| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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Mitsumi Electric |
1000mA Regulator 1. No-load current consumption 2. I/O voltage difference 3. Ripple rejection rate 4. Output current 5. Output noise voltage 6. Output voltage rank 7. Output ON/OFF control 2.5mA typ. 0.2V typ. (IO=500mA) 65dB typ. (f=120Hz, VRIPPLE=1VP-P, IO=250mA) 1 |
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MITSUMI |
I2C BUS Control 5-Input 2-Output AV Switch 1. Serial control by I2C bus. 2. 5-inputs, 2-outputs. 3. Video and audio system switches can be controlled independently. 4. 6dB amplifier built in to video system. 5. Built-in Y/C MIX circuit. 6. Slave address can be changed : 90H or 92H. 7. Audio m |
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MITSUMI |
Low-Saturation 300mA Regulators 1. Low current consumption 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 85µA typ. ±1.5% 0.12V typ. (Io=150mA) 70dB typ. -30 to +85°C 1.5 to 5.2V (0.1 |
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MITSUMI |
RGB Video Amplifier with OSD Input 1. Built-in wideband video amp 110MHz @ -3dB (4VP-P output) 2. OSD input has TTL interface bandwidth 50MHz 3. Output voltage less than 0.1V for blanking 4. High-speed switching between VIDEO/OSD 5. Each channel has an independent drive pin for color |
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MITSUMI |
Low-Saturation 300mA Regulators 1. Low current consumption 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 85µA typ. ±1.5% 0.12V typ. (Io=150mA) 70dB typ. -30 to +85°C 1.5 to 5.2V (0.1 |
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Mitsumishi |
Protection of Lithium Ion Battery 1. Consumption current (during overcharge) VCELL = 4.5 ROC = 270 kΩ 2. Consumption current (normal) VCELL = 3.5V 3. Consumption current (during overdischarge) VCELL = 1.9V 4. Consumption current (during overdischarge) VCELL = 1.0V 5. Overcharge detec |
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MITSUMI |
Low-Saturation voltage 1.5A LDO 1. Supply Current 2. Supply Current 3. Output Voltage Range 4. Output Voltage accuracy 5. Dropout Voltage 6. Line Regulation 7. Load Regulation 8. Ripple rejection 9. Thermal shutdown 10. Input & Output Capacitor 1mA typ. (No-Load) 1µA max. (OFF) 0. |
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Mitsumi Electronics |
(MM1065 / MM1165) Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators 1. Input/output voltage difference 2. No-load input current 3. Maximum reactive current at low input voltages 4. Maximum output current 5. Temperature coefficient of output voltage 6. Output voltage ranks 0.2V typ. (IO=40mA) 13µA typ. 15µA typ. (no-l |
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MITSUMI |
Low-Saturation 300mA Regulators 1. Low current consumption 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 85µA typ. ±1.5% 0.12V typ. (Io=150mA) 70dB typ. -30 to +85°C 1.5 to 5.2V (0.1 |
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MITSUMI |
Low-Saturation 300mA Regulators 1. Low current consumption 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 85µA typ. ±1.5% 0.12V typ. (Io=150mA) 70dB typ. -30 to +85°C 1.5 to 5.2V (0.1 |
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Mitsumi Electric |
5ch Motor Driver 1. 5ch motor driver in one package. 2. Small package ensures heat loss of 2.2W. 3. Built-in short brake (spindle). 4. Built-in thermal shutdown function. Package HSOP-28D Applications 1. for DVD players 2. for DVD minicomponent Pin Assignment 1 2 |
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MITSUMI |
Low-Saturation 300mA Regulators 1. Low current consumption 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 85µA typ. ±1.5% 0.12V typ. (Io=150mA) 70dB typ. -30 to +85°C 1.5 to 5.2V (0.1 |
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MITSUMI |
Low-Saturation 1000mA Regulators 1. Current consumption (no load) 2. High accuracy output voltage 3. Dropout voltage 4. High ripple rejection 5. Operating temperature range 6. Output voltage 7. Output capacitor 1mA typ. ±2.0% 0.18V typ. (Io=1000mA) 65dB typ. -40 to +85°C 0.9 to 2. |
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MITSUMI |
Precision Adjustable Shunt Regulator (Unless otherwise specified, Topr=+25°C) (1) Reference voltage tolerance VREF=2.495V±0.8% (2) Output voltage can be adjusted VREF Vo 35V (3) Low Dynamic Output Impedance ZKA 0.2 typ. (4) Specifications Operating Temperature Cathode to Anode vol |
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Mitsumi Electric |
RGB Video Amplifier for Monitors 1. 2. 3. 4. 5. 6. 7. 8. Low power consumption (VCC=8V, ICC=68mA) Smaller capacity for clamping capacitor (0.1µF) High band video amp 100MHZ @-3dB Matched (±0.1dB) contrast adjustment attenuators built in Built-in cutoff and brightness adjustment inpu |
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Mitsumi Electric |
(MM1326/1354/1369) Q Xpander Processors Q Xpander Processors co m These ICs are analog stereo enhancement processors. They use patented Q Xpander technology to create a stereo image with depth in three dimensions from ordinary left and right input channels. There is no need for any spec |
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Mitsumi Electronics |
Microminiature Low-Power Consumption Low-Saturation Regulator 1. 2. 3. 4. 5. 6. 7. No-load input current I/O voltage difference Ripple rejection ratio Output current Output noise voltage Output voltage rank Output on/off control 95µA typ. 0.1V typ.(Io=50mA) 70dB typ. 150mA max. 35µVrms typ. 2~3.3V(0.1V step), 3 |
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Mitsumi Electronics |
500mA Regulator 1. No-load current consumption 2. I/O voltage difference 3. Ripple rejection rate 4. Output current 5. Output noise voltage 6. Output voltage rank 7. Output ON/OFF control 1.9mA typ. 0.3V typ. (IO=250mA) 64dB typ. (f=120Hz, VRIPPLE=1VP-P, IO=250mA) |
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Mitsumi Electronics |
500mA Regulator 1. No-load current consumption 2. I/O voltage difference 3. Ripple rejection rate 4. Output current 5. Output noise voltage 6. Output voltage rank 7. Output ON/OFF control 1.9mA typ. 0.3V typ. (IO=250mA) 64dB typ. (f=120Hz, VRIPPLE=1VP-P, IO=250mA) |
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Mitsumi Electronics |
500mA Regulator 1. No-load current consumption 2. I/O voltage difference 3. Ripple rejection rate 4. Output current 5. Output noise voltage 6. Output voltage rank 7. Output ON/OFF control 1.9mA typ. 0.3V typ. (IO=250mA) 64dB typ. (f=120Hz, VRIPPLE=1VP-P, IO=250mA) |
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Desde 2024. D4U Semiconductor.
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