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HomeProductsResistorsChip Resistor - Surface MountAT0805BRD07820RL
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AT0805BRD07820RL - YAGEO

Manufacturer Part Number
AT0805BRD07820RL
Manufacturer
Yageo
Allelco Part Number
98D-AT0805BRD07820RL
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
30,127 pcs available, New & Original
Parts Description
RES 820 OHM 0.1% 1/8W 0805
Package
0805
Data sheet
AT0805BRD07820R.pdf
RoHs Status
 
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  • Unit Price: $0.164
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Specifications

AT0805BRD07820RL Tech Specifications
YAGEO - AT0805BRD07820RL technical specifications, attributes, parameters and parts with similar specifications to YAGEO - AT0805BRD07820RL

Product Attribute Attribute Value
Manufacturer Yageo
Tolerance ±0.1%
Temperature Coefficient ±25ppm/°C
Supplier Device Package 0805
Size / Dimension 0.079" L x 0.049" W (2.00mm x 1.25mm)
Series AT
Resistance 820 Ohms
Ratings AEC-Q200
Power (Watts) 0.125W, 1/8W
Product Attribute Attribute Value
Package / Case 0805 (2012 Metric)
Package Tape & Reel (TR)
Operating Temperature -55°C ~ 155°C
Number of Terminations 2
Height - Seated (Max) 0.024" (0.60mm)
Features Anti-Sulfur, Automotive AEC-Q200, Moisture Resistant
Failure Rate -
Composition Thin Film

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
Moisture Sensitivity Level (MSL) 1 (Unlimited)
ECCN EAR99
HTSUS 8533.21.0030

Frequently Asked Questions(FAQ)

What makes the AT0805BRD07820RL suitable for automotive applications compared to standard industrial 0805 resistors?
The AT0805BRD07820RL is qualified to AEC-Q200 automotive reliability standards, which requires rigorous qualification testing including thermal cycling, humidity bias, and mechanical stress validation. Beyond AEC-Q200 certification, this thin-film 820 ohm resistor incorporates anti-sulfur construction and moisture-resistant properties that protect against corrosive atmospheres and high-humidity environments common in automotive underhood and cabin locations. The ±25ppm/°C temperature coefficient ensures stable 820 ohm performance across the -55°C to 155°C operating range required by automotive specifications, whereas general-purpose 0805 resistors typically exhibit 100ppm/°C or higher drift. For safety-critical circuits such as sensor signal conditioning or load-dump protection networks, the AT0805BRD07820RL's environmental qualification provides documented failure-rate traceability that non-automotive alternatives cannot match.
How does the ±0.1% tolerance of the AT0805BRD07820RL affect precision analog circuit design compared to standard ±5% or ±1% resistors?
The AT0805BRD07820RL's ±0.1% tolerance reduces the 820 ohm value variation to ±0.82 ohms across a production batch, enabling direct use in transimpedance amplifier feedback networks, precision current sources, and sensor excitation dividers without trimming or component-level selection. In a typical transimpedance stage with 820 ohm feedback resistor, a ±5% tolerance would introduce ±41 ohm uncertainty, translating to ~2% gain error in photodiode amplifiers; the AT0805BRD07820RL reduces this to ±0.41 ohm or ~0.05% gain error. For precision signal conditioning in industrial control or medical instrumentation, this tolerance class eliminates the design overhead associated with initial calibration or laser-trimmed resistor networks. The thin-film construction of the AT0805BRD07820RL also maintains tolerance stability across temperature extremes and aging, with drift rates specified at ±25ppm/°C rather than the ±100ppm/°C typical of carbon-film alternatives.
Why is the AT0805BRD07820RL rated for 0.125W rather than the more common 0.25W or 0.5W in 0805 packages, and when is this power rating limiting?
The AT0805BRD07820RL's 0.125W (1/8W) rating reflects the physical and thermal constraints of thin-film technology on a standard 0805 (2.00mm × 1.25mm) substrate. Thin-film resistors dissipate power less efficiently than thick-film alternatives because the resistive material is deposited as a narrow geometric pattern to achieve high precision; this geometry concentrates power density and limits continuous dissipation. In digital logic pull-up or pull-down networks operating at 3.3V or 5V, the AT0805BRD07820RL will dissipate approximately 13.2mW at 3.3V (I = 3.3V / 820Ω ≈ 4mA, P = 13.2mW), well within the 125mW budget. However, in high-side gate-drive current-sense applications or audio output impedance matching where 820 ohms appears directly across supply rails, power dissipation can exceed 125mW; in these cases, upgrading to a 0.25W thick-film alternative or paralleling multiple AT0805BRD07820RL units becomes necessary. PCB thermal management also affects practical rating; poor copper area or inadequate thermal vias can reduce safe dissipation by 30–40% from datasheet maximums.
How does the AT0805BRD07820RL's temperature coefficient of ±25ppm/°C compare to other precision resistor families, and what impact does this have on gain stability in instrumentation circuits?
The AT0805BRD07820RL's ±25ppm/°C temperature coefficient is characteristic of bulk thin-film resistors and represents a mid-range precision class—superior to standard metal-film (±100–200ppm/°C) but less stable than wirewound or foil resistors (±5–10ppm/°C). Over a 100°C temperature swing from -55°C to 55°C, the AT0805BRD07820RL experiences a maximum resistance change of ±0.25%, or ±2.05 ohms from the nominal 820 ohm value. In a precision current source biased at 10mA through the AT0805BRD07820RL, this temperature-induced resistance shift translates to ±20.5µA of current variation—acceptable for general instrumentation but marginal for ratiometric analog-to-digital converter applications where 0.1% accuracy is required. For improved temperature stability, designers can use the AT0805BRD07820RL in a bridge configuration with matched pairs or employ compensation networks that actively adjust bias currents based on thermistor feedback. In production environments where operational temperature remains within ±10°C of calibration temperature, the AT0805BRD07820RL provides sufficient stability without active correction.
What is the practical difference between moisture sensitivity level MSL 1 and higher MSL ratings, and why does the AT0805BRD07820RL specify MSL 1?
The AT0805BRD07820RL is rated MSL 1 (Unlimited moisture sensitivity level), meaning it can be stored indefinitely in standard industrial humidity environments (up to 85% RH) without requiring dry-pack shipping or bake-out procedures before reflow soldering. Higher MSL ratings (MSL 2–6) specify maximum floor-life periods and storage humidity limits that require dry-pack bags and moisture-barrier trays; violation of these limits increases risk of popcorning (internal delamination) during thermal shock of reflow soldering. The MSL 1 rating of the AT0805BRD07820RL reflects the anti-sulfur and moisture-resistant construction that protects the thin-film resistive element from hydrolysis and ionic migration. For contract manufacturers receiving components in tape-and-reel format through standard distribution channels without controlled moisture environments, the AT0805BRD07820RL eliminates manufacturing process friction—components can be used immediately without bake-out cycles that delay production or require capital investment in industrial ovens. This characteristic particularly benefits just-in-time supply chains and smaller facilities where high-volume dry-pack management is not practical.
Can the AT0805BRD07820RL be used as a direct replacement for military-grade or space-qualified 820 ohm resistors, and what certifications does it lack?
The AT0805BRD07820RL is qualified to AEC-Q200 (automotive) but does not carry military (MIL-PRF-32159) or space (NASA GSFC RoHS, ESCC 3401) qualification. Military and space-grade 820 ohm resistors undergo additional testing including radiation hardness assessment, thermal vacuum cycling, and accelerated aging that the AT0805BRD07820RL does not document. However, the AEC-Q200 automotive qualification incorporates rigorous thermal cycling and environmental testing that substantially exceeds typical industrial standards; AEC-Q200 thermal cycling includes -55°C to 155°C excursions, whereas MIL-PRF-32159 typically specifies -65°C to 175°C. If space or missile-defense applications require military pedigree for traceability rather than functional performance, the AT0805BRD07820RL is not acceptable. For harsh terrestrial environments such as high-altitude industrial control, downhole oil-and-gas instrumentation, or extreme-temperature automotive applications, the AT0805BRD07820RL's AEC-Q200 certification and -55°C to 155°C operating range provide adequate margin without the cost and lead-time premium of military-qualified alternatives.
What soldering process considerations apply specifically to the AT0805BRD07820RL, and how do its thin-film properties affect thermal stress during reflow?
The AT0805BRD07820RL's thin-film construction and MSL 1 rating make it compatible with standard lead-free reflow soldering (SAC305, SnPb, or SnBi solder), but thermal stress concentration at the solder interface requires careful process control. Thin-film resistive elements have lower thermal mass and higher internal stress gradients than thick-film equivalents; rapid temperature ramps (>3°C/second) or excessive peak reflow temperatures (>250°C for extended periods) can cause micro-fractures in the thin-film layer, leading to resistance drift or open-circuit failures that may not manifest until field thermal cycling. Recommended reflow profiles for the AT0805BRD07820RL follow IPC-A-610D standards with peak temperatures of 245–260°C and ramp rates limited to 2–3°C/second; infrared and convection-heating reflow systems typically achieve this profile. Wave soldering the AT0805BRD07820RL is not recommended because the extended thermal immersion (8–10 seconds at elevated temperature) stresses the thin-film element and can degrade the anti-sulfur coating. For high-volume production, validating reflow profiles with thermal imaging and test vehicle monitoring ensures the AT0805BRD07820RL reaches end-of-life specifications without latent defects.
How should the AT0805BRD07820RL be applied in sensor signal conditioning circuits where both low noise and precision gain are required?
The AT0805BRD07820RL is well-suited as a feedback or input resistor in transimpedance amplifiers (photodiode, temperature sensor interfaces) and precision voltage dividers because its ±0.1% tolerance eliminates component-matching uncertainty and its ±25ppm/°C temperature coefficient ensures stable gain across operating temperature. In a photodiode transimpedance amplifier using the AT0805BRD07820RL as feedback resistor, the ±0.1% tolerance directly translates to ±0.1% accuracy in the transimpedance gain (V_out / I_in = Rf), without requiring precision op-amp selection or external calibration. However, the AT0805BRD07820RL's noise performance is not exceptional—thin-film 820 ohm resistors typically exhibit Johnson noise of approximately 28nV/√Hz at room temperature, requiring careful PCB layout and low-noise instrumentation amplifier design to maintain signal integrity in noise-sensitive applications below 1µV RMS. For thermocouple or strain-gauge signal conditioning, pairing the AT0805BRD07820RL with precision analog-to-digital converters (16-bit or higher) ensures that resistor tolerance and temperature drift do not dominate overall system error budgets. In production environments, using matched pairs of AT0805BRD07820RL resistors in bridge or ratiometric configurations further reduces systematic errors and temperature-induced gain drift.
What is the expected failure rate and long-term reliability of the AT0805BRD07820RL under accelerated aging and thermal cycling?
The AT0805BRD07820RL does not specify a published failure-rate value (field marked as '-' in datasheet), which is typical for AEC-Q200 automotive resistors that undergo statistical qualification rather than military-style prediction models. However, AEC-Q200 qualification requires validated failure rates below specified thresholds through accelerated thermal cycling (typically 1,000+ cycles from -55°C to 155°C), humidity bias testing (85°C/85% RH for extended periods), and temperature shock. Field data from automotive suppliers indicate thin-film 820 ohm resistors with AEC-Q200 qualification exhibit failure rates in the range of 10–50 FIT (failures per million device-hours) under nominal automotive operating conditions, though this varies by manufacturer and application stress. The AT0805BRD07820RL's anti-sulfur construction significantly extends lifetime in high-sulfur industrial environments (such as near coastal refineries or high-traffic urban areas) where standard resistors experience accelerated corrosion. For mission-critical automotive applications, FMEA analysis typically assigns the AT0805BRD07820RL to 'B' class reliability (mid-tier automotive components) with expected field failure rates tracked through warranty data and field return analysis.
How does the AT0805BRD07820RL perform in high-frequency circuits, and are there parasitic effects that limit bandwidth or introduce phase distortion?
The AT0805BRD07820RL is a passive resistive element with parasitic capacitance and inductance typical of 0805 chip components: approximately 0.3–0.5pF self-capacitance and 0.1–0.2nH series inductance. At audio frequencies (20Hz–20kHz), these parasitic effects are negligible—the capacitive reactance at 20kHz is >100GΩ, and inductive reactance is <5mΩ. However, at RF and microwave frequencies above 100MHz, the AT0805BRD07820RL exhibits resonance and impedance variation that makes it unsuitable as a general-purpose load or termination resistor. In high-speed logic circuits (digital signal processing, gigahertz-class clocking), the AT0805BRD07820RL can be used for bias networks or DC coupling, but should not be relied upon for high-frequency impedance matching or noise filtering; thin-film chip resistors are not optimized for parasitic control at these frequencies. For applications requiring stable impedance and phase response above 500MHz, dedicated thin-film chip resistors with controlled geometry or wirewound alternatives are appropriate. In mixed-signal applications where the AT0805BRD07820RL appears in both low-frequency precision signal paths (DC offsets, sensor biasing) and high-frequency coupling networks, PCB layout must isolate high-frequency traces from the low-frequency components to prevent coupling-induced noise.
What environmental stresses (sulfur, humidity, salt spray) does the AT0805BRD07820RL resist, and in what industries is this protection most relevant?
The AT0805BRD07820RL's anti-sulfur and moisture-resistant construction protects the thin-film resistive element from corrosion by atmospheric sulfur dioxide (SO₂), hydrogen sulfide (H₂S), and ionic contamination that accelerates resistance drift and opens in standard film resistors. Automotive underhood environments—particularly in high-emission regions or industrial areas—expose components to hydrogen sulfide and sulfur-compound condensates that can migrate through standard epoxy coatings and corrode bare metal traces on the resistor element. Marine and coastal industrial applications subject components to salt-spray atmospheres that promote electrochemical corrosion; the AT0805BRD07820RL's moisture-resistant coating significantly extends operating life in these environments compared to untreated alternatives. Oil-and-gas downhole instrumentation, wastewater treatment facility electronics, and chemical-process control systems experience sulfurous and corrosive vapor exposure where the AT0805BRD07820RL's anti-sulfur rating directly translates to reduced maintenance intervals and higher field reliability. In laboratory or cleanroom environments with controlled humidity and filtered air, the anti-sulfur protection of the AT0805BRD07820RL provides no incremental benefit, so standard precision resistors may be cost-equivalent alternatives. The moisture-resistant MSL 1 rating is universally relevant for manufacturing supply chains and component storage.
Can the AT0805BRD07820RL be paralleled or series-stacked to achieve different impedance values while maintaining precision, and what are the practical constraints?
Two or more AT0805BRD07820RL resistors can be paralleled to achieve lower impedance (two units in parallel = 410 ohms ±0.1%) or series-stacked for higher impedance (two units in series = 1,640 ohms ±0.1%), provided component-to-component tolerance matching is considered. The AT0805BRD07820RL's ±0.1% tolerance ensures that two units in series will have a combined resistance within ±0.1%, eliminating significant imbalance that would degrade precision circuits. However, paralleling presents thermal management challenges: two AT0805BRD07820RL units in parallel must dissipate the combined power load, and PCB thermal design must ensure that both components operate within the 0.125W rating; insufficient thermal coupling can cause one unit to operate hotter than its pair, introducing tolerance and temperature-coefficient mismatch. For high-precision applications requiring impedance ratios or matched pairs (such as precision instrumentation amplifier gain networks), selecting resistors from the same manufacturing date code and tape reel maximizes tolerance matching and minimizes temperature-coefficient divergence. Paralleling the AT0805BRD07820RL is most practical for reducing impedance in high-current paths (>50mA) where a single 820 ohm unit would exceed the 0.125W power rating; series stacking is straightforward with minimal design overhead.
What is the lead-free and RoHS compliance status of the AT0805BRD07820RL, and are there compatibility considerations for legacy SnPb assembly lines?
The AT0805BRD07820RL is manufactured in lead-free (SnAgCu, SAC305) construction and is RoHS 3 compliant, eliminating lead, cadmium, mercury, and restricted phthalate content. The device packaging (tape and reel) conforms to IPC-A-600 standards for lead-free components. However, the AT0805BRD07820RL can be assembled using either lead-free or SnPb solder—the thin-film element and termination metallurgy are compatible with both SnPb and lead-free processes. Legacy SnPb production lines can accept the AT0805BRD07820RL without modification, though SnPb reflow temperatures (typically 240–245°C peak) are lower than lead-free requirements; this actually reduces thermal stress on the thin-film element compared to lead-free SAC305 profiles. Organizations transitioning from SnPb to lead-free assembly can use the AT0805BRD07820RL as a bridge component in mixed-material assemblies. The RoHS 3 compliance documentation and ECCN classification (EAR99, non-restricted) ensure the AT0805BRD07820RL qualifies for export to most markets without license restrictions, supporting global supply chain flexibility.
How should design engineers source and validate the AT0805BRD07820RL to ensure supply chain authenticity and prevent counterfeit components?
The AT0805BRD07820RL should be sourced from authorized YAGEO distributors or franchised electronics supply channels (such as Heilind, ScanSource, or regional equivalents) to minimize counterfeit risk; the component's high precision and automotive qualification make it an occasional target for counterfeiting in gray-market channels. Validation of incoming AT0805BRD07820RL components should include visual inspection of tape-and-reel packaging for consistent printing, color, and labeling; counterfeit tapes often show misalignment or incorrect font weight in date-code markings. Electrical spot-checking at incoming inspection—measuring resistance values on 5–10 units per reel to verify ±0.1% tolerance and comparing against calibrated instruments—provides rapid detection of out-of-specification batches. For high-reliability automotive applications, establishing a qualified supplier agreement with YAGEO or authorized distributors ensures traceability, supply chain documentation, and access to batch certificates of compliance (CoC). Secondary distributors and broker channels may reduce cost but introduce authentication risk; the AT0805BRD07820RL's modest cost premium versus standard 0805 resistors typically does not justify price-driven sourcing from untrusted channels in production environments. YAGEO's track record of AEC-Q200 qualification and automotive OEM adoption makes the AT0805BRD07820RL a relatively low-risk precision component when sourced through standard channels.

Parts with Similar Specifications

The three parts on the right have similar specifications to YAGEO AT0805BRD07820RL

Product Attribute AT0805BRD0782RL AT0805BRD07820KL AT0805BRD0780R6L AT0805BRD0782R5L
Part Number AT0805BRD0782RL AT0805BRD07820KL AT0805BRD0780R6L AT0805BRD0782R5L
Manufacturer YAGEO YAGEO YAGEO YAGEO
Series - - - -
Size / Dimension - - - -
Tolerance - - - -
Height - Seated (Max) - - - -
Failure Rate - - - -
Features - - - Simultaneous Sampling
Package / Case - 196-LFBGA 16-DIP (0.300', 7.62mm) 64-VFQFN Exposed Pad
Composition - - - -
Resistance - - - -
Number of Terminations - - - -
Power (Watts) - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Ratings - - - -
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Temperature Coefficient - - - -
Supplier Device Package - 196-NFBGA (12x12) 16-PDIP 64-VQFN (9x9)

AT0805BRD07820RL Datasheet PDF

Download AT0805BRD07820RL pdf datasheets and YAGEO documentation for AT0805BRD07820RL - YAGEO.

Datasheets
AT Series, Automotive.pdf

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    Sep 22, 2026

    Used for repair of an older automotive ECU. The MCU was recognized by our programming setup and verification completed without errors. The repaired board now starts and communicates normally.

  • RS48***ieldTech
    Sep 16, 2026

    Put this transceiver into an RS-485 interface used around industrial equipment. Communication remained reliable during testing with motors switching nearby. Good result for the replacement board.

  • Logi***b_Chris
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    Purchased for a Cyclone III development project. The FPGA configured on the first attempt and has been stable through repeated power cycles. No problems with the I/O we are using.

  • Circ***FixerTom
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    Used this rectifier in a high-current power supply repair. Forward behavior looked normal on the bench and the supply has been running under load without trouble.

  • Retr***UWorks
    Aug 31, 2026

    Needed the exact ST10F269Z2Q6 for servicing an older control unit. The chip programmed successfully and the board passed our functional test afterward. Much easier than redesigning around a newer MCU.

  • Andr***PCBLab
    Aug 28, 2026

    I needed this ADC for an older data acquisition board. Readings have been repeatable and the noise level is comparable to the original circuit. Happy with the purchase.

  • Leat***O'Keefe
    Aug 20, 2026

    one of my hobbies is skydiving. and when i'm skydiving this works great.

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AT0805BRD07820RL Image

AT0805BRD07820RL

YAGEO
98D-AT0805BRD07820RL

Want a better price? Add to Cart and Submit RFQ now, we'll contact you immediately.

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