RI643B-T1 |
VFM step-up DC/DC converter. Output voltage 6.4V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 186 |
RH5RI643B-T2 |
VFM step-up DC/DC converter. Output voltage 6.4V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 187 |
RH5RI653B-T1 |
VFM step-up DC/DC converter. Output voltage 6.5V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 188 |
RH5RI653B-T2 |
VFM step-up DC/DC converter. Output voltage 6.5V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 189 |
RH5RI663B-T1 |
VFM step-up DC/DC converter. Output voltage 6.6V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 190 |
RH5RI663B-T2 |
VFM step-up DC/DC converter. Output voltage 6.6V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 191 |
RH5RI673B-T1 |
VFM step-up DC/DC converter. Output voltage 6.7V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 192 |
RH5RI673B-T2 |
VFM step-up DC/DC converter. Output voltage 6.7V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 193 |
RH5RI683B-T1 |
VFM step-up DC/DC converter. Output voltage 6.8V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 194 |
RH5RI683B-T2 |
VFM step-up DC/DC converter. Output voltage 6.8V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 195 |
RH5RI693B-T1 |
VFM step-up DC/DC converter. Output voltage 6.9V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 196 |
RH5RI693B-T2 |
VFM step-up DC/DC converter. Output voltage 6.9V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 197 |
RH5RI703B-T1 |
VFM step-up DC/DC converter. Output voltage 7.0V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 198 |
RH5RI703B-T2 |
VFM step-up DC/DC converter. Output voltage 7.0V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 199 |
RH5RI713B-T1 |
VFM step-up DC/DC converter. Output voltage 7.1V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 200 |
RH5RI713B-T2 |
VFM step-up DC/DC converter. Output voltage 7.1V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 201 |
RH5RI723B-T1 |
VFM step-up DC/DC converter. Output voltage 7.2V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 202 |
RH5RI723B-T2 |
VFM step-up DC/DC converter. Output voltage 7.2V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 203 |
RH5RI733B-T1 |
VFM step-up DC/DC converter. Output voltage 7.3V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 204 |
RH5RI733B-T2 |
VFM step-up DC/DC converter. Output voltage 7.3V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 205 |
RH5RI743B-T1 |
VFM step-up DC/DC converter. Output voltage 7.4V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 206 |
RH5RI743B-T2 |
VFM step-up DC/DC converter. Output voltage 7.4V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 207 |
RH5RI753B-T1 |
VFM step-up DC/DC converter. Output voltage 7.5V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T1 |
Ricoh |
| 208 |
RH5RI753B-T2 |
VFM step-up DC/DC converter. Output voltage 7.5V. Internal Tr./External Tr. (selectively available)(oscillator frequency 100kHz, with chip enable function) Taping type T2 |
Ricoh |
| 209 |
TC1426 |
The TC1426/27/28 are a family of 1.2A dual high- speed drivers. CMOS fabrication is used for low power consumption and high efficiency. These devices are fabricated using an epitaxial layer to effectively short out the intrinsic parasitic |
Microchip |
| 210 |
TC1427 |
The TC1426/27/28 are a family of 1.2A dual high- speed drivers. CMOS fabrication is used for low power consumption and high efficiency. These devices are fabricated using an epitaxial layer to effectively short out the intrinsic parasitic |
Microchip |
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