Part Number
    Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    MITSUMI SHUNT Search Results

    MITSUMI SHUNT Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    861410021H110LF
    Amphenol Communications Solutions 861410021H110LF-8614 SHUNT 2P PDF
    861410021H11LF
    Amphenol Communications Solutions 861410021H11LF-8614 SHUNT 2P LF CNR PDF
    69146-210LF
    Amphenol Communications Solutions 2.54mm (0.1inch) Centerline, Single Row, Shunt 10 Positions 0.76um (30u\\.) Gold Plating PDF
    65771-001LF
    Amphenol Communications Solutions 5.08mm (0.2inch) Centerline, Single Row Shunt Color Black 1.02um (40u\\.) Gold Plating PDF
    71363-102
    Amphenol Communications Solutions 2.54mm (0.1inch) Centerline, Single Row, High Body Shunt 0.38um (15u\\.) Gold Plating PDF

    MITSUMI SHUNT Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    MM1462XNRE

    Abstract: MM1462 SOT-25B MITSUMI mitsumi shunt MM1462BN MM1462XN SW11
    Contextual Info: MITSUMI Op Amplifier 2 Circuit and Shunt Regulator MM1462BN, MM1462XN Op Amplifier 2 Circuit and Shunt Regulator Monolithic IC MM1462BN, MM1462XN Outline MM1462BN incorporates a 2-circuit op amp + shunt regulator 1.25V , and MM1462XN incorporates a 2circuit op amp + shunt regulator (2.5V).


    Original
    MM1462BN, MM1462XN MM1462BN MM1462XN MM1462BN) MM1462XN) MM1462XNRE MM1462 SOT-25B MITSUMI mitsumi shunt SW11 PDF

    MM1431CURE

    Abstract: MM1431ANRE MM1431ATT
    Contextual Info: MITSUMI Precision Adjustable Shunt Regulator Precision Adjustable Shunt Regulator MM1431 Series Outline This IC is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35V with


    Original
    MM1431 MM1431AT/AN MM1431CURE MM1431ANRE MM1431ATT PDF

    MM1462XNRE

    Abstract: MM1462BN MM1462XN SW11
    Contextual Info: MITSUMI Op Amplifier 2 Circuit and Shunt Regulator 2.5V MM1462BN, MM1462XN Op Amplifier 2 Circuit and Shunt Regulator (2.5V) Monolithic IC MM1462BN, MM1462XN Outline MM1462BN incorporates a 2-circuit op amp + shunt regulator (1.25V), and MM1462XN incorporates a 2circuit op amp + shunt regulator (2.5V).


    Original
    MM1462BN, MM1462XN MM1462BN MM1462XN MM1462BN) MM1462XN) MM1462XNRE SW11 PDF

    Contextual Info: MITSUMI Precision Adjustable Shunt Regulator Precision Adjustable Shunt Regulator MM1530CU Outline This IC is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12V with


    Original
    MM1530CU SC-82ABB SC-82ABB MM1530CURE PDF

    MM1530CURE

    Contextual Info: MITSUMI Precision Adjustable Shunt Regulator MM1530CU Precision Adjustable Shunt Regulator MM1530CU Outline This IC is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12V with


    Original
    MM1530CU SC-82ABB SC-82ABB MM1530CURE PDF

    MM1462BNRE

    Contextual Info: MITSUMI Op Amplifier 2 Circuit and Shunt Regulator 2.5V MM1462BN, MM1462XN Op Amplifier 2 Circuit and Shunt Regulator (2.5V) Monolithic IC MM1462BN, MM1462XN Outline MM1462BN incorporates a 2-circuit op amp + shunt regulator (1.25V), and MM1462XN incorporates a 2circuit op amp + shunt regulator (2.5V).


    Original
    MM1462BN, MM1462XN MM1462BN MM1462XN MM1462BN) MM1462XN) MM1462BNRE PDF

    Contextual Info: MITSUMI Precision Adjustable Shunt Regulator MM1431 Series Precision Adjustable Shunt Regulator MM1431 Series Outline This IC is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35V with


    Original
    MM1431 MM1431AT/AN PDF

    MM1431CURE

    Abstract: MM1431ATT MM1431ANRE mitsumi shunt mm1431
    Contextual Info: MITSUMI Precision Adjustable Shunt Regulator MM1431 Series Precision Adjustable Shunt Regulator MM1431 Series Outline This IC is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35V with


    Original
    MM1431 MM1431AT/AN MM1431CURE MM1431ATT MM1431ANRE mitsumi shunt PDF

    Contextual Info: Precision Adjustable Shunt Regulator MM1431 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1431 AT/AN Outline The MM1431AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35


    Original
    MM1431 MM1431AT/AN OT-25 PDF

    Contextual Info: Precision Adjustable Shunt Regulator MM1431 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1431 AT/AN Outline The MM1431AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35


    Original
    MM1431 MM1431AT/AN OT-25 Ass10k PDF

    0-15 v Adjustable Regulator circuit

    Abstract: SHUNT REGULATOR MM1530 MM1530AT
    Contextual Info: Precision Adjustable Shunt Regulator MM1530 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1530 AT/AN Outline The MM1530AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12


    Original
    MM1530 MM1530AT/AN VREFVo12V OT-25A MM1431AT/AN 0-15 v Adjustable Regulator circuit SHUNT REGULATOR MM1530AT PDF

    MM1530AT

    Abstract: MM1530 MM1431AT
    Contextual Info: Precision Adjustable Shunt Regulator MM1530 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1530 AT/AN Outline The MM1530AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12


    Original
    MM1530 MM1530AT/AN VREFVo12V OT-25A MM1431AT/AN MM1530AT MM1431AT PDF

    Contextual Info: Precision Adjustable Shunt Regulator MM1431 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1431 AT/AN Outline The MM1431AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35


    Original
    MM1431 MM1431AT/AN PDF

    C 12 PH Zener diode

    Abstract: C 12 PH zener C 15 PH Zener diode DIODE ED 92 C 13 PH Zener diode zener ph 015 MM1530AT
    Contextual Info: Precision Adjustable Shunt Regulator MM1530 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1530 AT/AN Outline The MM1530AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12


    Original
    MM1530 MM1530AT/AN VREFVo12V OT-25A MM1431AT/AN C 12 PH Zener diode C 12 PH zener C 15 PH Zener diode DIODE ED 92 C 13 PH Zener diode zener ph 015 MM1530AT PDF

    MM1530

    Contextual Info: Precision Adjustable Shunt Regulator MM1530 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1530 AT/AN Outline The MM1530AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 12


    Original
    MM1530 MM1530AT/AN VREFVo12V OT-25 MM1431AT/AN PDF

    mm1431

    Contextual Info: Precision Adjustable Shunt Regulator MM1431 AT/AN MITSUMI Precision Adjustable Shunt Regulator Monolithic IC MM1431 AT/AN Outline The MM1431AT/AN is 3-termial adjustable shunt regulator, which provides a highly accurate 0.8% bandgap reference voltage. The output voltage can be adjusted to any value between reference voltage VREF and 35


    Original
    MM1431 MM1431AT/AN VREFVo35V OT-25A PDF

    MITSUMI variable capacitors

    Abstract: MM1357 inverter charging control circuit 12v 100 amp battery charging circuit mitsumi variable capacitor
    Contextual Info: MITSUMI Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 Control of Lithium Ion Batteries (switching regulator secondary) (two cells) Monolithic IC MM1357 Outline This IC is used to control two-cell chargers and the secondary side of switching regulators; it features


    Original
    MM1357 OP-14B MITSUMI variable capacitors MM1357 inverter charging control circuit 12v 100 amp battery charging circuit mitsumi variable capacitor PDF

    Contextual Info: MITSUMI Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 Control of Lithium Ion Batteries (switching regulator secondary) (two cells) Monolithic IC MM1357 Outline This IC is used to control two-cell chargers and the secondary side of switching regulators; it features


    Original
    MM1357 OP-14B PDF

    Contextual Info: MITSUMI Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 Control of Lithium Ion Batteries (switching regulator secondary) (two cells) Monolithic IC MM1357 Outline This IC is used to control two-cell chargers and the secondary side of switching regulators; it features


    Original
    MM1357 OP-14B PDF

    MM1301

    Abstract: MM1446 "battery protection" mitsumi shunt "Lithium Ion battery"
    Contextual Info: MITSUMI Lithium Ion Battery Protection for 1-cell in series MM1446 Lithium Ion Battery Protection (for 1-cell in series) Monolithic IC MM1446 Outline This IC is a lithium ion battery protection IC that adds control using a fuse to the method of overcurrent


    Original
    MM1446 MM1301 MM1446 "battery protection" mitsumi shunt "Lithium Ion battery" PDF

    MITSUMI variable capacitors

    Abstract: MM1357
    Contextual Info: Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 MITSUMI Control of Lithium Ion Batteries (switching regulator secondary) (two cells) Monolithic IC MM1357 Outline This IC is used to control two-cell chargers and the secondary side of switching regulators; it features


    Original
    MM1357 OP-14B MITSUMI variable capacitors MM1357 PDF

    SIP-14B

    Abstract: inverter charging control circuit MITSUMI variable capacitors mitsumi variable capacitor MM1357 Secondary Regulator for VTR 4 PIN Power regulator IC
    Contextual Info: MITSUMI Control of Lithium Ion Batteries switching regulator secondary (two cells) MM1357 Control of Lithium Ion Batteries (switching regulator secondary) (two cells) Monolithic IC MM1357 Outline This IC is used to control two-cell chargers and the secondary side of switching regulators; it features


    Original
    MM1357 OP-14B SIP-14B inverter charging control circuit MITSUMI variable capacitors mitsumi variable capacitor MM1357 Secondary Regulator for VTR 4 PIN Power regulator IC PDF

    MM1378

    Abstract: MM1377 125 vcc voltage regulator regulator adapter
    Contextual Info: MITSUMI Voltage and Current Control dual op-amp and shunt regulator (quad op-amp and shunt regulator) MM1377, 1378 Voltage and Current Control (dual op-amp and shunt regulator) (quad op-amp and shunt regulator) Monolithic IC MM1377, 1378 Outline The MM1377 incorporates an op-amp with a dual low-input offset voltage and a shunt regulator; the MM1378


    Original
    MM1377, MM1377 MM1378 MM1378 125 vcc voltage regulator regulator adapter PDF

    Contextual Info: MITSUMI Voltage and Current Control dual op-amp and shunt regulator (quad op-amp and shunt regulator) MM1377, 1378 Voltage and Current Control (dual op-amp and shunt regulator) (quad op-amp and shunt regulator) Monolithic IC MM1377, 1378 Outline The MM1377 incorporates an op-amp with a dual low-input offset voltage and a shunt regulator; the MM1378


    Original
    MM1377, MM1377 MM1378 PDF