3.5GHZ of Antenas de RF,114990711,GD35-17P-NF,GD35-17P-NM,GD35-20P-NF,GD35-20P-NM

3.5GHZ Antenas de RF

Discrete Semiconductor Products	Integrated Circuits (ICs)	Filters	RF/IF and RFID	Electronic Components
Transistors - FETs, MOSFETs - RF	Clock/Timing - Clock Buffers, Drivers	RF Filters Ceramic Filters	RF Directional Coupler RF Evaluation and Development Kits, Boards RF Amplifiers RF Mixers RF Misc ICs and Modules RF Switches RF Antennas	ATMEL IC

Número de pieza	Fabricante / Marca	Breve descripción
114990711	Seeed Technology Co., Ltd	RF ANT 3.5GHZ LOOP SMA FEM CONN
GD35-17P-NF	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
GD35-17P-NM	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
GD35-20P-NF	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
GD35-20P-NM	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
GD35-25P-NF	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
GD35-25P-NM	Laird Technologies IAS	RF ANT 3.5GHZ GRID CAB BRKT 30
J33013V01-120N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33015V01-90N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33016D00-60N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33016D00-90N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33016S00-90N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33017S00-65N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33017S00-90N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33017V01-60N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J33114V00-AN	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J34114V01-120N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J34216V00-120N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J34218V00-90N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
J34220V00-60N	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT
PA35-13	Laird Technologies IAS	RF ANT 3.5GHZ FLAT PNL N FEM
S34018PT39NM	Laird Technologies IAS	RF ANT 3.5GHZ PANEL CAB BRKT MT
SAH35-90-16	Laird Technologies IAS	RF ANT 3.5GHZ SECTOR N FEM BRKT