TPS7B6933QDCYRQ1

TPS7B6925QDCYRQ1 is a Texas Instruments TPS7B6925-Q1 automotive 150 mA LDO with fixed 2.5 V output in SOT-223-4, tape and reel — AEC-Q100 qualified, 4 V to 40 V input (45 V transient withstand), 15 microamp typical quiescent current, short-circuit and overcurrent protection with UVLO, −40 °C to +105 °C ambient. The SOT-223 package is the selection point: the same AEC-Q100 2.5 V die as the SOT-23-5 QDBVRQ1, but with a tab for real thermal headroom — when the 2.5 V rail runs near full current from a high input voltage, the SOT-223 sheds the heat the SOT-23 cannot. Selection advice: pick the QDCYR when dropout times current pushes the dissipation past what a SOT-23 handles; pick the QDBVRQ1 when the rail current is light and board area matters. Same 15 microamp always-on Iq, same fixed 2.5 V, same automotive qualification either way. Evidence: TI TPS7B69xx datasheet confirms SOT-223-4, AEC-Q100, 4–40 V and 150 mA. Match the full TPS7B6925QDCYRQ1 code. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

TPS7B6950QDCYRQ1 is a Texas Instruments TPS7B6950-Q1 automotive 150 mA LDO with fixed 5 V output in SOT-223-4, tape and reel — AEC-Q100 qualified, 4 V to 40 V input (45 V transient withstand), 15 microamp typical quiescent current, short-circuit and overcurrent protection with UVLO, −40 °C to +105 °C ambient. The 5 V fixed output is the selection point: the standard automotive 5 V sensor and legacy-logic rail — with AEC-Q100 qualification and always-on 15 microamp Iq in a thermally capable SOT-223. Selection advice: pick the 5 V code for 5 V sensors and legacy peripherals; the 2.5 V TPS7B6925 and 3.3 V TPS7B6933 codes are footprint-compatible for the other rails. The SOT-223 tab handles the higher dissipation of a 5 V rail fed from automotive 12/24 V better than the SOT-23-5 QDBVRQ1. The 40 V input with 45 V transient withstand rides through load dump without a pre-regulator. Evidence: TI TPS7B69xx datasheet confirms SOT-223-4, AEC-Q100, fixed 5 V, 4–40 V and 150 mA. Match the full TPS7B6950QDCYRQ1 code. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

TPS7B6925QDBVRQ1 is a Texas Instruments TPS7B6925-Q1 automotive 150 mA LDO with fixed 2.5 V output in SOT-23-5, tape and reel — AEC-Q100 qualified, 4 V to 40 V input (45 V transient withstand), 15 microamp typical quiescent current, short-circuit and overcurrent protection with UVLO, −40 °C to +105 °C ambient. The Q1 automotive qualification is the selection point: this is the always-on rail part for body electronics, clusters and standby MCUs that must survive load-dump transients and sip current when the vehicle sleeps. Selection advice: the 15 microamp Iq is the headline — for always-on 2.5 V sensor and MCU rails, it beats generic LDOs by an order of magnitude on standby drain. The fixed 2.5 V needs no divider; for 3.3 V use the TPS7B6933QDBVRQ1, for 5 V the TPS7B6950QDBVRQ1. The SOT-23-5 suits low-current rails; for better thermal headroom use the SOT-223 TPS7B6925QDCYRQ1. Evidence: TI TPS7B69xx datasheet confirms AEC-Q100, 4–40 V, 150 mA, 15 microamp Iq and SOT-23-5. Match the full TPS7B6925QDBVRQ1 code. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

TPS7B6933QDBVRQ1 is a Texas Instruments TPS7B6933-Q1 automotive 150 mA LDO with fixed 3.3 V output in SOT-23-5, tape and reel — AEC-Q100 qualified, 4 V to 40 V input (45 V transient withstand), 15 microamp typical quiescent current, short-circuit and overcurrent protection with UVLO, −40 °C to +105 °C ambient. The 3.3 V fixed output is the selection point: the standard automotive logic rail — CAN transceivers, MCUs and sensors — with AEC-Q100 qualification and always-on 15 microamp Iq in a SOT-23-5. Selection advice: against the 2.5 V TPS7B6925QDBVRQ1, this is the pick for 3.3 V logic; against the 5 V TPS7B6950QDBVRQ1, pick by rail voltage — the three parts are footprint-identical, so one layout serves all three rails. For higher dissipation use the SOT-223 TPS7B6933QDCYRQ1. The 40 V input with 45 V transient withstand rides through automotive load dump without a pre-regulator. Evidence: TI TPS7B69xx datasheet confirms AEC-Q100, fixed 3.3 V, 4–40 V, 150 mA and SOT-23-5. Match the full TPS7B6933QDBVRQ1 code. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

LM317DCY is a Texas Instruments LM317 adjustable positive linear regulator — 1.25 to 37 V output set by two external resistors, 1.5 A maximum, in the 4-pin SOT-223 surface-mount package (DCY), tube packing of 80, operating 0 to +125 °C. Internal current limiting, thermal overload protection and safe-area compensation are the selection point: the classic regulator that survives abuse fixed-output parts cannot. Selection advice: the SOT-223 package is the binding constraint, not the 1.5 A headline — at high input-output differentials the package thermal resistance forces real-world current well below 1.5 A, so compute dissipation for your rails or step up to the TO-220 (KCS) variant for heatsinking. This is a standard bipolar regulator with about 2 V dropout, not a low-dropout part: on a 5 V rail it cannot reliably deliver 3.3 V at load and temperature, where an LD1086-class LDO can. The DCY (no R) code is tube packing for prototyping and small runs — for SMT production lines order LM317DCYR, the 2500-reel version, and do not mix packing codes on one BOM line. Evidence: TI LM317 datasheet and package addendum confirm 1.25-37 V, 1.5 A, SOT-223 DCY, tube 80. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

LM317DCYR is a Texas Instruments LM317 adjustable positive linear regulator — 1.25 to 37 V output set by two external resistors, 1.5 A maximum, in the 4-pin SOT-223 surface-mount package (DCY), tape-and-reel packing of 2500, operating 0 to +125 °C. It is the same die as the tube-packed LM317DCY; the R suffix is the selection point for procurement: reel packing for automated SMT lines and volume builds, with a 2500-piece reel that sets the practical MOQ. Selection advice: choose this code when the board goes to pick-and-place — tube parts slow the line — and keep LM317DCY on prototype and rework BOMs only. Electrically the same cautions apply as the tube version: internal current limit, thermal and safe-area protection, but about 2 V of dropout, so it is not a low-dropout regulator and cannot make 3.3 V from a 5 V rail at full load the way an LD1086 can; and the SOT-223 thermal path caps real continuous current well below the 1.5 A headline at large input-output differentials. Evidence: TI LM317 datasheet and package addendum confirm 1.25-37 V, 1.5 A, SOT-223 DCY, reel 2500. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

F: 3.0-A standalone switch-mode buck charger with NVDC power path for single-cell Li-Ion/Li-polymer, 3.9-13.5-V input, 19.5-mohm BATFET, 9.5-uA battery leakage, WQFN-24. A: Full FET integration and hardware-configurable JEITA profile deliver fast charging without host firmware management. B: Shorter firmware development and faster time-to-market for portable devices. E: Ranked on hqbuy.com real-time hot list (2026-10-14). Selection advice: pick BQ25616 over the I2C siblings BQ25618/BQ25619 when the host MCU should not own charging registers; note this RTWR orderable is the WQFN-24 tape-and-reel option. Parameters verified against Texas Instruments documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

BQ25790 is Texas Instruments’ 5-A buck-boost battery charger for 1-to-4-cell Li-ion/Li-polymer packs in 2.9x3.3mm WCSP-56 — for USB-C PD charging where input voltage swings both above and below the battery voltage: the integrated buck-boost stage (all four switching FETs plus battery FET on-chip) automatically transitions between buck, boost and buck-boost without host intervention. 97% charging efficiency at 30 W, 3.6-to-24 V input range, NVDC power-path management that keeps the system alive even with a dead or removed battery, dual-input selector (USB, barrel, wireless, solar), D+/D- handshake for legacy fast-charge adapters, and I2C host control with an integrated ADC for telemetry. USB-C/PD compatible, -40 to +85°C. Selection advice: the WCSP package is the smallest footprint option — for easier assembly specify the QFN sibling BQ25792; for solar-input designs the BQ25798 variant adds MPPT. State cell count and input source mix in the RFQ so the offered lot is matched to the right charge profile. Parameters verified against Texas Instruments documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

BQ4050RSMR is a Texas Instruments battery fuel gauge — for 1-series Li-ion and Li-polymer packs: Impedance Track gauging algorithm for accurate state-of-charge reporting, integrated protection-friendly architecture, VQFN-12 package. The Impedance Track algorithm learns the cell characteristics over cycles, so reported capacity stays accurate as the battery ages — unlike simple coulomb counters that drift; accurate gauging prevents both unexpected shutdowns and over-conservative capacity margins. Business impact: reliable fuel gauging is a safety and user-experience feature — medical, industrial and consumer devices all depend on trustworthy remaining-capacity readings. Selection advice: the RSMR code denotes VQFN-12 on tape and reel — the BQ4050 targets single-cell packs — for multi-cell designs look at the BQ40 family stackable gauges; cell characterization data improves initial accuracy. Ranked #15 on the hqbuy.com real-time hot list (2026-10-05). Parameters verified against Texas Instruments documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

CSD95410RRB is a Texas Instruments 90 A peak NexFET smart power stage — for multiphase buck converters powering AI accelerators, FPGAs and datacenter ASICs: driver plus power MOSFETs in a 5x6 mm 41-pin VQFN-CLIP package, -40°C to +125°C. Integrated temperature-compensated bidirectional current sense and analog temperature output feed the controller's telemetry loop, while 1.75 MHz switching and ultra-low-inductance packaging push power density. This is the ACTIVE successor to the NRND CSD95490 — same footprint class, higher current rating. Selection advice: pair with TI multiphase controllers (TPS53681/TPS53688 on this site) per TI reference designs; the industry-common 5x6 mm footprint allows second-sourcing across vendors, but verify current-sense calibration against your controller. Parameters verified against TI documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.