Path: okDatasheet > Semiconductor Datasheet > Mitsumi Datasheet > Mitsumi-15
094G MM1181JT PST994C PST3159 MM1594D PST3243 PST9221 MM1482 MM1593F PST3340 MM1294C PST3327 MM1349A MM1217XS PST7035 MM6572F MM1357 MM1302EF MM1301JW PST9146 PST9009N PST573K MM1027XF PST3135 PST9233 MM3034D PST592JM MM3033J
Part No | Manufacturer | Application |
---|---|---|
MM3104A | Mitsumi | Low-ripple, low-saturation CMOS regulators, 4.0V |
MM1257CT | Mitsumi | High-precision three-pin regulator |
MM3094G | Mitsumi | Low-ripple, low-saturation CMOS regulators, 4.6V |
MM1181JT | Mitsumi | Low-noise, low-saturation three-pin regulator |
PST994C | Mitsumi | System reset |
PST3159 | Mitsumi | CMOS system reset |
MM1594D | Mitsumi | Low-saturation 300mA regulators 4.3V |
PST3243 | Mitsumi | CMOS system reset |
PST9221 | Mitsumi | System reset |
MM1482 | Mitsumi | Regulator+reset IC for CD-ROM drive and optical disc drivers applications |
MM1593F | Mitsumi | Low-saturation 300mA regulators 3.5V |
PST3340 | Mitsumi | CMOS system reset |
MM1294C | Mitsumi | Protection of lithium ion battery (four cells in series) |
PST3327 | Mitsumi | CMOS system reset |
MM1349A | Mitsumi | Step-up DC/DC coverter(PWM) |
MM1217XS | Mitsumi | Elame detection amplifier |
PST7035 | Mitsumi | System reset |
MM6572F | Mitsumi | High precision operational amplifier |
MM1357 | Mitsumi | Control of lithium ion batteries(switching regulator secondfary)(two cells) |
MM1302EF | Mitsumi | Protection of lithium ion battery (two cell in series) |
MM1301JW | Mitsumi | Protection of lithium ion battery (four cells in series) |
PST9146 | Mitsumi | System reset |
PST9009N | Mitsumi | System reset |
PST573K | Mitsumi | System reset |
MM1027XF | Mitsumi | System reset (with battery back-up) |
PST3135 | Mitsumi | CMOS system reset |
PST9233 | Mitsumi | System reset |
MM3034D | Mitsumi | CMOS regulator for devices that use batteries and portable communications devices, output voltage = 4.3V |
PST592JM | Mitsumi | System reset |
MM3033J | Mitsumi | CMOS regulator for devices that use batteries and portable communications devices, output voltage = 3.8V |