picofarads per meter
measuring picofarads
few picofarads
high picofarads
picofarads value
using picofarads
detecting picofarads
checking picofarads
picofarads range
many picofarads
the capacitor had a capacitance of 100 picofarads.
we measured a small capacitance of just 2 picofarads.
the circuit required a capacitor with a value of 500 picofarads.
the parasitic capacitance was approximately 15 picofarads.
the filter design used capacitors in the 10 to 20 picofarads range.
a 1000 picofarads capacitor was selected for the application.
the equivalent capacitance was calculated to be 35 picofarads.
the component's capacitance was specified as 75 picofarads ±5%.
we needed a capacitor with a capacitance of at least 200 picofarads.
the circuit board had a significant amount of stray capacitance, around 40 picofarads.
the design called for a 1000 picofarads to 1500 picofarads capacitor.
picofarads per meter
measuring picofarads
few picofarads
high picofarads
picofarads value
using picofarads
detecting picofarads
checking picofarads
picofarads range
many picofarads
the capacitor had a capacitance of 100 picofarads.
we measured a small capacitance of just 2 picofarads.
the circuit required a capacitor with a value of 500 picofarads.
the parasitic capacitance was approximately 15 picofarads.
the filter design used capacitors in the 10 to 20 picofarads range.
a 1000 picofarads capacitor was selected for the application.
the equivalent capacitance was calculated to be 35 picofarads.
the component's capacitance was specified as 75 picofarads ±5%.
we needed a capacitor with a capacitance of at least 200 picofarads.
the circuit board had a significant amount of stray capacitance, around 40 picofarads.
the design called for a 1000 picofarads to 1500 picofarads capacitor.
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