PHILLIPS LL4148
Abstract: 43b transistor vj0805y104kxamt LL4148 mic 43B diode HINT diode 43b MIC2142 MIC2142BM5 PMBF170
Text: Application Hint 43b Micrel Application Hint 43b 31V Output SOT-23-5 Boost Regulator Circuit by William Mai Circuit Performance • High output voltage • Output ripple voltage <100mV D1 LL4148 VOUT 31V/5mA 50mV/div L1 150µH VIN +12V Q1 D2 R1 28k U1 MIC2142
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OT-23-5
100mV
LL4148
50mV/div)
MIC2142
00ms/div)
GRM42-6X5R106K16
F/16V
VJ0805Y104KXAMT
F/50V
PHILLIPS LL4148
43b transistor
vj0805y104kxamt
LL4148 mic
43B diode
HINT
diode 43b
MIC2142
MIC2142BM5
PMBF170
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MIC2951
Abstract: LP2951-03BM 3.3uF PIN CONFIGURATION 2N2222 2N2222 LP2951-02BM MIC2951-02BM MIC2951-03BM 8-9V
Text: Application Hint 7 Micrel Application Hint 7 Using Low Current LDO Regulators by Bob Wolbert General Description Features The MIC2951 brings the benefits of linear regulation to surface mountable packaging. High accuracy, high efficiency, very low ripple, and excellent protective features are
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MIC2951
150mA
MIC2951
100pF
LP2951-03BM
3.3uF
PIN CONFIGURATION 2N2222
2N2222
LP2951-02BM
MIC2951-02BM
MIC2951-03BM
8-9V
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IRFZ30
Abstract: SMP06N06-14 5V GATE TO SOURCE VOLTAGE MOSFET 2 input and gate 12v multiplexer 12v input irfz30 equivalent IRFZ20 MIC2557 MIC2558 MIC5014
Text: Application Hint 15 Micrel Application Hint 15 A High Current VCC Switching Matrix by Brenda Kovacevic Introduction Some applications require a multiplexer that can deliver two or more supply voltages at 1A or greater. An example is the VCC multiplexer for the PCMCIA interface. A low cost
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MIC5014
MIC5014
MIC2557
MIC5014*
MIC2558
MIC5016
IRFZ30
SMP06N06-14
5V GATE TO SOURCE VOLTAGE MOSFET
2 input and gate 12v
multiplexer 12v input
irfz30 equivalent
IRFZ20
MIC2558
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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
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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
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BAV303
Abstract: CRCW06031022FRT1 LQH32CN4R7M11 MIC2204 MIC5233 MIC94060
Text: Application Hint 53 Micrel Application Hint 53 Power Supply with Memory Refresh By Martin Galinski Description MIC2204 turns-on. The MIC94060 remains off for a time designated by the resistor and capacitor on the enable pin. This is to prevent the main supply load from momentarily
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MIC2204
MIC94060
MIC94060
MIC94060.
BAV303
CRCW06031022FRT1
LQH32CN4R7M11
MIC5233
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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.
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circuit diagram of rf transmitter and receiver in
Abstract: RF remote control circuit diagram TV IR remote control circuit diagram circuit diagram for simple IR transmitter receiver IC for IR receiver diagram receiver and transmitter for microcontroller RF based remote control block diagram Block Diagram of TV receiver rf transmitter AND RECEIVER circuit diagram circuit diagram of rf transmitter and receiver
Text: Application Hint 36 Micrel Application Hint 36 Infrared to RF Data Link by Sean Montgomery System Overview The system described here receives data from an IR remote control and converts it to an RF signal. The RF signal is received and the data is demodulated and output. The
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hitachi sh1
Abstract: hitachi cmon HN27C101 HN27C512 28.322MHZ SH2 hardware application cmon Hitachi DSA0071 BAUD9600
Text: Hitachi Europe Ltd. ISSUE: APPLICATION NOTE DATE: app063/1.0 19/6/97 Rebuilding CMON for Different Platform Variants Overview CMON and HINT form a DOS based monitor system for the Hitachi SH1 and SH2 microcontrollers. The code is in two halves. HINT is a generic DOS based front end
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app063/1
hitachi sh1
hitachi cmon
HN27C101
HN27C512
28.322MHZ
SH2 hardware application
cmon
Hitachi DSA0071
BAUD9600
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hitachi sh1
Abstract: 28.322MHZ SH2 hardware application HN27C512 0xA000000 31966 hitachi cmon hitachi eprom HN27C101 cmon
Text: Hitachi Europe Ltd. ISSUE: APPLICATION NOTE DATE: APPS 63/1.0 19/6/97 Rebuilding CMON for Different Platform Variants Overview CMON and HINT form a DOS based monitor system for the Hitachi SH1 and SH2 microcontrollers. The code is in two halves. HINT is a generic DOS based front end
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Rizal Prasetyokusuma
Abstract: XC800 free data keil Compiler DS89C420 XC886 AP08065 rizal sdcc
Text: Application Note, V1.0, Sep. 2007 AP08065 XC800 Migration from Keil to SDCC Microcontrollers Edition 2007-09-17 Published by Infineon Technologies AG 81726 München, Germany Infineon Technologies AG 2007. All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE
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AP08065
XC800
XC800
DS89C420
2005JUN07
Rizal Prasetyokusuma
free data keil Compiler
XC886
AP08065
rizal
sdcc
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GPTA
Abstract: AP32128 PWM generation on TC1766 TC1766 Coherent pwm INVERTER pwm application note AN 2008-08 infineon alann denais
Text: Application Note, V1.0, August 2008 AP32128 TC1766 PWM generation using the GPTA Microcontrollers Edition 2008-11-17 Published by Infineon Technologies AG 81726 München, Germany Infineon Technologies AG 2008. All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE
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AP32128
TC1766
AP32128
TC1766
GPTA
PWM generation on TC1766
Coherent
pwm INVERTER
pwm application note
AN 2008-08 infineon
alann denais
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fat16
Abstract: AP16125 ACMD41 XE166 sd XE166 CMD59 SDC MMC CMD55 xe166 example codes SPI master sdcard
Text: Application Note, V1.0, Oct. 2008 AP16125 XE166 family SDCard in SPI mode with FAT16 Microcontrollers Edition 2008-10-21 Published by Infineon Technologies AG 81726 München, Germany Infineon Technologies AG 2008. All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE
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AP16125
XE166
FAT16
FAT32
fat16
AP16125
ACMD41
XE166 sd
CMD59
SDC MMC
CMD55
xe166 example codes SPI master
sdcard
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database for red led
Abstract: led message board circuits LH Research EASY2255 GR-253-CORE GR-499-CORE PCM24 PCM30 T1-403-1995
Text: ICs for Communications Framing and Line Interface Component for PCM30 and PCM24 FALC-LH PEB 2255 Version 1.1 Bellcore Feature and Function Analysis including FDL procedures according to ANSI T1.403 and how they can be implemented with the FALC-LH Application Hint 07.97
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PCM30
PCM24
database for red led
led message board circuits
LH Research
EASY2255
GR-253-CORE
GR-499-CORE
PCM24
T1-403-1995
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RK75
Abstract: directional coupler
Text: RF Transformer 15.5dB directional coupler recommended frequency range: 40MHz – 2500 MHz DL 3,6 B78408-A1630-A3 Application hint: For better return loss at the coupeled port and a constant value of coupling attenuation set a open stup in parallel to 75Ω resistor.
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40MHz
B78408-A1630-A3
RK751
RK75
directional coupler
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lm358 sum
Abstract: LM358 internal circuit MIC29152 LM3582 MIC29153 ah28 LM358 3205r2 lm35824
Text: AH-28 Micrel Application Hint 28 0V to 25V Adjustable Regulator by Jerry Kmetz An adjustable power supply should provide a range that includes 0V. However, as shown in Figure 1, a typical adjustable regulator does not facilitate adjustment to voltages lower than VREF the internal bandgap voltage . Feedback-loop summing junction ADJ must be biased at VREF to
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AH-28
MIC29152
MIC29153
LM358
lm358 sum
LM358 internal circuit
MIC29152
LM3582
MIC29153
ah28
LM358
3205r2
lm35824
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EG 8010
Abstract: No abstract text available
Text: Application Hint 2 MIC8030/8031 Application Hints MIC8030/MIC8031 Application Hints on Compatibility with Display Drivers Produced by AMI and HOLT The MIC8030/MIC8031 can be made compatible with all bonding options of the Gould-AMI S4520 as well as all bonding options of the HOLT HI-8010. However, the high
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MIC8030/8031
MIC8030/MIC8031
S4520
HI-8010.
IC8030/M
S4520A,
S4520B,
S4520C,
S4520S,
EG 8010
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s4520g
Abstract: 12seg
Text: Application Hint 2 MIC8030/8031 Application Hints MIC8030/MIC8031 Application Hints on Compatibility with Display Drivers Produced by AMI and HOLT The MIC8030/MIC8031 can be made compatible with all bonding options of the Gould-AMI S4520 as well as all bonding options of the HOLT HI-8010. However, the high
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MIC8030/8031
MIC8030/MIC8031
S4520
HI-8010.
MIC8030/MIC8031.
MIC8010/11/12/13
MIC8031
MIC8030
HI-8010
s4520g
12seg
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Untitled
Abstract: No abstract text available
Text: Application Hint 2 MIC8030/8031 Application Hints MIC8030/MIC8031 Application Hints on Compatibility with Display Drivers Produced by AMI and HOLT The MIC8030/MIC8031 can be made com patible with all bonding options of the Gould-AMI S4520 as well as all bonding options of the HOLT HI-8010. However, the high
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MIC8030/8031
MIC8030/MIC8031
S4520
HI-8010.
8030/M
IC8010/11/12/13
MIC8030
MICS031
HI-8010C5,
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MIC2951-03BM
Abstract: No abstract text available
Text: Application Hint 7 Practical Considerations for Surface Mounting Micrel's Low Drop-out Linear Regulators by Bob Wolbert General Description Features The MIC2951 brings the benefits of linear regulation to surface mountable packaging. High accuracy, high effi
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MIC2951
150mA
MIC2951
W1C2951
MIC2951-03BM
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Untitled
Abstract: No abstract text available
Text: Application Hint 7 Using Low Current LDO Regulators by Bob Wolbert General Description Features The MIC2951 brings the benefits of linear regulation to surface mountable packaging. High accuracy, high effi ciency, very low ripple, and excellent protective features are
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MIC2951
150mA
MIC2951-02/-03BM
100mA
MIC2951
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Untitled
Abstract: No abstract text available
Text: Application Hint 02 MIC8030/8031 Com patibility MIC8030/MIC8031 Application Hints on Com patibility with Display Drivers Produced by AMI and H O LT The M IC8030/MIC8031 can be m ade com patible with all bonding options of the Gould-AM I S 45 20 a s well a s all
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MIC8030/8031
MIC8030/MIC8031
IC8030/MIC8031
HI-8010.
IC8030/M
IC8031.
IC8010/11/12/13
Vlogic-35V
Vlogic-32V
S4520A,
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Untitled
Abstract: No abstract text available
Text: Application Hint 15 A High Current Vcc Switching Matrix by Brenda Kovacevic Introduction Some applications require a multiplexer that can deliver two or more supply voltages at 1A or greater. An example is the Vcc multiplexer for the PCMCIA interface. A low cost
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MIC5014
MIC2557
MIC5014*
IC2558
IC5016
MIC5014
MIC5016)
MIC2558
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IC 8030
Abstract: IC8031 LT 943 S4520C IC8030 8030 8 pin HI-8010L
Text: Application Hint 2 MIC8030/8031 Application Hints MIC8030/MIC8031 Application Hints on Com patibility with Display Drivers Produced by AMI and H O LT O I) B) Ol a) C/1 Ï is Q Œ J t O ^ t O 19 18 k Pic Ol 03 W sO u 22 ÎJ 0) M 21 23 O' <u M 20 24 D1 a) t il
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MIC8030/8031
MIC8030/MIC8031
S4520
HI-8010.
IC8030/M
IC8031.
IC8010/11/12/13
MIC8031
HI-8010
IC 8030
IC8031
LT 943
S4520C
IC8030
8030 8 pin
HI-8010L
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Adjustable Regulator
Abstract: linear regulator design
Text: Application Hint 28 OV to 25V Adjustable Regulator by Jerry Kmetz An adjustable power supply should provide a range that includes OV. However, as shown in Figure 1, a typical adjustable regulator does not facilitate adjustment to volt ages lower than VREF the internal bandgap voltage . Feedback-loop summing junction ADJ must be biased at VREF to
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FortheMIC29152
V-25V
Adjustable Regulator
linear regulator design
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