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Low power down-conversion RF mixers based on the Gilbert cell approach
Ari Vauhkonen
, Kaj Grahn
VTT Technical Research Centre of Finland
VTT (former employee or external)
Research output
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Contribution to journal
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Article
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Scientific
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peer-review
1
Citation (Scopus)
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Keyphrases
Low Power
100%
Mixer
100%
Down-conversion
100%
RF Mixer
100%
Gilbert Cell
100%
Planar Inductor
33%
Transistor
16%
Measurement Results
16%
Wireless Applications
16%
Return Loss
16%
Low Voltage
16%
Supply Voltage
16%
Noise Figure
16%
Output Port
16%
Conversion Loss
16%
Decibel
16%
Input Port
16%
Lumped Element Model
16%
Bond Wire
16%
External Component
16%
BiCMOS Technology
16%
Inductor-on-silicon
16%
Third-order Input Intercept Point
16%
Down-conversion Mixer
16%
Bond Wire Inductor
16%
Operation Performance
16%
Silicon Wire
16%
DC Power Consumption
16%
Quad
16%
Single Sideband
16%
Sideband Noise
16%
INIS
power
100%
conversion
100%
mixers
100%
inductors
37%
voltage
25%
losses
25%
output
12%
performance
12%
applications
12%
silicon
12%
operation
12%
transistors
12%
wires
12%
supply
12%
noise
12%
ports
12%
mhz range
12%
Engineering
Mixers (Machinery)
100%
Gilbert Cell
100%
Element Model
12%
Electric Power Utilization
12%
Conversion Loss
12%
Noise Figure
12%
Decibel
12%
Return Loss
12%
Input Port
12%
Output Port
12%
Bipolar Transistor
12%
Supply Voltage
12%
Sidebands
12%