Voltage Doubler application
Abstract: voltage doubler Schottky Doubler application of voltage doubler Microwave detector diodes detector diode chip diode agilent 5964-4236E
Text: Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in Agilent Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The
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5964-4236E
Voltage Doubler application
voltage doubler
Schottky Doubler
application of voltage doubler
Microwave detector diodes
detector diode
chip diode agilent
5964-4236E
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Voltage Doubler application
Abstract: application of voltage doubler Schottky Doubler Voltage Doubler introduction rf power detector voltage doubler 5964-4236E stub tuner matching 5082-0023
Text: Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in HP Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The shunt chip
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5964-4236E
Voltage Doubler application
application of voltage doubler
Schottky Doubler
Voltage Doubler introduction
rf power detector voltage doubler
5964-4236E
stub tuner matching
5082-0023
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mbr530
Abstract: LQH32CN100K21 double DIODE 436 Panasonic central BAT54C GRM1885C1H560JA01B SP6691 SP6691EK
Text: Design Solution # 34 Solved by TM High Voltage Boost Regulator with Voltage Doubler Designed by: Matthew Szaniawski mszaniawski@sipex.com Part Number: SP6691 Application Description: High voltage boost regulator with charge pump voltage doubler Electrical Requirements:
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SP6691
CA95035
July6-07
mbr530
LQH32CN100K21
double DIODE 436
Panasonic central
BAT54C
GRM1885C1H560JA01B
SP6691
SP6691EK
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Voltage Doubler application
Abstract: application of voltage doubler Schottky Doubler Microwave detector diodes microwave detector diode 5082-0009 stub tuner matching
Text: hH Schottky Diode Voltage Doubler Application Note 956-4 Circuit Description Figure 1 shows a simple voltage doubler circuit that was assembled in HP Package 60 and tested at 2 GHz. In this version of the doubler, opposite polarity chips are needed. The shunt chip
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5964-4236E
Voltage Doubler application
application of voltage doubler
Schottky Doubler
Microwave detector diodes
microwave detector diode
5082-0009
stub tuner matching
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irf 2030
Abstract: FMM5118X Eudyna Devices FMM5118
Text: FMM5118X 20-32GHz Doubler MMIC FEATURES • Integrated Monolithic Doubler • High Harmonic Rejection • Single Supply Voltage • High Reliability DESCRIPTION The FMM5118X is a doubler, consisting of an X2 multiplier followed by a buffer amplifier for applications with an output
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FMM5118X
20-32GHz
FMM5118X
Inp4888
irf 2030
Eudyna Devices
FMM5118
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irf 2030
Abstract: FMM5118X idc 14 pin out fujitsu power amplifier GHz FCSI
Text: FMM5118X 20-32GHz Doubler MMIC FEATURES • Integrated Monolithic Doubler • High Harmonic Rejection • Single Supply Voltage • High Reliability DESCRIPTION The FMM5118X is a doubler, consisting of an X2 multiplier followed by a buffer amplifier for applications with an output
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FMM5118X
20-32GHz
FMM5118X
FCSI0502M200
irf 2030
idc 14 pin out
fujitsu power amplifier GHz
FCSI
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Untitled
Abstract: No abstract text available
Text: FMM5118X 20-32GHz Doubler MMIC FEATURES • Integrated Monolithic Doubler • High Harmonic Rejection • Single Supply Voltage • High Reliability DESCRIPTION The FMM5118X is a doubler, consisting of an X2 multiplier followed by a buffer amplifier for applications with an output
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FMM5118X
20-32GHz
FMM5118X
Uni88
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Untitled
Abstract: No abstract text available
Text: UMZ-T2-1042-A16-G UMZ-T2-1042A16-GVoltage Controlled Oscillator With Internal Doubler VOLTAGE CONTROLLED OSCILLATOR WITH INTERNAL DOUBLER Package: A16, 12.7mm x 12.7mm x 3.4mm VCC Features Internal Frequency Doubler and Buffer AMP Frequency: 6100MHz to
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UMZ-T2-1042A16-GVoltage
UMZ-T2-1042-A16-G
6100MHz
7100MHz
135in)
12dBr,
DS110907
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Untitled
Abstract: No abstract text available
Text: UMZ-T2-227-O16-G UMZ-T2-227O16-GVoltage Controlled Oscillator With Internal Doubler VOLTAGE CONTROLLED OSCILLATOR WITH INTERNAL DOUBLER Package: O16, 12.7mm x 12.7mm x 5.59mm VCC Features Internal Frequency Doubler and Buffer AMP 1/2 Frequency Output Provided
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UMZ-T2-227-O16-G
UMZ-T2-227O16-GVoltage
4900MHz
5900MHz
12dBr,
DS110907
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5800MHZ
Abstract: No abstract text available
Text: UMZ-T2-1080-O16-G UMZ-T2-1080O16-GVoltage Controlled Oscillator With Internal Doubler VOLTAGE CONTROLLED OSCILLATOR WITH INTERNAL DOUBLER Package: O16, 12.7mm x 12.7mm x 5.6mm VCC Features Internal Frequency Doubler and Buffer AMP 1/2 Frequency Output Provided
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UMZ-T2-1080O16-GVoltage
UMZ-T2-1080-O16-G
5200MHz
5800MHz
12dBr,
DS110907
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working principle of an inverter
Abstract: simple inverter schematic circuit AN718 APP718 CC0603 CC0805 MAX1681 MAX1682 MAX1697 MAX1697U
Text: Maxim > App Notes > Battery Management Power-Supply Circuits Keywords: charge pump, voltage converter, doubler, inverter, voltage splitter, DC-DC, multiplier, charge pumps Nov 29, 2001 APPLICATION NOTE 718 Properties of the Charge-Pump Voltage Splitter Abstract: The charge-pump voltage converter is known mostly in its doubler and inverter configuration. This
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MAX1681:
MAX1682:
MAX1697:
com/an718
AN718,
APP718,
Appnote718,
working principle of an inverter
simple inverter schematic circuit
AN718
APP718
CC0603
CC0805
MAX1681
MAX1682
MAX1697
MAX1697U
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Untitled
Abstract: No abstract text available
Text: UMZ-T2-447-O16-G UMZ-T2-447O16-GVoltage Controlled Oscillator With Internal Doubler VOLTAGE CONTROLLED OSCILLATOR WITH INTERNAL DOUBLER Package: O16, 12.7mm x 12.7mm x 5.6mm VCC Features Internal Frequency Doubler and Buffer AMP 1/2 Frequency Output Provided
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UMZ-T2-447O16-GVoltage
UMZ-T2-447-O16-G
6600MHz
8100MHz
u-106
10kHz
100kHz
1000kHz
10000kHz
DS110907
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working principle of an inverter
Abstract: AN718 APP718 CC0603 CC0805 MAX1681 MAX1682 MAX1697 MAX1697U MAX603
Text: Maxim > App Notes > Battery Management Power-Supply Circuits Keywords: charge pump, voltage converter, doubler, inverter, voltage splitter, DC-DC, multiplier, charge pumps Nov 29, 2001 APPLICATION NOTE 718 Properties of the Charge-Pump Voltage Splitter Abstract: The charge-pump voltage converter is known mostly in its doubler and inverter configuration. This
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com/an718
MAX1681:
MAX1682:
MAX1697:
AN718,
APP718,
Appnote718,
working principle of an inverter
AN718
APP718
CC0603
CC0805
MAX1681
MAX1682
MAX1697
MAX1697U
MAX603
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Voltage Doubler
Abstract: application of voltage doubler LMX2350 Voltage Doubler application Frequency Doubler use diode AN-1119 power factor load pump National Semiconductor AN
Text: INTRODUCTION Today’s wireless applications demand lower operating voltages. A voltage doubler provides a means of obtaining a wider VCO tuning range at lower voltages. This paper discusses the considerations that need to be made when using a voltage doubler. Specific test results are shown for a
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LMX2350
Voltage Doubler
application of voltage doubler
Voltage Doubler application
Frequency Doubler use diode
AN-1119
power factor load pump
National Semiconductor AN
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MAX660
Abstract: DC TO DC convertor Charge Pumps APP1876 MAX1680 MAX1681 MAX1682 MAX1683 MAX1730 MAX868
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: 0.5X step-down, charge pump, dc-dc converter, power supply, input voltage divider , dc to dc, convertor Feb 03, 2003 APPLICATION NOTE 1876 Doubler/Inverter Charge Pumps Divide by Two Abstract: Doubler or inverter charge pumps can halve an input voltage with high efficiency. This application
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MAX1680:
MAX1681:
MAX1682:
MAX1683:
MAX1730:
MAX660:
MAX868:
AN1876,
APP1876,
Appnote1876,
MAX660
DC TO DC convertor
Charge Pumps
APP1876
MAX1680
MAX1681
MAX1682
MAX1683
MAX1730
MAX868
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AN1780
Abstract: APP1780 MAX660 MX7228
Text: Maxim > App Notes > A/D and D/A conversion/sampling circuits Keywords: D/A , digital-to-analog converter, DAC, octal DAC, voltage doubler, charge pump, trimpot Jul 09, 1998 APPLICATION NOTE 1780 Octal trimpots offer rail-to-rail adjustments Abstract: This design note shows how an octal digital-to-analog converter DAC , the MX7228, works with a voltage-doubler
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MX7228,
MAX660,
20mV/LSB.
MAX660
MX7228
com/an1780
AN1780,
APP1780,
Appnote1780,
AN1780
APP1780
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TC54
Abstract: TC682 TC682COA TC682CPA TC682EOA TC682EPA TC7660EV Negative LDO regulator
Text: INVERTING VOLTAGE DOUBLER EVALUATION KIT AVAILABLE TC682 TC682 INVERTING VOLTAGE DOUBLER FEATURES GENERAL DESCRIPTION • ■ ■ ■ ■ ■ The TC682 is a CMOS charge pump converter that provides an inverted doubled output from a single positive supply. An on-board 12kHz typical oscillator provides the
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TC682
TC682
12kHz
TC54
TC682COA
TC682CPA
TC682EOA
TC682EPA
TC7660EV
Negative LDO regulator
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S446GA
Abstract: No abstract text available
Text: SENSITRON SEMICONDUCTOR S446GA TECHNICAL DATA DATA SHEET 283, REV - DOUBLER ASSEMBLY DESCRIPTION: A 600 VOLT, 12 AMP, 30 NANOSECOND DOUBLER ASSEMBLY MAX. RATINGS / ELECTRICAL CHARACTERISTICS RATING Peak Inverse Voltage All ratings are at TA = 25oC unless otherwise specified.
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S446GA
S446GA
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Dual Supply From Single Battery Source
Abstract: 8 pin 4v power supply converter TC54 TC682 TC682COA TC682CPA TC682EOA TC682EPA TC7660EV
Text: INVERTING VOLTAGE DOUBLER EVALUATION KIT AVAILABLE TC682 TC682 INVERTING VOLTAGE DOUBLER FEATURES GENERAL DESCRIPTION • ■ ■ ■ ■ ■ The TC682 is a CMOS charge pump converter that provides an inverted doubled output from a single positive supply. An on-board 12kHz typical oscillator provides the
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TC682
TC682
12kHz
Dual Supply From Single Battery Source
8 pin 4v power supply converter
TC54
TC682COA
TC682CPA
TC682EOA
TC682EPA
TC7660EV
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max660
Abstract: Charge Pumps MAX1680 MAX1681 MAX1682 MAX1683 MAX1730 MAX868
Text: BIAS SUPPLY CIRCUITS PORTABLE POWER POWER-SUPPLY CIRCUITS Application Note 1876: Feb 03, 2003 Doubler/Inverter Charge Pumps Divide by Two Doubler or inverter charge pumps can halve an input voltage with high efficiency. This application note describes how to design 0.5X step-down charge-pump circuits.
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MAX1683
MAX660
DI256a,
com/an1876
MAX1680:
MAX1681:
MAX1682:
MAX1683:
MAX1730:
MAX660:
max660
Charge Pumps
MAX1680
MAX1681
MAX1682
MAX1683
MAX1730
MAX868
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IR3565
Abstract: IR3599 V18 marking
Text: PWM Doubler/Quad Logic FEATURES IR3599/IR3599A DESCRIPTION • 3.3V supply voltage Configurable phase multiplier as either doubler or quad from a single PWM input Capable of generating high output switching frequencies from 200k-800kHz Tri-state PWM input and outputs for
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IR3599/IR3599A
200k-800kHz
IR3599A
IR3599
IR3599/IR3599A
IR3599/IR359
IR3565
V18 marking
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Untitled
Abstract: No abstract text available
Text: 320 mA Switched Capacitor Voltage Doubler ADP3610 a FEATURES Push-Pull Charge Pump Doubler Reduces Output Ripple +3.0 V to +3.6 V Operation V OUT > +5.4 V @ 320 mA Maximum Load Output Impedance, RTOTAL ≤ 1.66 ⍀ Shutdown Capability Overvoltage Protection: VIN > +4 V
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ADP3610
16-Lead
ADP3610
ADP3605
RU-16)
C3442aâ
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str80000
Abstract: No abstract text available
Text: STR 80000 Series ^^ Hybrid Auto-Switch Module—Doubler Features_ •F o r automatic switch-over from voltage-doubler to bridge rectification and from bridge rectification to voltage doubler •W ith a planar triac incorporated •Fixed switch-over voltage
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inverter laptop
Abstract: SP6661 LAPTOP inverter 5 pin inverter laptop
Text: SjpS/v _ SP6661 High Frequency 200mA Charge Pump Inverter or Doubler features description The SP6661 is a CMOS DC-DC Monolithic Voltage Converter that can be implemented as a Voltage Inverter or a Positive Voltage Doubler. As a Voltage Inverter, a -1 ,5V to -5.0V output can be converted from a
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SP6661
200mA
SP6661
SP6661EN
SP6661EU
SP6661UEB
inverter laptop
LAPTOP inverter
5 pin inverter laptop
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