Texas Instruments
Texas Instruments Incorporated utformar och tillverkar analog teknik, digital signalbehandling (DSP), mikrokontroller (MCU) och halvledare. TI är ledande inom halvledar-lösningar för analog och digital inbyggning och applikationsbehandling. Ett globalt halvledar-företag, TI lanserar nya idéer inom utformning, försäljning och tillverkningsarbete i mer än 30 länder.
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Texas Instruments TRF0108SEP/SP Evaluation ModulesRF amplifier EVMs for differential-to-single-ended signal conversion up to 12GHz.2026-07-01 -
Texas Instruments TPS26750A USB Type-C® & USB PD ControllerUSB Type-C and PD 3.2 controller with 240W Extended Power Range support.2026-06-30 -
Texas Instruments TPS54202x Step-Down Converters2A synchronous buck converters with EMI-reducing spread spectrum.2026-06-30 -
Texas Instruments TPS561300 Step-Down Converter1A synchronous buck converter with EMI-reducing spread spectrum.2026-06-30 -
Texas Instruments TPS65036x-Q1 Camera, Radar, & MCU PMICsAutomotive PMICs with three buck converters and one LDO regulator.2026-06-30 -
Texas Instruments TPS25751A USB Type-C® & USB PD ControllerUSB Type-C® and PD 3.2 controller with integrated power switches.2026-06-30 -
Texas Instruments TPS7E66-Q1 Low-Dropout RegulatorsAutomotive 150mA LDO regulators with ultra-low IQ and power-good monitoring.2026-06-30 -
Texas Instruments AMC43xxDVVEVM Evaluation ModuleEvaluation module for AMC43xxDVV isolated sensing devices.2026-06-30 -
Texas Instruments TMF00xxEVM Evaluation ModulesUSB evaluation module for Single-Wire FRAM device testing and memory management.2026-06-30 -
Texas Instruments TPS62A212EVM-059 Evaluation ModuleEvaluation module for TPS62A2xx-Q1 automotive buck converters up to 12A output.2026-06-30 -
Texas Instruments TPS25752A USB Type-C® & USB PD ControllerSource-only USB Type-C and PD 3.2 controller with integrated power-path protection.2026-06-30 -
Texas Instruments SN74LVC240A/-Q1 Octal Buffer/DriversOffers a reliable 8-bit buffer solution with 3-state outputs for signal buffering and driving apps.2026-05-27 -
Texas Instruments TPUL2T223/-Q1 Monostable MultivibratorsTwo independent RC-configurable non-retriggerable mono multivibrators for 1.5V to 5.5V operation.2026-05-26 -
Texas Instruments TPUL2T323/-Q1 Monostable MultivibratorsIntegrates two independent extended-pulse-width, RC-configurable retriggerable mono multivibrators.2026-05-26 -
Texas Instruments SN74LVC241A Octal Buffers & Line DriversProvides an 8-bit buffer solution featuring 3-state outputs for reliable digital signal control.2026-05-22 -
Texas Instruments SN74LVC9541A/-Q1 Octal Buffers/DriversOctal buffers with 3-state outputs & Schmitt-trigger inputs are ideal for driving an indicator LED.2026-05-22 -
Texas Instruments SN74LVC540A/-Q1 Octal Buffer/DriversDelivers an octal buffer/driver solution designed for 2.7V to 3.6V VCC operation.2026-05-22 -
Texas Instruments SN74LVC541A/-Q1 Octal Buffers/DriversDelivers an octal buffer/driver solution designed for 2.7V to 3.6V VCC operation.2026-05-22 -
Texas Instruments SN74LVCZ244A Octal Buffer/DriverA dependable octal buffer/line driver option for 2.7V to 3.6V VCC operation.2026-05-22 -
Texas Instruments TPUL2G122/-Q1 & TPUL2G122A/-Q1 Dual MultivibratorsOffers two independent RC-configurable channels for generating timed output pulses.2026-05-22 -
Texas Instruments TPUL2G223/-Q1 Dual Monostable MultivibratorsContains two independent RC-configurable retriggerable monostable multivibrators.2026-05-22 -
Texas Instruments TPUL2T122x/-Q1 Dual Monostable MultivibratorsTwo independent RC-configurable retriggerable monostable multivibrators for 1.5V to 5.5V operation.2026-05-22 -
Texas Instruments TPUL2T123/-Q1 Monostable MultivibratorsTwo independent, RC-configurable, retriggerable mono multivibrators for 1.5V to 5.5V operation.2026-05-22 -
Texas Instruments TPLD2001 Programmable Logic DevicesFeature versatile programmable logic ICs with combinational, sequential, and analog blocks.2026-05-19 -
Texas Instruments MUX80X-Q1 Single 8:1 & Dual 4:1 MultiplexersHigh-voltage analog multiplexers in 8:1 (single-ended) and 4:1 (differential) configurations.2026-05-19