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
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MICRF002,
MICRF007,
MICRF011
MICRF022
5782.00
578200
4.897mhz
MICRF007
Application Hint 37l
Application Hint 42
MICRF002
433.92 Mhz oscillator
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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
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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
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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
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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
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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
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100mV
MIC2142
MBR0520
270pF
GRM40X5R106K6
GRM40cog
CRCW08051243FRT1
GRM235Y5V105Z25
MBR0520
MIC2142
MIC2142BM5
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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
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MIC4685BR
GRM426X7R334K50
B220
B240
MIC4685BR
594D336X0035R2T
CDRH127-390MC
GRM40X7R103K50
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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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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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CR105-270MC
Abstract: 1k pot SPRAGUE SEMICONDUCTOR GRM42-6 MIC4684BM SK32A 594D226X0020
Text: Application Hint 40b Micrel Application Hint 40b Adjustable Output Voltage 0.5V to 1.24V at 1.5A by Jeff Dixon R1 2.5k U2 2.5V ref 1% C4 0.1µF 50V VIN 4V to 14V R2 1.24k U1 MIC4684BM 3 C1 22µF 20V 8 VIN EN BS 4 SW 1 FB 5 C3 0.33µF 50V VOUT 0.4V to 1.24V
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MIC4684BM
A/30V
594D226X0020C2T
594D337X06R3DT2
GRM42-6
CR105-270MC
1k pot
SPRAGUE SEMICONDUCTOR
MIC4684BM
SK32A
594D226X0020
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bts5241l
Abstract: bts5241 BTS5241-2L 5241L ECU PWM p27w BTS524
Text: Application note, Rev 0.3, November 2007 Sense accuracy of smart power switches to diagnose lamps Application note By Stéphane Fraissé Automotive Power Application note Sense Accuracy Abstract 1 Abstract Note: The following information is given as a hint for the implementation of the device only and shall not be
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BTS52412L
bts5241l
bts5241
BTS5241-2L
5241L
ECU PWM
p27w
BTS524
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aplication of resistor
Abstract: MIC2169 MIC2169A Si4390DY
Text: Application Hint 81 MIC2169 Thermal Consideration Where VIN is the input voltage. And in summery, total dissipation of MIC2169A is: General Description Ensuring that the MIC2169A junction temperature operating is below its maximum specification is important
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MIC2169
MIC2169A
M9999-112206
aplication of resistor
Si4390DY
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spare lamp bulb
Abstract: No abstract text available
Text: Application note, Rev 0.2, November 2007 Define PWM duty cycle to stabilize light emission Application note By Stéphane Fraissé Automotive Power PWM for lamps Abstract 1 Abstract Note: The following information is given as a hint for the implementation of the device only and shall not be
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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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2qs03g
Abstract: ICE2QS03
Text: Edition 2014-03-06 Published by Infineon Technologies AG, 81726 Munich, Germany. 2014 Infineon Technologies AG All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE IMPLEMENTATION OF THE INFINEON TECHNOLOGIES COMPONENT ONLY AND SHALL NOT BE
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-10mA
ICE2QS03G
2qs03g
ICE2QS03
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Untitled
Abstract: No abstract text available
Text: Edition 2014-04-01 Published by Infineon Technologies AG, 81726 Munich, Germany. 2014 Infineon Technologies AG All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE IMPLEMENTATION OF THE INFINEON TECHNOLOGIES COMPONENT ONLY AND SHALL NOT BE
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265Vac;
230Vac;
ICE2QR1765G
PG-DSO-16/12
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Untitled
Abstract: No abstract text available
Text: Edition 2014-04-01 Published by Infineon Technologies AG, 81726 Munich, Germany. 2014 Infineon Technologies AG All Rights Reserved. LEGAL DISCLAIMER THE INFORMATION GIVEN IN THIS APPLICATION NOTE IS GIVEN AS A HINT FOR THE IMPLEMENTATION OF THE INFINEON TECHNOLOGIES COMPONENT ONLY AND SHALL NOT BE
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265Vac;
230Vac;
ICE2QR0665G
PG-DSO-16/12
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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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3m SOT223
Abstract: No abstract text available
Text: 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
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OT-223
3m SOT223
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MIC29152
Abstract: No abstract text available
Text: Application Hint 27 Slowing Voltage Regulator Turn-On by Jerry Kmetz Slow Turn-On Circuits The turn-on time interval of a voltage regulator is essentially determined by the bandwidth of the regulator, its maximum output current, and the load capacitance. To some extent the
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AH-27
MIC29152
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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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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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