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HomeProductsRF/IF and RFIDRF AmplifiersADL8150ACPZN-R7
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ADL8150ACPZN-R7 - Analog Devices Inc.

Manufacturer Part Number
ADL8150ACPZN-R7
Manufacturer
Analog Devices, Inc.
Allelco Part Number
98D-ADL8150ACPZN-R7
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
43,218 pcs available, New & Original
Parts Description
IC RF AMP GPS 6GHZ-14GHZ 6LFCSP
Package
6-LFCSP (2x2)
Data sheet
ADL8150ACPZN-R7.pdf

Datasheets

ADL8150.pdf
RoHs Status
ROHS3 Compliant
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In stock: 43218
  • Unit Price: $240.672
  • Subtotal: $0.00

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Quantity Unit Price Ext. Price
1+ $240.672 $240.67
200+ $93.138 $18,627.60
500+ $89.865 $44,932.50
1000+ $88.247 $88,247.00
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

ADL8150ACPZN-R7 Tech Specifications
Analog Devices Inc. - ADL8150ACPZN-R7 technical specifications, attributes, parameters and parts with similar specifications to Analog Devices Inc. - ADL8150ACPZN-R7

Product Attribute Attribute Value
Manufacturer Analog Devices, Inc.
Voltage - Supply 3V ~ 6V
Test Frequency 7GHz ~ 12GHz
Supplier Device Package 6-LFCSP (2x2)
Series -
RF Type General Purpose
Package / Case 6-VDFN Exposed Pad, CSP
Package Tape & Reel (TR)
Product Attribute Attribute Value
P1dB 18dBm
Noise Figure 3.6dB
Mounting Type Surface Mount
Gain 10.5dB
Frequency 6GHz ~ 14GHz
Current - Supply 74mA
Base Product Number ADL8150

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status ROHS3 Compliant
Moisture Sensitivity Level (MSL) 1 (Unlimited)
REACH Status REACH Unaffected
ECCN EAR99
HTSUS 8542.33.0001

Frequently Asked Questions(FAQ)

How does the ADL8150ACPZN-R7 perform in terms of gain and noise figure at typical test frequencies, and what design implications might this have for low-noise amplifier (LNA) chain optimization?
At 7GHz to 12GHz, the ADL8150ACPZN-R7 delivers a gain of 10.5dB with a noise figure of 3.6dB, which places it among mid-tier RF amplifiers in its class. While not the lowest noise figure available, this balance supports reasonable signal integrity without excessive added noise. Designers may prefer this device in systems where moderate gain combined with acceptable noise performance is sufficient, especially when considering power budget constraints. Its P1dB of 18dBm indicates modest linearity, so care must be taken to avoid saturation in high-input environments.
What are the key differences between using the ADL8150ACPZN-R7 and alternative amplifiers like the LNA0340 or HMC6331LP5E in GPS-band applications?
The ADL8150ACPZN-R7 operates from 6GHz to 14GHz, making it suitable for modern GNSS signals such as those in the L1/E1 bands (~1.5GHz) and beyond, but it's overkill for traditional GPS L1 (1575MHz). In contrast, the LNA0340 targets lower frequencies around 1.5–2GHz with better noise figures (~1.5dB), while the HMC6331LP5E offers higher gain and superior linearity for radar and satellite communications. For GPS specifically, the ADL8150 would introduce unnecessary insertion loss due to impedance mismatches and poor frequency response outside its optimal range, leading to suboptimal receiver sensitivity.
Is the ADL8150ACPZN-R7 suitable for use in battery-powered IoT devices requiring long-term reliability and minimal current draw?
The ADL8150ACPZN-R7 draws 74mA at typical supply voltages (3V–6V), which may be too high for ultra-low-power IoT nodes relying on coin-cell batteries. While its MSL rating of 1 ensures unlimited shelf life and RoHS3 compliance supports environmental regulations, the current consumption could significantly reduce operational lifetime. Designers should consider alternative LNAs with lower quiescent current or implement duty-cycling strategies if using this device, though thermal management and efficiency trade-offs must be evaluated.
How does the operating voltage range of the ADL8150ACPZN-R7 influence board-level power delivery design compared to single-supply alternatives?
With an input voltage range of 3V to 6V, the ADL8150ACPZN-R7 offers flexibility in system architecture, allowing integration into mixed-voltage environments where multiple stages operate at different rails. However, this also means the device cannot interface directly with standard 3.3V logic unless level-shifting circuits are implemented. In comparison, single-supply LNAs like the BGA401 require only 3.3V, simplifying power distribution. This wider voltage tolerance can be advantageous in modular designs but introduces additional complexity in biasing and stability considerations.
Can the ADL8150ACPZN-R7 be used effectively in phased-array antenna systems requiring wideband phase stability?
Phase stability across 6GHz to 14GHz depends heavily on layout parasitics and matching networks rather than the amplifier itself. The ADL8150ACPZN-R7 provides general-purpose amplification without specialized phase-linearity features found in devices optimized for beamforming. In phased arrays, even small phase deviations across channels degrade beam accuracy. Therefore, while technically possible, using the ADL8150ACPZN-R7 in such applications would require rigorous characterization under actual load conditions and likely necessitate calibration routines, increasing system overhead.
What precautions should be taken during PCB layout when integrating the ADL8150ACPZN-R7 to maintain its specified performance?
Due to its 6-LFCSP (2x2) package, the ADL8150ACPZN-R7 has very short lead lengths, minimizing parasitic inductance and capacitance—beneficial for high-frequency operation. However, proper grounding via the exposed pad is critical; thermal vias under the package help dissipate heat but must not create ground loops. Impedance matching at both input and output ports should target 50Ω, and transmission lines must be controlled to avoid reflections above 6GHz. Poor grounding can elevate effective noise figure and distort gain flatness across bandwidth.
How does the ADL8150ACPZN-R7 compare to discrete transistor solutions like GaN HEMTs in terms of integration cost versus performance trade-offs?
Discrete GaN transistors often offer higher power density and superior breakdown voltage, making them attractive for high-power RF applications. However, they require complex biasing, heat sinking, and impedance tuning, increasing board area and development time. The ADL8150ACPZN-R7 simplifies design with integrated functionality, reduced component count, and predictable behavior within its 6–14GHz window. For moderate-gain, low-to-mid power scenarios, the monolithic solution reduces risk and accelerates time-to-market despite potentially higher per-unit cost.
What impact does the ADL8150ACPZN-R7’s moisture sensitivity level (MSL) of 1 have on manufacturing process control and storage requirements?
An MSL rating of 1 indicates the ADL8150ACPZN-R7 is non-hygroscopic and poses no risk of popcorning during reflow soldering, eliminating the need for baking prior to assembly. This simplifies inventory handling and reduces logistics overhead, particularly beneficial for high-volume production lines. Combined with full REACH compliance and EAR99 classification, the part supports global sourcing and export without regulatory hurdles, enhancing supply chain resilience.
Why might a designer choose the ADL8150ACPZN-R7 over a lower-cost commercial-grade RFIC despite similar frequency coverage?
Although the ADL8150ACPZN-R7 lacks explicit military or industrial temperature range specifications in its datasheet, Analog Devices typically follows stringent quality protocols that exceed standard commercial grades in reliability testing. Its consistent parametric performance across batches, coupled with Analog Devices’ reputation for modeling accuracy and support documentation, makes it preferable in mission-critical or long-lifecycle designs where failure modes must be well understood. Cost savings from cheaper alternatives often come at the expense of traceability and failure analysis capability.
How does the P1dB of 18dBm for the ADL8150ACPZN-R7 affect maximum usable input power before compression occurs?
A 1dB compression point (P1dB) of 18dBm corresponds to an input power of approximately 63mW (assuming 50Ω). Exceeding this level causes nonlinear distortion, intermodulation products, and potential damage. In practical terms, if the received signal plus any strong interferers exceed this threshold, gain compression will occur, degrading SNR and introducing spurious tones. Designers must ensure adequate filtering and attenuation upstream to keep inputs below this limit, especially in congested spectral environments.
Can the ADL8150ACPZN-R7 be cascaded with other amplifiers without significant degradation in overall noise figure?
Cascading amplifies noise cumulatively, and since the ADL8150ACPZN-R7 contributes 3.6dB of noise figure, it should ideally be the first stage in a receiver chain to minimize degradation. Placing it later increases the effective noise floor because subsequent stages amplify both desired signal and preceding noise. Given its moderate gain (10.5dB), it can provide sufficient signal lift to allow less noisy second-stage components, but only if the first stage is indeed this device—otherwise, overall NF may exceed specification targets.
What role does the base product number (ADL8150) play in selecting variants and ensuring compatibility in multi-site manufacturing?
All variants sharing the base number ADL8150 share core electrical characteristics, enabling consistent reference designs and bill-of-materials (BOM) management across production sites. The suffix “-R7” indicates tape-and-reel packaging with specific orientation and reel size, facilitating automated pick-and-place operations. Understanding this structure allows engineers to substitute packages without revalidating core performance, streamlining procurement and reducing qualification effort in distributed manufacturing environments.
How does the ADL8150ACPZN-R7 handle harmonics and spurious emissions within its operating band?
Without explicit harmonic suppression data, the ADL8150ACPZN-R7 likely exhibits typical second- and third-order harmonic levels for a Class-A amplifier in this frequency range. At 10GHz, second harmonics could appear near 20GHz, potentially violating out-of-band emission limits in regulated systems. Designers should include external filters or attenuators tuned to reject these frequencies, especially if transmitting or receiving in adjacent bands. Internal harmonic performance is generally not guaranteed and must be verified empirically.
Is the ADL8150ACPZN-R7 compatible with automated optical inspection (AOI) and X-ray inspection during SMT assembly?
As a fine-pitch CSP device (2x2mm), the ADL8150ACPZN-R7 may present challenges for AOI due to minimal solder joint visibility and small pad geometry. X-ray inspection is more reliable for verifying correct placement and solder bridging in such micro-packages. Manufacturers using high-resolution X-ray systems can inspect the exposed pad and peripheral joints effectively, but yield may drop if inspection thresholds are too strict. Process window control remains critical regardless of inspection method.
How does the supply current variation with voltage affect thermal design when using the ADL8150ACPZN-R7 in continuous-wave transmit chains?
Operating at 6V instead of 3V increases supply current proportionally, raising power dissipation from roughly 0.22W (74mA × 3V) to 0.44W (74mA × 6V). Even modest increases generate measurable heat, especially in densely populated boards. Thermal resistance between junction and ambient must be considered; without an integrated heatsink, airflow or thermal vias become essential. Overheating can shift P1dB and degrade long-term reliability, necessitating careful enclosure and layout planning.
What steps should be taken to validate the ADL8150ACPZN-R7’s performance under real-world environmental conditions before mass deployment?
Before finalizing designs, prototype testing should include temperature sweeps (-40°C to +85°C if applicable), vibration profiles representative of end-use environments, and accelerated aging tests to assess drift in gain and NF. Additionally, verify stability margins using S-parameters under varying bias and load conditions. Only after confirming robustness across these extremes can the ADL8150ACPZN-R7 be confidently deployed in fielded systems, particularly those subject to thermal cycling or mechanical stress.
Why might the ADL8150ACPZN-R7 be preferred over integrated front-end modules (FEMs) in space-constrained applications?
Integrated FEMs combine amplifier, switch, and filter functions into a single package, offering convenience but often at the cost of larger footprint and reduced flexibility. The ADL8150ACPZN-R7, at just 6-LFCSP, occupies minimal board area and allows separate selection of filters and switches tailored to specific band plans. This modularity enables optimization of each subsystem independently, avoiding compromises forced by monolithic integration—ideal for compact, multi-band radios where form factor outweighs integration benefits.
How does the ECCN classification (EAR99) of the ADL8150ACPZN-R7 influence international distribution and export licensing requirements?
Classified under EAR99, the ADL8150ACPZN-R7 is generally exempt from most U.S. export controls unless intended for military or proliferation-sensitive applications. This simplifies global distribution and reduces compliance burden compared to parts with stricter classifications like 3A001. However, end-use monitoring still applies, and buyers in embargoed regions remain restricted. For civilian aerospace or telecommunications projects, this status facilitates easier sourcing through international distributors without complex license filings.

Parts with Similar Specifications

The three parts on the right have similar specifications to Analog Devices Inc. ADL8150ACPZN-R7

Product Attribute ADL8142ACPZN-R7 ADL8142ACPZN-R7-CSL ADL8121ACPZN-R7 ADL9005ACPZN-R7
Part Number ADL8142ACPZN-R7 ADL8142ACPZN-R7-CSL ADL8121ACPZN-R7 ADL9005ACPZN-R7
Manufacturer Analog Devices Inc. Analog Devices Inc. Analog Devices Inc. Analog Devices Inc.
Frequency - - - -
Supplier Device Package - 196-NFBGA (12x12) 16-PDIP 64-VQFN (9x9)
Voltage - Supply - - - -
Package / Case - 196-LFBGA 16-DIP (0.300', 7.62mm) 64-VFQFN Exposed Pad
Gain - - - -
Current - Supply - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Mounting Type - Surface Mount Through Hole Surface Mount
Base Product Number - DAC34H84 MAX500 ADS62P42
P1dB - - - -
Series - - - -
Noise Figure - - - -
Test Frequency - - - -
RF Type - - - -

ADL8150ACPZN-R7 Datasheet PDF

Download ADL8150ACPZN-R7 pdf datasheets and Analog Devices Inc. documentation for ADL8150ACPZN-R7 - Analog Devices Inc..

Datasheets
ADL8150.pdf

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    Used this device in a communication signal processing board. Stable timing and no unexpected issues during implementation.

  • FPGA***lorer88
    Jul 7, 2026

    The FPGA works properly and all functions operate as expected. Documentation required some additional research, but overall it is a usable device for smaller signal processing projects.

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    Used this sensor component in an industrial automation setup. Detection accuracy was consistent and installation was straightforward.

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ADL8150ACPZN-R7 Image

ADL8150ACPZN-R7

Analog Devices Inc.
98D-ADL8150ACPZN-R7

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