BIPOLAR, CMOS AND
Bipolar, CMOS and DMOS devices on one analog process
Bipolar, CMOS and DMOS devices on one analog process
Foundational analog and power-silicon manufacturing identity
Automotive · Industrial · Consumer Electronics · +1
Public source
Analog BCD process (LBC) is a publicly described Texas Instruments process platform that combines bipolar, CMOS and DMOS devices on one analog process.
Silicon Showcase illustrative visual
Illustrative representation based on publicly available technical information.
Texas Instruments analog BCD (LBC) is TI’s bipolar-CMOS-DMOS process identity for foundational analog and power silicon, described in official TI manufacturing communications.
Official TI articles on foundational semiconductor chips present analog process capability as core to TI’s manufacturing identity. This listing records the analog BCD process rather than a generic analog-products catalog and rather than DLP, which remains a later MEMS candidate. Process node options should be confirmed on TI’s current public manufacturing pages.
Key characteristics associated with this technology.
Bipolar, CMOS and DMOS devices on one analog process
Foundational analog and power-silicon manufacturing identity
Not a DLP or generic analog-catalog listing
Explore other semiconductor technologies.
Ultra-low-power connected-device system-on-chip that Sensesemi describes with wireless connectivity, a microcontroller, and an edge AI accelerator.
Consumer ElectronicsMedicalView Technology
Metering system-on-chip that Vervesemi describes as an analog front end integrated with a microcontroller for single-phase energy measurement.
IndustrialEnergyView Technology
Aheesa's Vihaan-I is a RISC-V networking SoC for fiber broadband. First-pass silicon was announced in 2026, with production tape-out targeted for 2027.
AutomotiveIndustrialView Technology
Kulicke & Soffa APTURA is a thermo-compression bonder for advanced packaging, not a wire bonder catalog and not OSAT assembly.
AI & HPCData CenterView Technology
