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    CRCW08051002FRT6 Search Results

    CRCW08051002FRT6 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    CRCW08051002FRT6 Vishay RES, 10K, 1/10W, 1%, 0805 Original PDF

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    MBRS2040

    Abstract: lm3485 SI2307DS 35MV330WX mss1278-223ml
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=20.0 V Vout1=3.3 V VinMax=28.0 V Iout1=0.5 A benefit is high efficiency operation at light loads without an increase in output ripple. The snubbing circuit comprised of R2 and C5 help in reducing the noise generated by the hysteretic operation. The output load can be changed by adjusting the voltage divider.


    Original     		LM3485 250kHz LM3485 CSP-9-111S2) CSP-9-111S2. MBRS2040 SI2307DS 35MV330WX mss1278-223ml PDF

    P8208

    Abstract: MMSD4148 LM5020 MMSD4148 VISHAY C4532X7R1E106M ILHP-5050FD-222
    Text: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=6 Vout1=20 VinMax=20 Iout1=5 2.0 Design Description The LM5020 is employed here to design a Boost power supply where the input voltage rail is stepped up to create the


    Original     		LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. P8208 MMSD4148 MMSD4148 VISHAY C4532X7R1E106M ILHP-5050FD-222 PDF

    P6138

    Abstract: sluu140 C3216X7R1C475KT UCC27222 UCC3803 SLUP192 P-6138 3M Touch Systems
    Text: User’s Guide 12ĆV to 1.8ĆV, 20ĆA HighĆ Efficiency Synchronous Buck Converter Using the UCC272222 with Predictive Gate Drive User’s Guide 1 EVM IMPORTANT NOTICE Texas Instruments TI provides the enclosed product(s) under the following conditions:


    Original     		UCC272222 P6138 sluu140 C3216X7R1C475KT UCC27222 UCC3803 SLUP192 P-6138 3M Touch Systems PDF

    LM5020

    Abstract: R107 diode transistor c111 CRCW08054991FRT6 C105 Diode transistor C101 transistor c102 C107 C108 C103 c104
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=-48 Vout1=13.5 VinMax=-48 Iout1=1.5 2.0 Design Description The LM5020 is employed here to design a Buck-Boost type power supply where the absolute value of the negative input voltage rail can be above or below the positive output voltage


    Original     		LM5020 CSP-9-111S2) CSP-9-111S2. LM5020 R107 diode transistor c111 CRCW08054991FRT6 C105 Diode transistor C101 transistor c102 C107 C108 C103 c104 PDF

    vj0805y103kxac

    Abstract: LM5020 50CV150AX B240 CRCW08051503FRT6 DO3316P-683 SI3458DV
    Text: National Semiconductor LM5020 July 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=20 Vout1=3 VinMax=28 Iout1=0.9 2.0 Design Description This design document describes a circuit for driving very bright high current LEDs, such as Luxeon LEDs, using a peak


    Original     		LM5020 LM5020, CSP-9-111S2) CSP-9-111S2. vj0805y103kxac LM5020 50CV150AX B240 CRCW08051503FRT6 DO3316P-683 SI3458DV PDF

    6TPD330M

    Abstract: c3216x5r0j106m SI4442 LM2727 LM2737 MBR0520LT1 CRCW08051503FRT6
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=5 Vout1=3.3 VinMax=5 Iout1=30 3 High current paths are very short. 4) Multiple MOSFETs have been used to reduce the conduction and switching losses. 5) Feedback connections are short and direct. 6) High-side MOSFETs are as close as possible to the controller.


    Original     		LM2727 LM2737. LM2737 200kHz CSP-9-111S2) CSP-9-111S2. LM2737 6TPD330M c3216x5r0j106m SI4442 MBR0520LT1 CRCW08051503FRT6 PDF

    VJ0805Y104KXXAT

    Abstract: transistor c317 C307 C312 mosfet c309 25MV330WX C314 C300 C302 C306
    Text: National Semiconductor LM2651 June 2006 1.0 Design Specifications Inputs Outputs #1 Outputs #2 Outputs #3 VinMin=13.5 Vout1=1.8 Vout2=3.3 Vout3=2.5 VinMax=13.5 Iout1=1.5 Iout2=2.0 Iout3=0.1 2.0 Design Description The design uses a LM2651 synchronous controller utilizing


    Original     		LM2651 LM2651 300kHz. CSP-9-111S2) CSP-9-111S2. VJ0805Y104KXXAT transistor c317 C307 C312 mosfet c309 25MV330WX C314 C300 C302 C306 PDF

    C3216X5R0J106

    Abstract: LM5000 CRCW08051002FRT6 DO3316P-223 MBRA120 VJ0805Y104KXXAT 16MV470WG
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=4.0 V Vout1=5.0 V VinMax=9.0 V Iout1=0.6 A 2.0 Design Description The LM5000 is used to design a SEPIC power supply with a positive input voltage rail that can go above or below output voltage rail. The LM5000 is a PWM regulator with internal FET


    Original     		LM5000 CSP-9-111S2) CSP-9-111S2. LM5000 C3216X5R0J106 CRCW08051002FRT6 DO3316P-223 MBRA120 VJ0805Y104KXXAT 16MV470WG PDF

    NSC03

    Abstract: BAT54 C3216X7R1E225K LM2743
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=3.3 Vout1=1 VinMax=3.3 Iout1=2.5 2.0 Design Description The design uses a LM2743 synchronous controller utilizing external high side and low side N-channel MOSFETs operating at 600kHz nominal based upon the frequency set resistor value R8 . Careful PC board layout is critical to achieve


    Original     		LM2743 600kHz CSP-9-111S2) CSP-9-111S2. LM2743 NSC03 BAT54 C3216X7R1E225K PDF

    LM5020

    Abstract: NSC03 Vitramon 35MV330WX MBRS360 VJ0805Y474KXXAT DO5022P-223 SI4894DY CRCW08054990FRT6
    Text: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=12 Vout1=26 VinMax=12 Iout1=1.5 2.0 Design Description The LM5020 is employed here to design a Boost power supply where the input voltage rail is stepped up to create the


    Original     		LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. NSC03 Vitramon 35MV330WX MBRS360 VJ0805Y474KXXAT DO5022P-223 SI4894DY CRCW08054990FRT6 PDF

    NSC03

    Abstract: Resistor 511 Ohm vishay BAT54H C2012X5R1A225K LM2743 128KHZ SI3460DV equivalent
    Text: 1.0 Design Specifications Inputs Outputs #1 VinMin=3.3 Vout1=1.2 VinMax=3.3 Iout1=1.5 2 Input and output capacitors are connected to the power ground plane; all other capacitors are connected to the signal ground plane. 3) High current paths are very short.


    Original     		LM2743 100khz 500kHz CSP-9-111S2) CSP-9-111S2. LM2743 NSC03 Resistor 511 Ohm vishay BAT54H C2012X5R1A225K 128KHZ SI3460DV equivalent PDF

    2200u

    Abstract: 6MV2200WG C3216X5R0J106M LM2737 MBR0520LT1
    Text: National Semiconductor LM2737 June 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=4.5 Vout1=1 VinMax=5.5 Iout1=20 2.0 Design Description The design uses a LM2737 synchronous controller utilizing external high side and low side N-channel MOSFETs. 200kHz


    Original     		LM2737 LM2737 200kHz CSP-9-111S2) CSP-9-111S2. 2200u 6MV2200WG C3216X5R0J106M MBR0520LT1 PDF

    C4532X7R2A225M

    Abstract: LM5020 Vitramon C3225X5R1C106M C4532X7R2A225 C3225X7R1H335M MURS120 MURS240 NSC0288 DALE
    Text: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 Outputs #2 Outputs #3 VinMin=10.8 Vout1=100 Vout2=-36 Vout3=-52 VinMax=13.2 Iout1=0.035 Iout2=0.04 Iout3=.045 2.0 Design Description The LM5020 PWM controller is used here to design a low


    Original     		LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. C4532X7R2A225M Vitramon C3225X5R1C106M C4532X7R2A225 C3225X7R1H335M MURS120 MURS240 NSC0288 DALE PDF

    LM3475

    Abstract: BAT54S SI3454DV SI3469DV
    Text: 1.0 Design Specifications Inputs Outputs #1 Outputs #2 VinMin=5 Vout1=3.3 Vout2=2.5 VinMax=5 Iout1=2.0 Iout2=2.0 2.0 Design Description The design provides 3.3V U1 and 2.5V (U2) outputs using buck topology with LM3475 controller. The LM3475 is a hysteretic step-down controller operating around 450 KHz in


    Original     		LM3475 CSP-9-111S2) CSP-9-111S2. LM3475 BAT54S SI3454DV SI3469DV PDF