Telemetry Antennas (229 artikelen)

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = PCB Antenna Mounting Type = PCB Frequency Range = 915 MHz Minimum Frequency = 915MHz

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = PCB Antenna Mounting Type = PCB Frequency Range = 915 MHz Minimum Frequency = 915MHz

RF Protocols = ISM Band Antenna Physical Form = PCB Antenna Mounting Type = PCB Frequency Range = 868 → 915 MHz Minimum Frequency = 868MHz

RF Protocols = ISM Band Antenna Physical Form = PCB Antenna Mounting Type = PCB Frequency Range = 868 → 915 MHz Minimum Frequency = 868MHz

Operates in 2400 MHz Gain of 2dBi Input power 10W VSWR ≤ 2.0 APPLICATIONS Wifi ISM Applications Portable Devices Set-Top Boxes Network Devices

RF Protocols = ISM Band Connector Type = SMA Male Mounting Type = Direct Frequency Range = 868 MHz Connector Gender = Male

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Frequency Range = 868 MHz Connector Gender = Male

Low Frequency of 433 MHz VSWR ≤ 2.0 Gain of 2dBi Input power of 10W APPLICATIONS IoT and wearable Wireless ISM Band LoRa SigFox RFID Remote Technology/Monitoring Smart Meters Medical Devices Home A...

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Frequency Range = 868 MHz Connector Gender = Male

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Frequency Range = 868 MHz Connector Gender = Male

RF Protocols = ISM Band Antenna Physical Form = Whip Mounting Type = Direct Frequency Range = 915 MHz Connector Gender = Male

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Frequency Range = 915 MHz Connector Gender = Male

RF Protocols = ISM Band Mounting Type = Direct Gain = 3dBi

Low Power, Wide Area (LPWA) includes IoT/M2M protocols such as LoRa, Sigfox, and NB-IoT. Abracon offers chip, patch, and external antenna solutions in these protocols.868 MHz LPWA/ISM antenna Linea...

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Gain = 3dBi Connector Gender = Male

RF Protocols = ISM Band Antenna Physical Form = Whip Antenna Mounting Type = Panel Mount Frequency Range = 915 MHz Connector Gender = Male

Operates in 698-960 MHz and 1710-2655 MHz Gain of 3dBi VSWR ≤ 3.0 Input of 10W 4G/LTE 2G/3G/4G radios LTE radios Gateways Set-Top Boxes Security IoT

Low Power, Wide Area (LPWA) includes IoT/M2M protocols such as LoRa, Sigfox, and NB-IoT. Abracon offers chip, patch, and external antenna solutions in these protocols.LPWA/NB-IoT/ISM antenna Sub-GH...

RF Protocols = ISM Band Mounting Type = Magnetic Gain = 3dBi Cable Length = 3m

MAX Gain of 5.0 dBi Operates in 2.4 GHz 10W input power VSWR ≤ 2.0 2400MHz APPLICATIONS WiFi ISM Applications Wireless Communication System Router

Gain of 3.5dBi 10W input power Designed for 868 MHz VSWR ≤ 2.0 190 x Ø12.9mm form factor APPLICATIONS LPWA LoRA Sigfox ISM Applications Remote Technology/Monitoring Network devices Smart buildings ...

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = Whip Mounting Type = Direct Maximum Frequency = 915MHz Minimum Frequency = 915MHz

RF Protocols = ISM Band, LoRaWAN Antenna Physical Form = Whip Mounting Type = Direct Gain = 3.5dBi Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = -1.37dBi Minimum Frequency = 868MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = -1.37dBi Minimum Frequency = 868MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Frequency Range = 915 MHz Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Frequency Range = 915 MHz Minimum Frequency = 915MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = 5dBi Minimum Frequency = 902MHz

RF Protocols = High Frequency RFID Antenna Physical Form = Patch Mounting Type = Through Hole Gain = 5dBi Minimum Frequency = 902MHz

RF Protocols = ISM Band, LoRaWAN, WiFi Antenna Physical Form = PCB Mounting Type = Surface Mount Gain = 1.7 dBi, 2.4 dBi Antenna Directivity = Omnidirectional

RF Protocols = ISM Band, LoRaWAN, WiFi Antenna Physical Form = PCB Mounting Type = Surface Mount Gain = 1.7 dBi, 2.4 dBi Antenna Directivity = Omnidirectional

RF Protocols = ISM Band Antenna Physical Form = Square Antenna Mounting Type = PCB Maximum Frequency = 928MHz Minimum Frequency = 863MHz

The Antenova Grandis antenna uses a ground plane on the host PCB to radiate effectively. The antenna itself requires a clearance underneath. An external matching circuit is used to optimise the ant...

Antenna Physical Form = Square Antenna Mounting Type = PCB Maximum Frequency = 960MHz Minimum Frequency = 791MHz

The Antenova Latona antenna uses a ground plane on the host PCB to radiate effectively. The antenna itself requires a clearance underneath. An external matching circuit is used to optimise the ante...

Robustel devices feature either a 2 way or 3 way power-input connector, and are supplied with a matching plug for the connector. They are terminal block type with screws to secure wire or pins. Acc...

Antenna Physical Form = Dome Antenna Length = 145mm Gain = 4dBi Connector Gender = Female

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

Flexible Whip Antennas 433 ; 900MHz. Rugged construction Straight and right-angled SMA connector options Return loss ≤-17dB Vertical Polarisation VSWR ≤1.7 Dimensions 143x10mm (433MHz), 103x11mm (9...

Flexible Whip Antennas 433 ; 900MHz. Rugged construction Straight and right-angled SMA connector options Return loss ≤-17dB Vertical Polarisation VSWR ≤1.7 Dimensions 143x10mm (433MHz), 103x11mm (9...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

Flexible Whip Antennas 433 ; 900MHz. Rugged construction Straight and right-angled SMA connector options Return loss ≤-17dB Vertical Polarisation VSWR ≤1.7 Dimensions 143x10mm (433MHz), 103x11mm (9...

Flexible Whip Antennas 433 ; 900MHz. Rugged construction Straight and right-angled SMA connector options Return loss ≤-17dB Vertical Polarisation VSWR ≤1.7 Dimensions 143x10mm (433MHz), 103x11mm (9...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

LPRS Whip Antennas, 434 - 915 MHz. A range of rugged Whip Antennas from Low Power Radio Solutions covering the 433, 458, 868 and 915 MHz UHF radio bands with a variety of connector options. These o...

Directional and Omni-Directional, reliable, rugged antennas built for harsh outdoor environments.Nominal Impedance: 50 Ω. Maximum input power: 50-100W. Radiation pattern: Directional (YAGI), Omni-D...

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

Stubby Antenna. Groundplane Dependent SMA-Male Straight or Right Angle Connector Ideal for fixed and mobile terminals

434MHz Yagi Antenna. 7 Element 390-480MHz Directional Antenna Gain +9dBi @ 450MHz VSWR 1.5:1 SMA-Male connector

The Laird Connectivity 900MHz dipole antenna is for reverse polarity SMA connector. It has quick and easy installation.Gain +2dBi Frequency range is 902 - 928 MHz (centred at 915 MHz) Impedance is ...

RF Protocols = WiFi Antenna Physical Form = Whip Antenna Mounting Type = Direct Gain = 2dBi Antenna Directivity = Omnidirectional

RF Protocols = WiFi Antenna Physical Form = Stubby Mounting Type = Direct Gain = 2dBi Antenna Directivity = Omnidirectional

The Laird Connectivity 900MHz dipole antenna is waterproof. It is for reverse polarity SMA connector.Peak gain is +2dBi Frequency range is 902 - 928MHz (centred at 915 MHz) Impedance is 50Ω Polariz...

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF Mounting Type = Adhesive Gain = 4dBi Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 15.6mm Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Maximum Frequency = 8.5GHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesive Maximum Frequency = 8.5GHz Minimum Frequency = 5900MHz

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Antenna Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Maximum Frequency = 8.5GHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesive Gain = -2.2dBi Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Mounting Type = Adhesive Frequency Range = 5900 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF Antenna Mounting Type = Adhesive Gain = 1.5 dBi, 4.1 dBi Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Maximum Frequency = 8.5GHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Length = 24.1mm Gain = -1.8dBi Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Gain = -1dBi Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = FPC Antenna Length = 185.1mm Frequency Range = 3100 → 8500 MHz Antenna Directivity = Omnidirectional

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Antenna Physical Form = Patch Antenna Mounting Type = Adhesive Frequency Range = 3100 → 8500 MHz Connector Gender = Male

RF Protocols = Ultra Wideband (UWB) Connector Type = MHF4L Antenna Length = 24.1mm Gain = -2.1dBi Antenna Directivity = Omnidirectional

The Laird Connectivity omnidirectional antenna is fiberglass base station antenna. Its collinear design enclosed in a high-density fiberglass, which is covered with a protective ultraviolet inhibit...

The Laird Connectivity omnidirectional antenna is the fiberglass base station antenna. Its collinear design enclosed in a high density fiberglass, which is covered with a protective ultraviolet inh...

RF Protocols = WiFi Antenna Physical Form = Dome Mounting Type = Direct Frequency Range = 410 → 430 MHz Minimum Frequency = 410MHz

RF Protocols = WiFi Connector Type = SMA Mounting Type = Direct Frequency Range = 410 → 430 MHz Connector Gender = Male

RF Protocols = WiFi Antenna Physical Form = Dome Antenna Mounting Type = Panel Mount Frequency Range = 410 → 430 MHz Connector Gender = Male

RF Protocols = WiFi Antenna Physical Form = Dome Mounting Type = Direct Frequency Range = 410 → 430 MHz Minimum Frequency = 410MHz

The Linx 433Mhz HWR series antenna which deliver outstanding performance in a rugged and cosmetically attractive package. The articulating base allow the antenna to tilt 90 degree and rotate 360 de...