| 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 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 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 ELECTRIC |
System Reset 1. 2. 3. 4. 5. Built-in watch dog timer Low current consumption 130µA TYP. Low operating threshold voltage VCC=0.8V Watch dog stop function (RCT terminal) Long clock monitoring time TPR (POWER ON) : TWD (clock monitoring)=1 : 1 6. Fewer outer compone |
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MITSUMI ELECTRIC |
Remaining Battery Power Display 1. 2. 3. 4. Adjustable flashing speed Adjustable detection voltage supports all settings Adjustable hysteresis voltage enables response to large ripple settings High precision voltage detection (MM1253) enables support of sets using nickel cadmium an |
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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 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 Electric |
Monolithic IC Op-amp unit 1. Input offset voltage 2. Input offset current 3. Input bias current 4. Common-mode input voltage range 5. Power supply current 0.2mV typ. 5nA typ. 30nA typ. 0~VCC-1V 0.6mA typ. Shunt regulator unit 1. Reference voltage 2. Reference vo |
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MITSUMI ELECTRIC |
System Reset 1. 2. 3. 4. 5. Built-in watchdog timer Low minimum operating voltage Low operating limit voltage Watchdog stop function (RCT pin) Few external parts 100µA typ. Vcc=0.8V Package DIP-8B (MM1095AD, MM1095BD) SOP-8C (MM1095AF, MM1095BF) SIP-8A (MM1095AS |
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MITSUMI ELECTRIC |
Remaining Battery Power Display 1. 2. 3. 4. Adjustable flashing speed Adjustable detection voltage supports all settings Adjustable hysteresis voltage enables response to large ripple settings High precision voltage detection (MM1253) enables support of sets using nickel cadmium an |
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MITSUMI ELECTRIC |
High-Precision Three-Pin Regulator 1. 2. 3. 4. 5. 6. Input current Output noise voltage Maximum output current No-load input current Thermal shutdown circuit provided Output voltage ranks 27V max. 200µVRMS typ. 100mA max. 500µA typ. A : 12V±2% E : 6V±2% B : 10V±2% F : 5V±2% C : 9V±2% |
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Mitsumi Electric |
I2C Bus Video Switch 1. 2. 3. 4. 5. 6. 7. 8. 9. Utilizes serial control by I2C bus 3 video input systems for 3 outputs, VOUT, YOUT and COUT VOUT has built-in 6dB amp VOUT has built-in output clamp circuit Audio system has built-in mute function 1 output port built-in Ope |
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MITSUMI ELECTRIC |
LCD Interface Monolithic IC 1. 2. 3. 4. Built-in post filter 5MHz LPF Built-in amp GV=16.5dB Adjustable white balance Built-in common amp GVCOM=20dB LCD Interfaceco m This IC was developed for interface with digital video equipment having an LCD monitor. It can be used as in |
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MITSUMI ELECTRIC |
Microminiature Low-Noise / Low-Saturation Three-Pin Regulator 1. 2. 3. 4. 5. 6. Input/output voltage difference Output noise voltage Recommended maximum output current No-load input current With internal overcurrent protection and thermal shutdown circuits Output voltage ranks m Microminiature Low-Noise, Low-S |
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MITSUMI ELECTRIC |
Bass Amplifier 1. Dynamic bass boost Boost can be adjusted higher for lower sound, and smaller for bigger sound. 2. Boost switching pin Boost amount can be switched for music and video software, giving a change to the set 3. High range boost By boosting the high ra |
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Mitsumi Electric |
Monolithic IC Op-amp unit 1. Input offset voltage 2. Input offset current 3. Input bias current 4. Common-mode input voltage range 5. Power supply current 0.2mV typ. 5nA typ. 30nA typ. 0~VCC-1V 0.6mA typ. Shunt regulator unit 1. Reference voltage 2. Reference vo |
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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 Electric |
Control of Lithium Ion Batteries enhanced functions for current switching and for overcharge detection and other kinds of protection. The control output is capable of driving a photocoupler LED. The charging current can be switched between high and low currents, and each can also be |
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MITSUMI ELECTRIC |
Charge and discharge control for coin-type lithium batteries and manganese dioxide lithium batteries During charging 1. Input voltage range 2. Current consumption (during constant current charging) 3. Current consumption (when charging is off) 4. Charging current 5. Charging shut-off voltage (Ta=-20~+70°C) During discharging 1. Discharging shut-off |
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Desde 2024. D4U Semiconductor.
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