INA240A1QDRQ1

INA240A1PWR is a Texas Instruments bidirectional current-sense amplifier with enhanced PWM rejection — for in-line motor phase current and power-rail telemetry where switching noise corrupts ordinary sensing: -4 V to 80 V common-mode range, 20 V/V fixed gain (A1), ±25 µV max offset, 132 dB DC CMRR, in 8-pin TSSOP, -40°C to +125°C. The enhanced PWM rejection suppresses large common-mode transients without output ripple, enabling accurate current measurement directly in the switching path — the same telemetry function datacenter PMBus modules integrate, here as a discrete for any rail. Selection advice: the A1 (20 V/V) suits higher-current/lower-shunt designs — for larger signals the A2 (50 V/V), A3 (100 V/V) or A4 (200 V/V) variants reduce shunt dissipation; for 110 V common-mode needs step up to the INA241A. Zero-drift architecture holds accuracy over temperature without calibration. 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.

INA296A-Q1 is a Texas Instruments AEC-Q100 automotive current sense amplifier in TSSOP-8 — for high-voltage current monitoring in EV and automotive systems: battery management, motor phase current and DC-link sensing. -5V to 110V operational voltage (120V survival), bidirectional current sensing, 1.1MHz bandwidth at all gains, and AEC-Q100 Grade 0 (-40 to +150°C) option for the harshest under-hood locations. Heat evidence: 800V EV architectures demand current sensing beyond 100V — the 110V rating with Grade 0 qualification addresses the fastest-growing EV power electronics segment. Selection advice: the Grade 0 variant suits engine-compartment placement — for cabin electronics the Grade 1 version costs less; the 1.1MHz bandwidth captures fast switching transients that slower sense amps miss. AEC-Q100 Grade 1 and Grade 0 qualified. 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.

TSC240A1IPT is an STMicroelectronics high-precision bidirectional zero-drift current sense amplifier with enhanced PWM rejection — for shunt-based current measurement: -4V to +100V common-mode range independent of supply, fixed 20V/V gain, ±20µV maximum offset voltage, 150nV/°C offset drift (industry-lowest), 132dB DC CMRR, 0.20% maximum gain error, 2.7V to 5.5V supply, AEC-Q100 qualified, SO-8 package, -40°C to +125°C. The ultra-low drift lets designers use smaller shunt resistors without losing accuracy over temperature — lower sense voltage means less power wasted in the shunt; enhanced PWM rejection keeps measurements clean in fast-switching motor drives where ordinary amplifiers alias. Business impact: inline current sensing with this precision feeds better data into motor-control algorithms — torque ripple drops without a more expensive controller. Selection advice: the IPT code is the industrial SO-8 variant — for automotive grade check the A1IYPT; for different gains consider the TSC2020/TSC2021/TSC2022 family (x20/x50/x100). Featured on Mouser New Products (2026-10-13). Parameters verified against STMicroelectronics documentation. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

Texas Instruments lists LM393DR as an ACTIVE dual differential comparator with open-collector outputs in SOIC-8, with 2 V to 36 V supply range. The open-collector output is the design-relevant detail: it allows wired-OR logic and level translation to a different supply rail with a single pull-up resistor, which push-pull comparators cannot do. Selection advice: the DR suffix denotes SOIC-8 on tape and reel — the LM393 ships in several packages, so match the full code to your footprint. A comparator is not an op-amp: confirm your circuit uses it for threshold detection rather than linear amplification before substituting. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

LM5109AMAX/NOPB is a Texas Instruments 1 A peak half-bridge gate driver in SOIC-8, tape and reel — for compact half-bridge stages: DC/DC, motor drives and inverters. 100 V bootstrap drive in a standard SOIC-8 is the selection point: high-voltage half-bridge in the industry's most common package. Selection advice: the MAX/NOPB denotes SOIC-8 in tape and reel for production — the easy-to-source package for prototypes through production; for higher drive current, the LM5105 family is the step up. 8 V to 14 V supply with 7 V UVLO. TI lists this part as ACTIVE. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

LM5109MAX/NOPB is a Texas Instruments 100 V 1 A/1 A peak half-bridge gate driver with 7 V UVLO in SOIC-8, tape and reel — for compact half-bridge stages: DC/DC, motor drives and inverters. 100 V bootstrap drive in a standard SOIC-8 is the selection point: high-voltage half-bridge in the industry's most common package. Selection advice: the MAX/NOPB denotes SOIC-8 in tape and reel for production — the easy-to-source package for prototypes through production; the A variant (LM5109AMAX/NOPB) tightens specifications, so verify which your design was qualified with. 8 V to 14 V supply with 7 V UVLO. TI lists this part as ACTIVE. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

LM5164DDAR is a Texas Instruments 100 V input synchronous buck converter in SOIC-8, tape and reel — for industrial power supplies: 48 V bus step-down, PoE front ends and motor-drive auxiliaries. The 100 V input rating is the selection point: direct operation from high-voltage industrial buses that standard 60 V bucks cannot survive. Selection advice: the DDAR suffix denotes SOIC-8 in tape and reel for production — plan the external MOSFET, inductor and compensation network per TI's reference design; this is a controller-class part, not a module. For lower-voltage rails, cheaper integrated bucks save board space. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

SN65HVD230D is a Texas Instruments 3.3 V CAN transceiver — standby mode via pin 8, SOIC-8, up to 1 Mbps, −40 to +85 °C. The 3.3 V supply is the selection point: direct interfacing to 3.3 V MCUs with no 5 V rail — the classic CAN node for 3.3 V systems. Selection advice: lifecycle warning — TI has discontinued the SN65HVD230D ("no longer in production"); for new designs use the pin-compatible SN65HVD230 (the non-D variant) or a current 3.3 V CAN transceiver, and for repairs and legacy builds we source remaining distributor stock. Match the full SN65HVD230D code — the SN65HVD230 without D is the recommended replacement, not an identical part. Evidence: TI data confirms discontinued status, 3.3 V CAN, standby mode, SOIC-8, 1 Mbps. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

SN65HVD231D is a Texas Instruments 3.3 V CAN transceiver with sleep mode in SOIC-8 — for CAN nodes in automotive and industrial networks. 1 Mbps per ISO 11898-2 is the selection point: standard CAN physical layer from a 3.3 V supply. Lifecycle note: TI lists the SN65HVD231 as obsolete ("no longer in production") — for new designs, migrate to a current-production 3.3 V CAN transceiver such as the TCAN33x family; for repairs and legacy builds, we source remaining stock. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

SN65HVD232D is a Texas Instruments 3.3 V CAN transceiver with standby mode in SOIC-8 — for CAN nodes in automotive and industrial networks. 1 Mbps per ISO 11898-2 is the selection point: standard CAN physical layer from a 3.3 V supply. Lifecycle note: TI lists the SN65HVD232 as obsolete ("no longer in production") — for new designs, migrate to a current-production 3.3 V CAN transceiver such as the TCAN33x family; for repairs and legacy builds, we source remaining stock. Parameters verified against the TI official product page. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.