TLV320AIC3104-Q1

DAC161S997RGHR is a Texas Instruments 16-bit delta-sigma DAC for 4-20 mA current-loop transmission, SPI interface, 2.7 to 3.6 V supply, in WQFN-16 (4 × 4 mm) — the loop-powered transmitter chip for industrial 2-wire and 4-wire field instruments. The 100 µA total supply current is the selection point: in a loop-powered transmitter the DAC must sip from the 4 mA budget, leaving the rest for the sensor and MCU. Selection advice: this is a 4-20 mA loop transmitter, not a general voltage-output DAC — the output stage drives an external bipolar transistor (e.g. 2N3904) per the TI reference design, so verify the loop compliance and error-level programming (3.375 mA / 21.75 mA defaults) against your system FMEA. HART modulator interfacing is built in for smart-transmitter designs. The RGH suffix is the WQFN-16 package, R = tape and reel (4500). Parameters verified against the TI DAC161S997 datasheet (SNAS621) and Mouser listings. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

DAC8812IBPWR is a Texas Instruments dual 16-bit current-output multiplying DAC in TSSOP-16, tape and reel — 1 LSB maximum relative accuracy and differential nonlinearity, 2 mA full-scale current, 0.5 µs settling time, 50 MHz SPI-compatible 3-wire interface, double-buffered registers for simultaneous dual-channel updates, internal power-on reset, single 2.7 V to 5.5 V supply, rated −40 °C to +85 °C. The multiplying architecture is the selection point: the output scales with the reference, so it works as a digitally controlled attenuator or programmable gain element — a straight voltage-output DAC cannot do that job. Selection advice: IBPWR is the B-grade TSSOP reel version (2,000 per reel) — the DAC8812IBPW is the tube twin, the DAC8812ICPWR the C-grade (one accuracy step down) reel version; the DAC8811 is the single-channel and DAC8814 the quad-channel family member for different channel counts. TI lists this code Active; LCSC lists it as in stock and Rochester Electronics marks the manufacturer life cycle Active. Evidence: the TI DAC8812 packaging addendum (10-Nov-2025) confirms the ordering code, 16-bit dual multiplying architecture, TSSOP-16 reel and Active status. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

PCM5102A is a Texas Instruments 112-dB SNR stereo audio DAC in 20-pin TSSOP — for network streamers, USB DACs and smart-speaker line outputs where clean analog must come from I2S with minimal support circuitry: 32-bit, up to 384-kHz sampling, integrated PLL generates the system clock from BCLK (3-wire I2S, no MCLK), and DirectPath 2.1-VRMS ground-centered outputs eliminate DC-blocking capacitors. Selection advice: the hardware-pin-controlled A variant suits fixed-function designs — for software-controlled filtering choose the PCM5122; against the automotive PCM5102A-Q1 on this site, the catalog grade covers -25 to +85C commercial/industrial use. Up to 20-dB lower out-of-band noise than conventional switched-capacitor DACs eases downstream amplifier/ADC filtering. 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.

MAX5815AWC+T is a quad 12-bit buffered-output DAC from Analog Devices with an I2C-compatible interface and selectable internal references of 2.048 V, 2.500 V, or 4.096 V, specified over -40 °C to +125 °C in an ultra-small 12-bump WLP package. Its advantage is four independent precision channels in minimal board area: 12-bit accuracy without adjustment, ±1 LSB INL buffered voltage output, guaranteed monotonicity, 4.5 µs settling time, outputs that directly drive 2 kΩ loads, and a 2.7-V to 5.5-V supply with a separate 1.8-V to 5.5-V VDDIO. The benefit is compact multi-channel bias, tuning, and calibration without external references or buffers on most designs. Evidence: Analog Devices lists the four-channel 12-bit architecture, the three internal reference options, the 4.5 µs settling time, and the Rev. 4 datasheet on the official MAX5815 product page. Selection advice: the AWC code denotes A-grade reference performance in the 12-bump WLP on tape and reel; WLP assembly needs reflow and inspection rather than hand soldering, so for prototyping or hand assembly choose the TSSOP-14 variant MAX5815AAUD+ instead, and confirm the I2C address strapping against the datasheet before layout. Heat basis: Ranked #17 on hqew.com today-hot list (2026-10-16). Parameters verified against Analog Devices documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

MCP4725A0T-E/CH is a Microchip 12-bit single-channel digital-to-analog converter with on-board EEPROM, I2C interface, buffered rail-to-rail output, in SOT-23-6, 2.7 to 5.5 V supply, -40 to +125 °C. The EEPROM is the selection point: the DAC powers up to the stored output code without MCU initialization, which is exactly what set-and-forget control outputs — bias trims, threshold references, drive levels — need to survive power cycles. Performance facts that matter for procurement: 6 µs settling, ±0.2 LSB DNL, 210 µA supply current, and I2C up to 3.4 MHz. Selection advice: the A0 in the code is the external address pin, so multiple MCP4725 variants with different address options can share one I2C bus — confirm the address option against your bus map before ordering, and choose this EEPROM version over plain DACs only when power-on recall is genuinely required, since it costs more than a volatile-output equivalent. Distributor listings mark this ordering code AEC-Q100, useful for automotive-adjacent programs. Evidence: Microchip datasheet and Farnell/element14 listings confirm 12-bit, I2C, EEPROM, SOT-23-6 and 2.7-5.5 V. Match the full MCP4725A0T-E/CH code for the address option and packing. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

CC1120RHBR is a Texas Instruments high-performance Sub-1 GHz RF transceiver in 32-pin VQFN, large reel — 164–192, 274–320, 410–480 and 820–960 MHz bands, 0–200 kbps, 2/4-FSK, GFSK, MSK and OOK modulation, −123 dBm sensitivity at 1.2 kbps (−127 dBm with coding gain), 2.0–3.6 V, SPI control, −40 °C to +85 °C. The narrowband blocking performance (91 dB at 10 MHz offset) is the selection point: in crowded 169/433/868/915 MHz ISM bands it holds a link where wider, cheaper radios get desensed — the reason for its use in metering, alarm and industrial telemetry. Selection advice: the R suffix is the 3000-piece large reel; CC1120RHBT is the 250-piece small reel for prototypes — same die, different reel. For +27 dBm output pair it with the CC1190 front end; for low-end short-range links the older CC1101 costs less but gives up selectivity. Match frequency band to your regional regulation (ETSI/FCC/ARIB). Evidence: the TI CC1120 datasheet and packaging addendum confirm the bands, data rates, VQFN-32 RHB package and reel options. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

ADS7846 is a Texas Instruments 4-wire resistive touch screen controller in 16-pin TSSOP — the industry-standard part behind two decades of PDAs, point-of-sale terminals and portable instruments: 2.2 V to 5.25 V operation, internal 2.5 V reference, direct battery measurement from 0 V to 6 V, on-chip temperature and touch-pressure measurement, SPI/QSPI 3-wire interface, auto power-down, under 0.75 mW typical at 2.7 V, 125 kHz throughput, -40 to +85 °C. The pin-compatible upgrade path is the selection point: it drops into ADS7843 sockets with only software changes, adding battery and temperature measurement the older part lacks — which is why it remains the default choice for resistive-touch retrofits and long-life industrial designs. Selection advice: for new designs needing 1.5 V digital I/O, the TSC2046 on this site is the pin-compatible successor; the TSSOP-16 is the standard package, with QFN-16 and VFBGA-48 for space-constrained boards. 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.

AM2434BSDFHIALVR is a Texas Instruments Sitara AM243x high-performance MCU: up to four 800 MHz Arm Cortex-R5F cores, a 400 MHz Cortex-M4F, and dual gigabit PRU-ICSSG industrial-communication subsystems in a 441-ball FCBGA (17.2 x 17.2 mm). It is TI's consolidation play for factory automation — the R5F cluster delivers deterministic servo-loop control while the PRU-ICSSG runs full protocol stacks for EtherCAT target, PROFINET device and EtherNet/IP adapter on the same silicon, replacing architectures that needed an MCU plus an external industrial-Ethernet ASIC or FPGA. Heat evidence: the AM243x is TI's mainstream platform for servo drives and remote I/O modules, and its datasheet remains under active revision (Rev. J, 2026), signaling continued TI investment in the family. Selection advice: the full orderable encodes silicon revision, feature configuration, temperature grade and the ALV 441-ball FCBGA package on tape and reel — match it character-for-character; the ALX 293-ball FCCSP is a smaller, footprint-incompatible alternative, and R5F count plus PRU features vary across AM2431/32/34. 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.

AM6232ATGGHIALWR is a Texas Instruments Sitara AM62x processor: dual 1.4 GHz Arm Cortex-A53 plus a Cortex-M4F in a 425-ball FCCSP (13 x 13 mm). The value proposition is Linux-class compute at microcontroller-class power — the A53 pair runs full Yocto/Debian HMI stacks while the M4F handles real-time I/O, so one device replaces an applications processor plus a companion MCU in industrial panels and gateways, and deep-sleep states in the milliwatt class simplify thermal and power design. TI's long-lifecycle industrial positioning protects multi-year programs from forced redesigns. Heat evidence: the AM62x family has been one of TI's most heavily promoted industrial platforms since its 2022 launch, with broad trade-press coverage and multiple third-party system-on-module vendors building AM62x-based products for HMI and edge AI. Selection advice: the ALW FCCSP-425 is the compact package variant — the AM625/AM623/AM620-Q1 family shares one TI product folder, so confirm the exact orderable against the datasheet because family members differ in feature set; the G temperature code and W carrier suffix must match your assembly flow. 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.

AWR2944ABGALTRQ1 is a Texas Instruments 76–81 GHz single-chip FMCW radar sensor in 266-ball FCCSP, tape and reel — 4 transmit and 4 receive channels, Arm Cortex-R5F plus C66x DSP plus radar hardware accelerator for signal processing, 4 MB on-chip memory, CAN-FD, Ethernet, hardware security module, AEC-Q100 qualified and ASIL-B capable. The fourth transmitter is the selection point: 33% higher angular resolution than previous-generation corner radars, which is what enables reliable blind-spot detection, lane-change assist and cross-traffic alert under UN R79 and NCAP requirements. Selection advice: the R suffix is tape and reel, Q1 is the automotive qualification; lower-cost LC/ECO variants exist for non-safety designs, so do not pay for the ASIL-B part in a non-safety application. Automotive radar designs require RF layout discipline — follow the TI reference design, not a generic BGA flow. Evidence: the TI AWR2944 datasheet (device nomenclature and packaging addendum) confirms the 4×4 channels, 266-ball FCCSP, reel packing and automotive qualification. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.