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    APPLICATION HINT 20 Search Results

    APPLICATION HINT 20 Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    C8231A Rochester Electronics LLC Math Coprocessor, 8-Bit, NMOS, CDIP24, DIP-24 Visit Rochester Electronics LLC Buy
    AM79865JC Rochester Electronics LLC Telecom Circuit, Visit Rochester Electronics LLC Buy
    AM79866AJC-G Rochester Electronics LLC SPECIALTY TELECOM CIRCUIT, PQCC20, ROHS COMPLIANT, PLASTIC, LCC-20 Visit Rochester Electronics LLC Buy
    MD8087/R Rochester Electronics LLC Math Coprocessor, CMOS Visit Rochester Electronics LLC Buy
    AM7992BPC Rochester Electronics LLC Manchester Encoder/Decoder, PDIP24, PLASTIC, DIP-24 Visit Rochester Electronics LLC Buy

    APPLICATION HINT 20 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    Application Hint 20 Micrel Semiconductor Introduction to the Super LDOTM Regulator (MIC5156-7-8) Original PDF

    APPLICATION HINT 20 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    5782.00

    Abstract: 578200 4.897mhz MICRF007 Application Hint 37l Application Hint 42 MICRF002 MICRF011 MICRF022 433.92 Mhz oscillator
    Text: Application Hint 37l Micrel Application Hint 42 QwikRadio - Calculating the CTH Capacitor by Carlos Ribeiro The following application hint refers to the MICRF002, MICRF007, MICRF011 and MICRF022 QwikRadio™ Receivers. The calculations apply to data-patterns with 50/50


    Original     		PDF MICRF002, MICRF007, MICRF011 MICRF022 5782.00 578200 4.897mhz MICRF007 Application Hint 37l Application Hint 42 MICRF002 433.92 Mhz oscillator

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

    CRCW08052001F

    Abstract: CRCW08053011F CRCW08054991F MIC5162BMM SUD50N02-06 HiNT 1210 micrel
    Text: Application Hint 57 Micrel Application Hint 57 High Current Negative LDO Controller By Marty Galinski Circuit Performance • • • • High current linear voltage conversion Adjustable output Voltage Scalable output current Excellent Load Regulation 0.1%


    Original     		PDF MIC5162BMM SUD50N02-06 CRCW08052001F CRCW08053011F CRCW08054991F MIC5162BMM SUD50N02-06 HiNT 1210 micrel

    CRCW08053001FRT1

    Abstract: CRCW08051001FRT1 241-7876 B140 MIC4680BM SS14 1A, 50V D1 UP1B150 40v schottky 0855C104
    Text: Application Hint 37k Micrel Application Hint 37k –5V/0.3A Buck-Boost Regulator by Jeff Dixon Circuit Performance • Simple solution for –5VOUT regulator • ≈20mm x 20mm footprint • Line and load regulation < 2% U1 MIC4680BM +7.5V to +14V 2 C6 22µF


    Original     		PDF MIC4680BM TPSD22701R0150 TPSD226035R0400 08055C103KAT1 CRCW08053001FRT1 CRCW08051001FRT1 241-7876 B140 MIC4680BM SS14 1A, 50V D1 UP1B150 40v schottky 0855C104

    CRCW08051051FRT1

    Abstract: 2N4339 Nichicon CRCW08052203FRT1 MIC4680BM 1N5819 UPL1C331MPH UPL1V151MPH LM4041CIZ 330uF 16V
    Text: Application Hint 37j Micrel Application Hint 37j 0V to 12V/0.5A Adjustable Regulator by Brian Huffman and Jeff Dixon Circuit Performance • Low-cost adjustable output voltage solution • Approximately 20mm x 20mm footprint • Up to 90% efficiency with 12V input


    Original     		PDF 2N4339 MIC4680BM LM4041CIZ-1 1N5819 UPL1V151MPH UPL1C331MPH CRCW08051051FRT1 2N4339 Nichicon CRCW08052203FRT1 MIC4680BM 1N5819 UPL1C331MPH UPL1V151MPH LM4041CIZ 330uF 16V

    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     		PDF 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

    r20f

    Abstract: ir 50sq080 50SQ080 CRCW08051001FRT1 diode 50v 5A WSL-2512-R20F 470uf 1N4148 470uf 6.3v MIC4417BM4
    Text: Application Hint 37m Micrel Application Hint 37m 3.3V/5A Power Supply by J. Dixon, M. Galinski, T. Rust Circuit Performance • Easily upgradable to 20A change FET and R2 • 2% voltage accuracy over temperature • 190 line regulation +4.5V to +17V 2 C1


    Original     		PDF MIC4680BM MIC4417BM4 Si4425DY 1000pF 1N4148 MIC6211BM5 r20f ir 50sq080 50SQ080 CRCW08051001FRT1 diode 50v 5A WSL-2512-R20F 470uf 1N4148 470uf 6.3v MIC4417BM4

    12v 10A regulator low dropout

    Abstract: voltage regulator mosfet 1,2 voltage regulator mosfet 12V 10A voltage regulators n-channel mosfet transistor low power SMP60N03-10L circuit WIMA MKS2 5v 10A regulator 5V 10A voltage regulators SMP60N03-10L
    Text: Application Hint 20 Micrel Application Hint 20 Introduction to the Super LDO Regulator by Randy Cook and George Hall A brief review of the significant changes in IC linear regulators leads to the Micrel Super LDO™ Regulator and highlights its important advantages.


    Original     		PDF SMP60N03-10L IRLZ44 12v 10A regulator low dropout voltage regulator mosfet 1,2 voltage regulator mosfet 12V 10A voltage regulators n-channel mosfet transistor low power SMP60N03-10L circuit WIMA MKS2 5v 10A regulator 5V 10A voltage regulators SMP60N03-10L

    2 pin crystal resonator

    Abstract: transistor oscillator circuit series resistance introduction of blocking oscillator HC49 MICRF001
    Text: Application Hint 32 Back Micrel Application Hint 32 Crystals for the MICRF001 by Tom Yestrebsky Introduction An on-board oscillator within the MICRF001, together with an externally connected resonator or clock signal, establishes the operating frequency of the MICRF001.


    Original     		PDF MICRF001 MICRF001, MICRF001. MICRF001 2 pin crystal resonator transistor oscillator circuit series resistance introduction of blocking oscillator HC49

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

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

    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     		PDF 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

    08055C104KAT*A

    Abstract: schottky diode 2a Diode 2A 08055C104KAT1A B260A CRCW08052202FRT1 CRCW08054751FRT1 CRCW08058660FRT1 MIC4680BM SS26
    Text: Application Hint 37h Micrel Application Hint 37h 0.6V to 1.8V Adjustable Regulator by Jeff Dixon Circuit Performance • Provides simple switcher solution for low-voltage devices, RISCs processors, etc. • Core voltages: 1.5V, 1.8V and 0.9V • Low-cost U1 MIC4680BM


    Original     		PDF MIC4680BM TPSD156035R0300 08055C104KAT1A 08055C104KAT*A schottky diode 2a Diode 2A 08055C104KAT1A B260A CRCW08052202FRT1 CRCW08054751FRT1 CRCW08058660FRT1 MIC4680BM SS26

    LR2010-01-R100F

    Abstract: UP-2-101 LL4148DICT-ND 1N4148 0805 100uH inductor 1A ECE-A1HFS470 LL4148DICT MBRM140LT3 CRCW08054991FRT1 MBRM140L
    Text: Application Hint 37a Micrel Application Hint 37a Constant-Current and Voltage Battery Charger by Sean Montgomery Circuit Performance • Output voltage ±2% accuracy • Output current ±5% accuracy ±10% over the operating temperature range • Re-entrant current limit < 1 VOUT


    Original     		PDF MIC4680BM 100nF G12AP MMBR140LT3 800mA 1N4148 LM4041DIM3-1 MIC6211BM5 220nF LR2010-01-R100F UP-2-101 LL4148DICT-ND 1N4148 0805 100uH inductor 1A ECE-A1HFS470 LL4148DICT MBRM140LT3 CRCW08054991FRT1 MBRM140L

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

    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     		PDF 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

    INVERTER 1A 12V

    Abstract: sumida inverter 12v to 20v converter CRCW08051001FRT1 inverter bill of material 08055C104MAT2A 08055C222MAT2A 233UH MIC4680BM TPSE336M035R0300
    Text: Application Hint 37b Micrel Application Hint 37b +12V to –12V/150mA Buck-Boost Converter by Steve Chenetz Circuit Performance • Positive 12V to –12V • Low-cost inverter • Load regulation < 2% J1 +12V U1 MIC4680BM 2 C4 68µF 20V C5 33µF 35V J2 GND


    Original     		PDF 2V/150mA MIC4680BM 2V/150mA TPSE686M020R0150 08055C104MAT2A 08055C222MAT2A INVERTER 1A 12V sumida inverter 12v to 20v converter CRCW08051001FRT1 inverter bill of material 08055C104MAT2A 08055C222MAT2A 233UH MIC4680BM TPSE336M035R0300

    MIC6270BM5

    Abstract: R200F UP2-680 MIC5205BM5 CRCW08051001FRT1 CRCW08051002FRT1 up2680 Comparator application note 805 avx MIC4680
    Text: Application Hint 37p Micrel Application Hint 37p Low Light-Load Quiescent Current Supply by Martin Galinski Circuit Performance • MIC5205 on-state quiescent = 560µA • MIC4680 turns on at 65mA load current • MIC4680 turns off at 10mA load current U2 MIC5205BM5


    Original     		PDF MIC5205 MIC4680 MIC5205BM5 MIC4680BM 1000pF MIC6270BM5 TPSD156M035R0300 200kHz MIC6270BM5 R200F UP2-680 MIC5205BM5 CRCW08051001FRT1 CRCW08051002FRT1 up2680 Comparator application note 805 avx

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

    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     		PDF 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

    GRM40X5R106K6

    Abstract: GRM40cog CRCW08051243FRT1 GRM235Y5V105Z25 MBR0520 MIC2142 MIC2142BM5
    Text: Application Hint 43c Micrel Application Hint 43c 89% Efficient RF Bias Circuit by William Mai Circuit Performance • RF applications • High efficiency at light load • Output ripple voltage <100mV L1 120µH VIN +2.7V to +4.2V U1 MIC2142 C1 10µF 6.3V VCC


    Original     		PDF 100mV MIC2142 MBR0520 270pF GRM40X5R106K6 GRM40cog CRCW08051243FRT1 GRM235Y5V105Z25 MBR0520 MIC2142 MIC2142BM5

    40v diode 1n4148

    Abstract: SS14 DIODE schottky 1N4148 0805 Application Hint 37g TPSD107M010R0065 08055C471KAT1A diode b140 ECE-A1HFS470 LM4040DIM-5 G12AP
    Text: Application Hint 37g Micrel Application Hint 37g Low-Cost Low-Side Constant-Current Charger by Jeff Dixon/Sean Montgomery Circuit Performance • Simple solution for constant current and constant voltage • Ultralow cost J1 7V–34V max. C1 47µF 50V J3 GND


    Original     		PDF MIC4680BM G12AP 470pF LM4040DIM5-5 V/800mA 1N4148 MIC7111BM5 40v diode 1n4148 SS14 DIODE schottky 1N4148 0805 Application Hint 37g TPSD107M010R0065 08055C471KAT1A diode b140 ECE-A1HFS470 LM4040DIM-5 G12AP

    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     		PDF 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

    capacitor 392k

    Abstract: 4.7uH inductor 0800 dac circuit LQH32CN4R7M11 LMK212BJ475MG CRCW06031002FRT1 MIC2204BMM MIC94060 murata CAPACITOR 4.7uf
    Text: Application Hint 52 Micrel Application Hint 52 DAC Controlled Output with Bypass By Martin Galinski Description This circuit allows a DAC signal to adjust the output voltage dynamically. This saves battery life by reducing power consumption where applicable. Also, the MIC94060 places a


    Original     		PDF MIC94060 369VDAC MIC94060 MIC2204-BMM capacitor 392k 4.7uH inductor 0800 dac circuit LQH32CN4R7M11 LMK212BJ475MG CRCW06031002FRT1 MIC2204BMM murata CAPACITOR 4.7uf