| Partie n | Fabricant | Application |
|---|
| MM1302GF | Mitsumi | Protection of lithium ion battery (two cell in series) |
| MM1065JT | Mitsumi | Ultra-low power consumption low-saturation three-pin regulator with on/off pin |
| MM1165HM | Mitsumi | Ultra-low power consumption low-saturation three-pin regulator with on/off pin |
| MM1205XD | Mitsumi | 130MHz RGB video amplifier |
| MM1181HT | Mitsumi | Low-noise, low-saturation three-pin regulator |
| PST600H | Mitsumi | System reset |
| PST3125 | Mitsumi | CMOS system reset |
| MM3033E | Mitsumi | CMOS regulator for devices that use batteries and portable communications devices, output voltage = 3.4V |
| PST9220 | Mitsumi | System reset |
| MM3094B | Mitsumi | Low-ripple, low-saturation CMOS regulators, 4.1V |
| PST574F | Mitsumi | System reset |
| MM3033H | Mitsumi | CMOS regulator for devices that use batteries and portable communications devices, output voltage = 3.7V |
| MM1593H | Mitsumi | Low-saturation 300mA regulators 3.7V |
| MM1216JN | Mitsumi | Low-saturation three-pin regulator with externally mounted power transistor |
| MM1594F | Mitsumi | Low-saturation 300mA regulators 4.5V |
| MM1007XF | Mitsumi | HBS-compaqtible driver and receiver |
| MM3102D | Mitsumi | Low-ripple, low-saturation CMOS regulators, 2.3V |
| PST9245 | Mitsumi | System reset |
| PST594J | Mitsumi | System reset |
| MM1302FF | Mitsumi | Protection of lithium ion battery (two cell in series) |
| PST9239 | Mitsumi | System reset |
| PST3458 | Mitsumi | CMOS system reset |
| PST9229 | Mitsumi | System reset |
| PST3259 | Mitsumi | CMOS system reset |
| PST3155 | Mitsumi | CMOS system reset |
| PST595KM | Mitsumi | System reset |
| MM1293D | Mitsumi | Protection of lithium ion battery (three cells in series) |
| MM3104H | Mitsumi | Low-ripple, low-saturation CMOS regulators, 4.7V |
| MM1165FT | Mitsumi | Ultra-low power consumption low-saturation three-pin regulator with on/off pin |
| MM1216IN | Mitsumi | Low-saturation three-pin regulator with externally mounted power transistor |
