Silicon Labs - ACC-ZDB5202-E2

KEY Part #: K6991890

ACC-ZDB5202-E2 Bei (USD) [597pcs Hisa]

  • 1 pcs$78.46313

Nambari ya Sehemu:
ACC-ZDB5202-E2
Mzalishaji:
Silicon Labs
Maelezo ya kina:
EVAL BOARD Z-WAVE FOR ZM5202.
Manufacturer's standard lead time:
Katika hisa
Maisha ya rafu:
Mwaka mmoja
Chip Kutoka:
Hong Kong
RoHS:
Njia ya malipo:
Njia ya usafirishaji:
Jamii Jamii:
VITAMBUZI VYA Co, LTD ni Msambazaji wa Vipengele vya Elektroniki ambavyo hutoa aina za bidhaa pamoja na: ICF Mdhibiti Nguvu IC, RFID Antennas, Viunzi vya RF, RF Antennas, Vipimo vya RF, Mpokeaji wa RF, Transmitter, na Transceiver kumali, Mwisho wa Mbele wa RF (LNA + PA) and Mchanganyiko wa RF ...
Faida ya Ushindani:
We specialize in Silicon Labs ACC-ZDB5202-E2 electronic components. ACC-ZDB5202-E2 can be shipped within 24 hours after order. If you have any demands for ACC-ZDB5202-E2, Please submit a Request for Quotation here or send us an email:
GB-T-27922
ISO-9001-2015
ISO-13485
ISO-14001
ISO-28000-2007
ISO-45001-2018

ACC-ZDB5202-E2 Sifa za Bidhaa

Nambari ya Sehemu : ACC-ZDB5202-E2
Mzalishaji : Silicon Labs
Maelezo : EVAL BOARD Z-WAVE FOR ZM5202
Mfululizo : Z-Wave®
Hali ya Sehemu : Active
Chapa : Transceiver, Z-Wave
Mara kwa mara : 868MHz
Kwa Matumizi Na / Bidhaa zinazohusiana : Z-Wave
Yaliyotolewa Yaliyomo : Board(s)

Unaweza pia Kuvutiwa Na
  • ADRF5721-EVALZ

    Analog Devices Inc.

    ADRF5721 EVAL BOARD. RF Development Tools ADRF5721 Eval Board

  • WIZFI210-EVB

    WIZnet

    EVAL BOARD FOR WIZFI210. WiFi Development Tools (802.11) EVALUATION BOARD FOR WIZFI210

  • MB-4

    Twin Industries

    RF EVAL FOR SOT-343 AMPLIFIERS. PCBs & Breadboards MicroAmp Circuit Brd SOT-343 Amplifier

  • MB-13

    Twin Industries

    RF EVAL FOR LP4E VCOS. PCBs & Breadboards MicroAmp Circuit Brd LP4/LP4E VCO

  • MB-11

    Twin Industries

    RF EVAL FOR SOT23 PRESCALERS. PCBs & Breadboards MicroAmp Circuit Brd SOT-23-6 Freq Div

  • MB-6

    Twin Industries

    RF EVAL FOR SOT-363 AMPLIFIERS. PCBs & Breadboards MicroAmp Circuit Brd SOT-363 Single bias