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Printed low‐voltage complementary inverters based on electrolyte gated transistors are demonstrated. The printed complementary inverters showed gain of 18 and power dissipation below 10 nW. 5‐stage ring oscillators operate at 2 V with an oscillation frequency of 2.2 kHz, corresponding to stage delays of less than 50 μs. The printed circuits exhibit good stability under continuous dynamic operation...
Printed low‐voltage complementary inverters based on electrolyte gated transistors are demonstrated by C. D. Frisbie and co‐workers on page 7032. The printed complementary inverters exhibit a gain of 18 and a power dissipation below 10 nW. Five‐stage ring oscillators are achieved operating at 2 V with an oscillation frequency of 2.2 kHz. These printed circuits are promising for realizing low‐voltage,...
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