Touchstone Semiconductor
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Touchstone Semiconductor Articles
Touchstone's dual output boost regulator enables years of battery life
Touchstone Semiconductor announce the TS3310 dual output boost regulator. The TS3310 consumes only 150nA of supply current. Boost regulators are traditionally the highest current consumer in a system during sleep modes. The TS3310 removes this major constraint in power budgeting and enables years of battery life from a tiny battery cell.
Touchstone unveils TS3300 boost regulator
Touchstone Semiconductor today announced the TS3300 boost regulator. The TS3300 uses only 3.5µA of supply current, and the TS3300’s efficiency performance is constant over a 100:1 span in output current. No other low power boost converter offers this level of performance.
Touchstone Semiconductor Introduces Four New, 1.55V to 5V, 1.9µA One-Resistor-Tunable Timer ICs
Touchstone Semiconductor today announced it has added four new, high-accuracy, micropower timer ICs to its rapidly expanding family of “NanoWatt Analog” timer integrated circuits. In addition to all other Touchstone Semiconductor ICs, these new analog timers are all in stock and ready to ship from Digi-Key, Touchstone’s authorized distributor.
Touchstone Semiconductor Introduces the TS7001 ADC
Touchstone Semiconductor today announced the immediate availability of the TS7001, its newest 12-bit 187.5-ksps analog-to-digital converter (ADC) that can be used as a 1.5x faster/50% lower INL drop-in upgrade to the Analog Devices AD7887A. The TS7001 is a 50% smaller footprint and is also 1.5x faster versus the high-grade AD7887B in an SOIC-8.
Touchstone Semiconductor Introduces Two New Low-Power, Low-Voltage Comparators for Power-Sensitive Applications
Touchstone Semiconductor announced today the TS9002 dual and the TS9004 quad low power analog comparators plus 1.182-V reference integrated circuits. As an improved, pin-for-pin functional equivalent to the MAX923, the TS9002’s 3.2-µA supply current is 16% lower and its ±0.75% initial accuracy voltage reference is 25% lower in both specifications compared to the MAX923.