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    APPLICATION HINT 30 Search Results

    APPLICATION HINT 30 Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    CA3079 Rochester Electronics LLC CA3079 - Zero-Voltage Switches for 50-60Hz and 400Hz Thyristor Control Applications Visit Rochester Electronics LLC Buy
    CA3059 Rochester Electronics LLC CA3059 - Zero-Voltage Switches for 50-60Hz and 400Hz Thyristor Control Applications Visit Rochester Electronics LLC Buy
    CA3059-G Rochester Electronics LLC CA3059 - Zero-Voltage Switches for 50-60Hz and 400Hz Thyristor Control Applications Visit Rochester Electronics LLC Buy
    TCM3105NL Rochester Electronics LLC TCM3105NL - FSK Modem, PDIP16 Visit Rochester Electronics LLC Buy
    AM79865JC Rochester Electronics LLC AM79865 -Physical Data Transmitter Visit Rochester Electronics LLC Buy

    APPLICATION HINT 30 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    Application Hint 30 Micrel Semiconductor MIC2527 Voltage Drop, Packaging, and PCB Layout (MIC2527) Original PDF

    APPLICATION HINT 30 Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    hosonic

    Abstract: 7326991 HOSONIC 949 smd crystal hc49 crystal oscillator HOSONIC HC49 us 8707200 Hosonic 4 mhz crystal 4916 MICRF103BM
    Text: Application Hint 79 MICRF103BM Crystal Selection MICRF103BM Crystal Selection The following application hint refers to the MICRF103BM radio receivers. This primary addresses selection of a crystal for the MICRF103BM to operate at a desired frequency. Introduction


    Original     		MICRF103BM MICRF103BM. MICRF103BM M9999-120106 hosonic 7326991 HOSONIC 949 smd crystal hc49 crystal oscillator HOSONIC HC49 us 8707200 Hosonic 4 mhz crystal 4916 PDF

    CD 5888

    Abstract: crystal 433.92Mhz F002A67458 433.92mhz 5888 MICRF011 418MHZ crystal 6.7458 crystal AB
    Text: Application Hint 35 Micrel Application Hint 35 MICRF002/RF022/RF011 Crystal Selection by Joe Leon Micrel Crystal Suppliers Suggested Crystal Manufacturers The following crystal manufacturers have been approved by Micrel Semiconductor. Micrel requires that approved crystal


    Original     		MICRF002/RF022/RF011 MICRF002/RF022 MICRF011 8970MHz ECS-48 97-CD-0065 315MHz 0630MHz ECS-60 63-CD-0066 CD 5888 crystal 433.92Mhz F002A67458 433.92mhz 5888 MICRF011 418MHZ crystal 6.7458 crystal AB PDF

    GRM40X7R104K50

    Abstract: schottkey DIODE c1 BAT54S Negative LDO regulator Taiyo emk mic5271 schottkey micrel CRCW06036981FRT1 MIC2142
    Text: Application Hint 50 Micrel Application Hint 50 ±8V Bias Supply By Martin Galinski Circuit Performance • Regulated dual output: +8V from MIC2142 boost regulator –8V from MIC5271 negative LDO regulator D3 30V 100mA C2 1µF L1 33µH D1A BAT54S VOUT +8V/5mA


    Original     		MIC2142 MIC5271 100mA BAT54S MIC2142BM5 MIC5271BM5 F475ZD GRM40X7R104K50 schottkey DIODE c1 BAT54S Negative LDO regulator Taiyo emk schottkey micrel CRCW06036981FRT1 PDF

    CR43-100

    Abstract: 10uH inductor CRCW06031004FRT1 CRCW06031002FRT1 CRCW06031003FRT1 MBR0530T1 MBRX0530 MIC2145BMM PN3644 01R4
    Text: Application Hint 39a Micrel Application Hint 39a Negative-to-Positive Converter by William Mai and Brian Huffman Circuit Performance • Convert negative voltage to positive voltage • Boost-Buck • Low-profile solution L1 100 10µH D1 MBR0530T1 U1 MIC2145BMM


    Original     		MBR0530T1 MIC2145BMM PN3644 V/100mA CR43-100 10uH inductor CRCW06031004FRT1 CRCW06031002FRT1 CRCW06031003FRT1 MBR0530T1 MBRX0530 MIC2145BMM PN3644 01R4 PDF

    micrel Application Hint 17

    Abstract: pcb thermal Design guide pcb trace MIC5201 Application Hint 17 MIC2951-03BM
    Text: Application Hint 17 Micrel Application Hint 17 Designing P.C. Board Heat Sinks By Bob Wolbert General Description System designers increasingly face the restriction of using all surface-mounted components in their new designs; even including the power components. Through-hole components


    Original     		OT-223 micrel Application Hint 17 pcb thermal Design guide pcb trace MIC5201 Application Hint 17 MIC2951-03BM PDF

    SWITCH-MODE DRIVER irf540

    Abstract: efd40 Current-Fed Push-Pull Converter IRF540 irf540 driver ic irf540 equivalent PWM Power Supplies T1 IRF540 IRF540 p-channel MOSFET N87 material
    Text: Application Hint 12 Micrel Application Hint 12 Designing with the MIC3832/3833 by Kevin Lynn Introduction The MIC3832 and MIC3833 are PWM pulse-width modulation switching regulator controllers optimized for current-fed topology power supplies. Most PWM power supplies are


    Original     		MIC3832/3833 MIC3832 MIC3833 100pF EFD40, EFD30, SWITCH-MODE DRIVER irf540 efd40 Current-Fed Push-Pull Converter IRF540 irf540 driver ic irf540 equivalent PWM Power Supplies T1 IRF540 IRF540 p-channel MOSFET N87 material PDF

    CD 5888

    Abstract: ab319 433.92mhz MICRF001 micrel receiver F002A33208 crystal 3.3208Mhz
    Text: Application Hint 38 Micrel Application Hint 38 MICRF001 Crystal Selection Micrel Crystal Suppliers Suggested Crystal Manufacturers The following crystal manufacturers have been approved by Micrel Semiconductor. Micrel requires that approved crystal manufacturers test their crystals with the Micrel receiver over


    Original     		MICRF001 4107MHzrt 4107MHz ECS-24 107-CD-0151 315MHz 9847MHz ECS-29 847-CD-0152 CD 5888 ab319 433.92mhz micrel receiver F002A33208 crystal 3.3208Mhz PDF

    2n3904 for oscillator

    Abstract: colpitts oscillator resonator
    Text: Application Hint 32 Micrel Application Hint 32 Receiver Crystal Selection Typical Crystal Specification For customers who prefer to use crystals for the resonating element such as in fixed-mode operation , Micrel suggests the following crystal specification as a general starting point:


    Original     		n/RF002/RF003 MICRF001. 2n3904 for oscillator colpitts oscillator resonator PDF

    RF002

    Abstract: 2n3904 for oscillator colpitts oscillator transistor use in oscillator micrel receiver 2N3904 HC49 MICRF001 COLPITTS OSCILLATOR Crystal colpitts oscillator resonator
    Text: Application Hint 32 Micrel Application Hint 32 Receiver Crystal Selection Typical Crystal Specification For customers who prefer to use crystals for the resonating element such as in fixed-mode operation , Micrel suggests the following crystal specification as a general starting point:


    Original     		50ppm 100ppm 10ppm/year siRF022/RF002/RF003 MICRF001. RF002 2n3904 for oscillator colpitts oscillator transistor use in oscillator micrel receiver 2N3904 HC49 MICRF001 COLPITTS OSCILLATOR Crystal colpitts oscillator resonator PDF

    MIC2527

    Abstract: MIC2524 MIC29311 MIC4576
    Text: Application Hint 30 Micrel Application Hint 30 MIC2527 Voltage Drop, Packaging and PCB Layout by Kris Jones and Kevin Lynn The MIC2527 was designed to provide cost-effective individual port protection and switching for USB self-powered hub designs. Analysis of voltage drops under several design


    Original     		MIC2527 500mA) 16-pin 300-inch 150-inch 300-inch 150-inch/0 MIC2524 MIC29311 MIC4576 PDF

    486 motherboard schematic

    Abstract: INTELDX4 PROCESSOR Intel 486 computer schematic Automatic Voltage Regulator block diagram motherboard voltage regulator circuit MIC29302 computer motherboard circuit diagram 486 MIC29152 intel processor circuit diagram computer motherboard processor circuit diagram
    Text: Application Hint 18 Micrel Application Hint 18 Powering the IntelDX4 Processor By Bob Wolbert General Description The IntelDX4™ Processor and IntelDX4 Processor “OverDrive™” microprocessors are upgrades to the popular 486 microprocessor and share the same basic pinout.1 A


    Original     		MIC29152 MIC29302) 486 motherboard schematic INTELDX4 PROCESSOR Intel 486 computer schematic Automatic Voltage Regulator block diagram motherboard voltage regulator circuit MIC29302 computer motherboard circuit diagram 486 intel processor circuit diagram computer motherboard processor circuit diagram PDF

    10w led diode

    Abstract: led 10w GRM40X7R103K50 diode 47MF 16v MBR0530T1 MBRX0530 MIC2145 Si1902DL GRM40-X7R103K50 white 10w led
    Text: Application Hint 51 Micrel Application Hint 51 White LED Backlight with Flash By Martin Galinski Circuit Performance • 3.5mA default output LED current • “Full current” selection increases LED current to 12mA VIN • “Flash” input enables 150mA flash LED


    Original     		150mA MBRX0530 100kW MIC2145 Si1902DL 10w led diode led 10w GRM40X7R103K50 diode 47MF 16v MBR0530T1 MBRX0530 MIC2145 GRM40-X7R103K50 white 10w led PDF

    315mhz resonator

    Abstract: CSAC4 RF011 murata Resonators CSTS MICRF002 MICRF011 MICRF022 CSTCC6
    Text: Application Hint 34 Micrel Application Hint 34 MICRF002/RF011/RF022 Ceramic Resonators Ceramic Resonator Series Resistance Ceramic Resonator Availability An on-board oscillator within the MICRF002, MICRF011, and MICRF022, together with an externally connected resonator or clock signal, establishes the operating frequency of


    Original     		MICRF002/RF011/RF022 MICRF002, MICRF011, MICRF022, MICRF002/RF011/RF022. 754MHz 02MHz 459MHz 400MHz 176MHz 315mhz resonator CSAC4 RF011 murata Resonators CSTS MICRF002 MICRF011 MICRF022 CSTCC6 PDF

    EASY2254

    Abstract: ETS300 FALC54 TS16
    Text: ICs for Communications Application Hint Different hints to pass I-CTR 4 ETS 300 011 FALC54 V1.3 FALC-LH V1.1 Different hints to pass ETS 300 011 1 Introduction This application hint provides some help for initializing the FALC54 V1.3/FALC-LH to meet the most important requirments of ETS300 011.


    Original     		FALC54 ETS300 EASY2254. EASY2254 100ms 500ms. 400ms. TS16 PDF

    PC MOTHERBOARD CIRCUIT diagram

    Abstract: motherboard voltage regulator circuit amd motherboard schematic diagram micrel Application Hint 17 MIC29152BU MIC29302 PC MOTHERBOARD processor supply diagram motherboard layout AMD MOTHERBOARD CIRCUIT diagram PC MOTHERBOARD CIRCUIT diagram Battery
    Text: Application Hint 23 Micrel Application Hint 23 Powering AMD Microprocessors By Bob Wolbert General Description AMD™ manufactures low voltage high performance 486 microprocessors with high clock speeds.1 These devices operate from either a 3.3V or 3.45V ±5% power supply. Some


    Original     		MIC29152BU, O-263 MIC29152 MIC2915x MIC29150 PC MOTHERBOARD CIRCUIT diagram motherboard voltage regulator circuit amd motherboard schematic diagram micrel Application Hint 17 MIC29152BU MIC29302 PC MOTHERBOARD processor supply diagram motherboard layout AMD MOTHERBOARD CIRCUIT diagram PC MOTHERBOARD CIRCUIT diagram Battery PDF

    IRFZ44 equivalent

    Abstract: Application Hint 25 IRFZ44 IRLZ44 MIC5158 MIC5158BM micrel Application Hint 17
    Text: Application Hint 25 Micrel Application Hint 25 Minimum Size Copper Sense Resistors by Jerry Kmetz TA = ambient temperature °C TRISE = allowed temperature rise (°C) h = copper trace height (µm, see Table 1). Overcurrent Sense Resistors The Micrel MIC5156/7/8 Super LDO Regulator Controllers


    Original     		MIC5156/7/8 IRFZ44 equivalent Application Hint 25 IRFZ44 IRLZ44 MIC5158 MIC5158BM micrel Application Hint 17 PDF

    SCHOTKY

    Abstract: 1N4148 MIC37302BR MIC7300BM5 D1 1N4148
    Text: Application Hint 45 Micrel Application Hint 45 Power Sequencing By Martin Galinski Introduction LDO’s regulation voltage, the output of U2 pulls low, reverse biasing D1, removing the power-up sequencing circuit from the control loop. The power-up time can be calculated as


    Original     		recommend00mV/div) 500mV/div) 10ms/div) SCHOTKY 1N4148 MIC37302BR MIC7300BM5 D1 1N4148 PDF

    MIC7221BM5

    Abstract: MIC5159 10207a SUB15P01-02
    Text: Application Hint 46 Micrel Application Hint 46 High Current LDO with Foldback Current Limiting By Martin Galinski Introduction At currents less than 5A, monolithic linear regulators can be used for most applications. Most manufacturers of these devices integrate current limit and thermal shutdown to


    Original     		PDF

    GRM426X7R334K50

    Abstract: B220 B240 MIC4685BR 594D336X0035R2T CDRH127-390MC GRM40X7R103K50
    Text: Application Hint 44a Micrel Application Hint 44a –5V/1A Buck-Boost Converter by William Mai Circuit Performance • Positive-to-negative voltage converter • Wide input voltage range • Output ripple voltage <40mV 90 C3 47µF 35V U1 MIC4685BR 2 5 C1 C2


    Original     		MIC4685BR GRM426X7R334K50 B220 B240 MIC4685BR 594D336X0035R2T CDRH127-390MC GRM40X7R103K50 PDF

    GRM40X7R103K50

    Abstract: GRM40-X7R103K50 CR43-100 CRCW06031002FRT1 CRCW06031003FRT1 CRCW06031004FRT1 MBR0530T1 MBRX0530 MIC2145 MIC2145BMM
    Text: Application Hint 39b Micrel Application Hint 39b 3.3V/150mA SEPIC Circuit by William Mai Circuit Performance • Efficiency >75% at 150mA • Output ripple voltage <100mV • Low-profile solution Efficiency vs. Output Current 80 L1 10µH GND EN FB 7 2 SS SGND


    Original     		V/150mA 150mA 100mV MBR0530T1 MIC2145 GRM40X7R103K50 GRM40-X7R103K50 CR43-100 CRCW06031002FRT1 CRCW06031003FRT1 CRCW06031004FRT1 MBRX0530 MIC2145 MIC2145BMM PDF

    PC MOTHERBOARD CIRCUIT diagram

    Abstract: schematic diagram lightning protection MIC29152 PC MOTHERBOARD CIRCUIT schematic Adjustable PC Power Supply Schematic Diagram PC MOTHERBOARD CIRCUIT diagram full IBM Blue Lightning motherboard voltage regulator circuit micrel Application Hint 17 MIC29152BT
    Text: Application Hint 19 Micrel Application Hint 19 Powering IBM Blue Lightning Microprocessors By Bob Wolbert General Description The IBM Blue Lightning™ microprocessor is a 486-type processor built on a proprietary IBM process and uses a nominal 3.60V power supply.1 Some versions operate at


    Original     		486-type MIC29152BU, O-263 MIC29152 MIC29150 PC MOTHERBOARD CIRCUIT diagram schematic diagram lightning protection PC MOTHERBOARD CIRCUIT schematic Adjustable PC Power Supply Schematic Diagram PC MOTHERBOARD CIRCUIT diagram full IBM Blue Lightning motherboard voltage regulator circuit micrel Application Hint 17 MIC29152BT PDF

    4N35 C7

    Abstract: 4N35 SOIC tl431a transistor ic34N35 100UF 400V 4N35 application note transistor tl431a power supply IRF830 APPLICATION 4N35 ETS92423
    Text: Application Hint 11 Micrel Application Hint 11 500kHz 30W Off-Line Switching Power Supply by George Hall Q1’s drain voltage to rise above C1’s voltage. IC1 voltage is now supplied from the low impedance winding of T1 pins 3 and 4 . The output voltage rises until IC2’s reference voltage reaches


    Original     		500kHz MICx8C42, MICx8HC42, MICx8C44, MICx8HC44, 14-pin 14-pin 4N35 C7 4N35 SOIC tl431a transistor ic34N35 100UF 400V 4N35 application note transistor tl431a power supply IRF830 APPLICATION 4N35 ETS92423 PDF

    Application Hint 23

    Abstract: mic8010 8010c HI-8010 MIC8030 S4520 S4520A S4520B S4520C Hl-8010L5
    Text: Application Hint 2 Micrel Application Hint 2 MIC8030/8031 Application Hints N/C 41 40 Seg 18 Back Plate Seg 19 42 Data Out 32 43 Seg 20 Seg 21 2 1 Seg 22 44 Seg 23 3 Seg 27 8 38 Seg 16 Seg 28 9 37 Seg 15 Seg 29 10 Absolute Max Seg 30 11 Seg 31 12 110V 75V


    Original     		MIC8030/8031 MIC8030/MIC8031 S4520 HI-8010. MIC8030/MIC8031. MIC8010/11/12/13 MlC8030/MIC8031 S4520. S4520A, S4520B, Application Hint 23 mic8010 8010c HI-8010 MIC8030 S4520A S4520B S4520C Hl-8010L5 PDF

    13608

    Abstract: Application Hint 21
    Text: Application Hint 21 Micrel Application Hint 21 Sense Resistors for the Super LDO Regulator by Daryl Sugasawara Power Dissipation The power dissipation of sense resistors used in Super LDO regulator circuits is small and generally does not require the power dissipation capability found in most low-value resistors.


    Original     		PDF