high power fet amplifier schematic
Abstract: schematics for a PA amplifier REP006 TRANSMIT CUSTOM DIODE ucc quasi resonant full bridge AN449 APP449 MAX2269 tdma abstract
Text: Maxim > App Notes > Wireless and RF Keywords: REP, REP006, rapid engineering prototype, J-CDMA, JCDMA, japanese CDMA, PA, linear RF, power amplifier, PAE, efficiency, power added efficiency Nov 01, 2000 APPLICATION NOTE 449 REP006: Linear RF Power Amplifier Matched for High Efficiency at
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REP006,
REP006:
MAX2269
16dBm
MAX2269
com/an449
MAX2269:
AN449,
APP449,
high power fet amplifier schematic
schematics for a PA amplifier
REP006
TRANSMIT CUSTOM DIODE
ucc quasi resonant full bridge
AN449
APP449
tdma abstract
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APP4499
Abstract: MAX8574 MAX8875 positive gnd negative voltage regulator 4499
Text: Maxim > App Notes > Power-supply circuits Keywords: Boost converters, stepup converters, linear regulators Aug 09, 2010 APPLICATION NOTE 4499 Miniature circuit converts negative inputs to positive outputs Abstract: You can obtain a precise, positive output voltage from a negative voltage supply by teaming a boost converter with a
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MAX8574
MAX8875
150mA,
com/an4499
AN4499,
APP4499,
Appnote4499,
APP4499
positive gnd negative voltage regulator
4499
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MAX6173
Abstract: MAX6174 MAX5436 MAX5774 MAX6143 MAX6160 MAX6175 MAX6176 MAX6177 MAX6220
Text: Maxim > App Notes > A/D and D/A conversion/sampling circuits Automatic test equipment ATE Measurement circuits Voltage references Keywords: voltage references, voltage reference, DAC reference, three terminal reference, reference accuracy, DAC, digital to analog converter,
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MAX5774
32-Channel,
14-Bit,
MAX6143
com/an4494
AN4494,
APP4494,
Appnote4494,
MAX6173
MAX6174
MAX5436
MAX6160
MAX6175
MAX6176
MAX6177
MAX6220
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APP4498
Abstract: IDS4404 AN4498
Text: Maxim > App Notes > A/D and D/A conversion/sampling circuits Keywords: margining capability, dc-dc converters, D/A converters, DACs, current-output DACs Nov 03, 2010 APPLICATION NOTE 4498 Add margining capability to a DC/DC converter By: Brian Vasquez Abstract: For a DC/DC converter, you can easily add margining capability digital adjustment of the output voltage by adding a
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DS4402
DS4404)
DS4404
com/an4498
AN4498,
APP4498,
Appnote4498,
APP4498
IDS4404
AN4498
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APP4497
Abstract: MAX1522
Text: Maxim > App Notes > Power-supply circuits Keywords: bipolar supply voltages, stepup converters, charge pumps Nov 04, 2010 APPLICATION NOTE 4497 Single-inductor circuit generates bipolar supply voltages By: Perwez Nawabi Abstract: The single inductor and three Schottky diodes associated with this step-up converter derive +15V and -14V from a +5V
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200mA,
200mA
MAX1522
com/an4497
AN4497,
APP4497,
Appnote4497,
APP4497
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abstract for battery level indicator
Abstract: MAX712 APP4496 MAX5089 MAX713 4496 "Sequencer IC"
Text: Maxim > App Notes > Battery management Power-supply circuits Keywords: switchmode battery chargers, NiMH/NiCd battery chargers, stepdown regulators, constant-current supplies, dV/dt termination Aug 09, 2010 APPLICATION NOTE 4496 NiMH/NiCd switchmode battery charger has dV/dt charge termination
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MAX712)
MAX5089)
MAX712
MAX712/MAX713
MAX5089
MAX712
com/an4496
AN4496,
APP4496,
abstract for battery level indicator
APP4496
MAX713
4496
"Sequencer IC"
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MAX5774
Abstract: MAX675 MAX5436 MAX6143 MAX6160 MAX6173 MAX6174 MAX6175 MAX6176 MAX6177
Text: Maxim > App Notes > A/D and D/A Conversion/Sampling Circuits Voltage References Automatic Test Equipment ATE Measurement Circuits Keywords: voltage references, voltage reference, DAC reference, three terminal reference, reference accuracy, DAC, digital to
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REF02
MAX5774:
MAX6143:
com/an4494
AN4494,
APP4494,
Appnote4494,
MAX5774
MAX675
MAX5436
MAX6143
MAX6160
MAX6173
MAX6174
MAX6175
MAX6176
MAX6177
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