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Analog Devices MAX9382EUA — Analog & Data Acquisition
Analog Devices

MAX9382EUA Phase-Frequency Detector, Active

MPNMAX9382EUA
End of Life

Maxim Integrated MAX9382EUA phase-frequency detector, active lifecycle, RoHS non-compliant, Bulk package.

$8.34Ref. price · indicative, final on quote
MAX9382EUA datasheet
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MOQ1 pcs
  • 100% new & originalTraceable channels only — no refurbs, no pulls, no remarked parts.
  • Date & lot codes on quoteStated per line before you commit; label photos on request.
  • MSL-compliant ESD packingMoisture-sealed bags with indicator cards; reels photo-verified.
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Specifications

MAX9382EUA Technical Specifications
ParameterValue
Series*
PackageBulk

Product details

Phase-frequency detector in a compact package

The Maxim Integrated MAX9382EUA is a phase-frequency detector (PFD) designed for PLL-based frequency synthesis and clock-recovery loops. It compares the phase and frequency of two input signals and produces error pulses that drive a charge pump or loop filter.

RoHS status matters for assembly

The MAX9382EUA is marked RoHS non-compliant. That means the part contains lead (Pb) in the solder finish or internal construction — it is not compatible with standard lead-free reflow profiles unless your assembly house has a RoHS exemption for leaded components. If your production line is fully RoHS, factor in a separate leaded solder process or look for a lead-free alternative in the same family. The date-code and lot traceability should be verified through the authorized channel or a qualified independent distributor to confirm the lead finish matches your process requirements.

Sourcing and supply posture

Because the MAX9382EUA is active but RoHS non-compliant, it is not a high-volume commodity part stocked broadly across every distributor.

Frequently asked questions

What is the typical application of MAX9382EUA?

The MAX9382EUA is a phase-frequency detector used in phase-locked loops (PLLs) for frequency synthesis, clock recovery, and frequency multiplication/demultiplication. Typical scenarios include wireless infrastructure, test equipment, and data-communications timing circuits where precise phase alignment is required.