WF200D

WF200D

$6.11
  • Description:IC RF TXRX+MCU WIFI 32QFN
  • Series:-
  • Mfr:Silicon Labs
  • Package:Tube

SKU:1d837d8098bb Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:IC RF TXRX+MCU WIFI 32QFN
  • Series:-
  • Mfr:Silicon Labs
  • Package:Tube
  • Type:TxRx + MCU
  • RF Family/Standard:WiFi
  • Protocol:802.11b/g/n
  • Modulation:DSSS
  • Frequency:2.412GHz ~ 2.484GHz
  • Data Rate (Max):72.2Mbps
  • Power - Output:17dBm
  • Sensitivity:-96.7dBm
  • Memory Size:-
  • Serial Interfaces:SDIO, SPI
  • Voltage - Supply:1.62V ~ 3.6V
  • Current - Receiving:41.6mA ~ 47.6mA
  • Current - Transmitting:44.6mA ~ 108mA
  • Operating Temperature:-40°C ~ 105°C (TA)
  • Mounting Type:Surface Mount
  • Package / Case:32-VFQFN Exposed Pad
  • Supplier Device Package:32-QFN (4x4)
  • GPIO:-
  • Grade:-
  • Qualification:-

Download product information

WF200D

Buying Guide
Summary

Silicon Labs WF200D is used in RF Transceiver ICs category in RF signal paths where layout, grounding, and interface choices determine real performance. Key specs include Description (IC RF TXRX+MCU WIFI 32QFN), Temperature (-40°C ~ 105°C (TA)), Package/case (32-VFQFN Exposed Pad), Mounting (Surface Mount), and Packaging (Tube).

Selection Notes
  • For WF200D, validate Current - Transmitting (44.6mA ~ 108mA) under the expected test conditions in your application.
  • Double-check the mounting type (Surface Mount) for your intended installation method.
  • Confirm the supply current (41.6mA ~ 47.6mA) is acceptable for standby and active operation.
  • Confirm the operating frequency (2.412GHz ~ 2.484GHz) and any related tolerance requirements.
Alternates & Substitutions
  • For RF Transceiver ICs, compare the datasheet test conditions behind key specs and re-check the margins that were tightest during bring-up.
  • Treat package/case 32-VFQFN Exposed Pad, supplier package 32-QFN (4x4), mounting Surface Mount as the first filter, then move on to electrical and performance checks.
  • Check that supply 1.62V ~ 3.6V, temperature -40°C ~ 105°C (TA) matches your system, then validate at corners instead of relying on typical values.
  • For RF parts, validate the alternate in the real enclosure and cabling, not only in a bench setup.
FAQ

What are common selection points for RF parts like WF200D?
Compare frequency coverage, loss/isolation trade-offs, power handling, and mechanical interface constraints (connectors, mounting).

Which Supplier Device Package is listed for WF200D?
32-QFN (4x4)

What Power - Output does WF200D have?
17dBm

Which supply current is specified for WF200D?
41.6mA ~ 47.6mA

Application Scenarios

Silicon Labs WF200D is listed under the RF Transceiver ICs category and is commonly used when correctness, reliability, and qualification repeatability matter. Selection usually balances margin, qualification evidence, availability, and how repeatable the tuning process is in production. Teams often favor RF parts with clear reference layouts and measured example designs, because layout determines whether the numbers are reachable. With margins and testability addressed, engineers can focus on the real application scenarios where the part adds value. In aerospace and defense, RF designs prioritize predictable link margin and controlled emissions over long lifecycles. In private cellular (LTE/5G) and Wi-Fi infrastructure, RF stages operate in outdoor units exposed to humidity and thermal stress where stability affects throughput. In real deployments, this approach helps keep sourcing changes safer because the design is anchored to testable criteria.

Compatibility Advice
  • For RF Transceiver ICs compatibility, validate impedance matching, shielding, and return paths in the final enclosure. This keeps qualification evidence reproducible later.
Project Fit
  • Good fit when you can validate Silicon Labs WF200D for RF Transceiver ICs integration across temperature and supply corners, and you need robust interconnect behavior under vibration and field handling.
  • Poor fit when the enclosure and routing cannot be controlled enough to keep margins stable, because repeatable production verification is not feasible.
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