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Protection for low voltage
and advanced processes -
Case Study
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High frequency applications
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Optimize junction and metal capacitance
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Optimize common mode rejection ratio
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Low power applications
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Minimize static leakage
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Low noise applications
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Complex ground/power bus architectures
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Compatible with any start up sequence
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Overvoltage designs
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No diode to supply allowed
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Hot swap
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Allow plug in during power up
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Undervoltage designs
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Miswiring conditions
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Low power applications
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Minimize static leakage
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High frequency/speed applications
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Minimize junction and metal capacitance
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-
Low noise applications
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Complex ground/power bus architectures
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Compatible with any start up sequence
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-
Overvoltage designs
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No diode to supply allowed
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Hot swap
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Allow plug in during power up
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Undervoltage designs
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Including miswiring conditions
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Custom and predevelopped
PHY design -
Case Study
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Higher voltage rated IO's
for advanced processes -
3.0V with 1.8V Transistors
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Product proven in TSMC 40nm and 28nm
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in collaboration with ICSense
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Clipping circuit
for antenna applications -
Multiple modes of operation
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Low leakage
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Product proven in TSMC 55nm:
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Programmable clipping at 2.2V, 3.3V and no clipping