ADUM7801-8BRIZ

ADUM7801-8BRIZ-RL is the tape-and-reel packing of the Analog Devices 25 MHz isolated ADC with sigma-delta modulated bit-stream output in 8-lead wide-body SOIC, for production runs of shunt current sensing in motor drives, solar inverters, and power converters. It delivers 16 bits with no missing codes over a +/-320 mV full-scale input, 88 dB typical SNR, and 5700 V rms isolation with 200 kV per us minimum common-mode transient immunity, so the controller side stays protected from noisy high-voltage power stages. The benefit is replacing an ADC plus optocoupler pair with one isolated part: the digital output crosses the barrier directly, cutting board area and preserving accuracy in high-dV/dt environments. Selection advice: the output is a pulse-density bit stream, not a parallel word, so your controller or FPGA must implement a sinc3 decimation filter; match the clock rate to your bandwidth and SNR target per the datasheet. The -RL suffix denotes reel packing; for tube packing order the base 8BRIZ code. Listed in DigiKey New Product Arrivals. 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.

AD620ARZ is a low-power instrumentation amplifier from Analog Devices in an 8-pin SOIC package, with gain set by a single external resistor — for bridge sensors, strain gauges and other small differential signals. Its advantage is the classic three-op-amp instrumentation topology in one package: high common-mode rejection with minimal external circuitry, which shortens precision front-end design. Selection advice: the ARZ suffix denotes the standard grade in SOIC-8 on tape and reel — the AD620 also ships in DIP and higher grades, so match the full code to your footprint and accuracy requirements. Gain is set by one resistor value, so confirm your gain calculation against the datasheet formula during design. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

AD623ARZ-R7 is an Analog Devices single-supply instrumentation amplifier, rail-to-rail output, gain 1 to 1000 set by one external resistor, 800 kHz bandwidth at G=1, in SOIC-8 — the sensor front-end amplifier for bridges, thermocouples and low-level transducer signals. The single-resistor gain programming is the selection point: no matched resistor networks to source, with 0.10% gain accuracy at G=1, 200 µV max offset and 550 µA max supply current for battery-powered instruments. Selection advice: it runs on 3 to 12 V single supply or ±2.5 to ±6 V dual supply — but note the input range extends only 150 mV below ground on a single rail, so ground-referenced bipolar sensor signals still need the dual-supply configuration. The R7 suffix is the 7-inch reel (1000 pcs) packing of the SOIC-8. For higher precision or lower noise, compare the AD620/AD8221 family rather than assuming drop-in equivalence. Parameters verified against the ADI AD623 datasheet and Mouser/LCSC listings. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

AD8422BRZ is an Analog Devices rail-to-rail instrumentation amplifier in SOIC-8 — for bridge sensors, strain gauges and low-level differential signals where a discrete op-amp network drifts with temperature and layout. Gain is set by a single external resistor from 1 to 1000, with 25µV maximum input offset, 2.2MHz bandwidth and 150dB CMRR at high gain — precision front-end performance with minimal external circuitry. Selection advice: the BRZ code is the B grade (tighter offset than the A grade) in SOIC-8 tube packing — for reel packing specify the BRZ-R7; the MSOP-8 BRMZ suits tighter layouts. At 300µA supply current it fits battery-powered instruments, but confirm the 4.6V-to-36V supply span against your rails — for single 3.3V-only systems check the input range limits. For higher bandwidth or lower noise, compare the AD8421/AD8429 family rather than assuming interchangeability. Parameters verified against Analog Devices documentation and distributor listings. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

AD8606ARZ is a dual rail-to-rail precision operational amplifier from Analog Devices in an 8-pin SOIC package — for low-voltage precision systems, data acquisition front ends and medical instrumentation. The combination of precision DC specs with rail-to-rail operation is the selection point: it brings precision-grade offset and drift to single-supply low-voltage designs that older precision op-amps cannot serve. Selection advice: the ARZ suffix denotes SOIC-8 on tape and reel — match the full AD8606ARZ code to your footprint and packing needs. Confirm your offset, drift and noise requirements against the datasheet before substituting for a general-purpose op-amp. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

AD8610AR is an Analog Devices precision JFET-input operational amplifier — for photodiode front ends, precision instrumentation and active filters: 25MHz gain-bandwidth product, JFET input stage with picoamp-level bias current, low offset voltage, SOIC-8 package. The JFET inputs draw negligible bias current, so high-impedance sensor interfaces avoid the loading errors that bipolar-input op amps introduce; the 25MHz bandwidth handles fast signal chains while maintaining precision DC accuracy. Business impact: precision JFET op amps command a premium but eliminate an entire class of front-end error — designs that need both speed and high input impedance have few alternatives at this performance level. Selection advice: the AR suffix denotes SOIC-8 — for space-constrained layouts consider the ARMZ (MSOP) variant; the AD8610 is the single version — for dual-channel designs the AD8620 shares the same core. Ranked #7 on the hqew.com hot list (2026-10-05). 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.

MAX31855KASA+T is an Analog Devices (Maxim) cold-junction-compensated K-type thermocouple-to-digital converter in 8-pin SOIC, tape and reel — for industrial temperature sensing: HVAC, appliances and process monitoring. 14-bit conversion with 0.25 °C resolution and integrated cold-junction compensation is the selection point: direct thermocouple-to-digital in one chip, no calibration tables. Selection advice: the K in KASA+T denotes K-type (-200 °C to +1350 °C range); sibling variants cover J, N, T, S, R and E types — match the letter to your thermocouple, they are not interchangeable; the read-only SPI interface suits simple MCU polling; note it is designed for ungrounded thermocouples. 3.0 V to 3.6 V supply. ADI lists this part as Active. Parameters verified against the ADI 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.

MAX6675ISA+T is an Analog Devices (Maxim) cold-junction-compensated K-thermocouple-to-digital converter — 12-bit resolution, 0.25 °C per LSB, measuring 0 to +1024 °C, SPI-compatible read-only interface, in SOIC-8, 3 to 5.5 V supply, operating -20 to +85 °C. One chip replacing the thermocouple amplifier, ADC, cold-junction sensor and linearization table is the selection point: a direct digital temperature reading from a type-K probe with open-thermocouple detection, for industrial ovens, appliances and HVAC. Selection advice: this is type-K only and reads 0 °C to +1024 °C — it cannot measure below 0 °C or other thermocouple types, so for sub-zero or multi-type designs look at the MAX31855 family instead. The -20 to +85 °C figure is the chip ambient range, not the measurement range — the thermocouple itself goes to 1024 °C while the chip must stay within its own limits, a distinction that matters in hot enclosures. Choose MAX6675 for simple high-temperature thermocouple jobs and MAX31865 for precision RTD jobs; the two solve different sensor problems and do not substitute. The ISA code is SOIC-8, T denotes tape and reel. Evidence: ADI/Maxim datasheet and distributor listings confirm K-type, 12-bit, 0.25 °C resolution, 0-1024 °C range and SOIC-8. State quantity, packing and date-code requirements in your RFQ; we reconfirm the offered lot before quotation and reply within 24 hours.

AD4003BRMZ is an Analog Devices 18-bit, 2 MSPS successive-approximation ADC in 10-lead MSOP — for precision data acquisition that needs both speed and DC accuracy: automatic test equipment, portable instruments and machine automation. ±1 LSB maximum INL with 100.5 dB SNR and -123 dB THD at 1 kHz, no latency or pipeline delay with first conversion accurate, and a high-Z input mode plus long acquisition phase that lets low-power precision amplifiers drive it directly — no dedicated high-speed ADC driver required. Input span compression runs the driver and ADC from common rails without a negative supply. Selection advice: the BRMZ code is the MSOP-10 version — for 16-bit at lower cost the AD4000 is the family sibling; the 1.8 V single supply with 1.71–5.5 V logic interface suits battery-powered field instruments. Daisy-chainable SPI simplifies multichannel layouts. 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.

AD5689RBRUZ is an Analog Devices dual 16-bit buffered voltage-output DAC in 16-lead TSSOP — for precision setpoint and calibration outputs in industrial control: PLC I/O cards, data acquisition and optical transceiver biasing. ±2 LSB maximum INL at 16 bits, an internal 2.5 V reference with 2 ppm/°C typical drift (no external reference needed), user-selectable gain of 1 or 2 for 2.5 V or 5 V full scale, 20 mA drive capability within 0.5 V of the rails, and 50 MHz SPI with daisy-chain and readback. Power-on reset to zero or midscale keeps outputs safe at startup. Selection advice: the BRUZ code is the TSSOP-16 tube version — for single-channel designs the AD5683R is the family sibling; against the octal DAC80508 on this site, the AD5689R is the pick for dual-channel precision nodes where per-channel accuracy matters more than channel count. The 4 µA power-down mode suits battery-backed calibration circuits. 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.