Supplier: 1-Source Electronic Components
Description: CERAMIC CHIP ANTENNA, 5.4GHZ, 50OHM Return Loss:9.5dB Bandwidth:5.5GHz Operating Frequency Max:5900MHz Operating Frequency Min:4900MHz Power Rating:500mW Operating Temperature Range:-40°C to +85°C Impedance:50ohm RoHS Compliant: Yes
- Operating Temperature: -40 to 185 F
Supplier: Linx Technologies
Description: CHP Series Ceramic Chip Antennas Embedded Quarter-Wave Chips The tiny CHP Series is available at 868MHz, 916MHz or 2.45GHz. Its small size and surface-mount package make it easy to hide inside a product case. Ceramic construction lets the antenna withstand reflow oven temperatures up to 260°C
Supplier: Digi-Key Corporation
Description: 2.4GHZ CERAMIC CHIP ANTENNA
- Applications: RF Survey / Test
- Primary Frequency Range: 2.40E9 Hz
- Gain: 3 dB
- VSWR: 2 :1
Supplier: Atmel Corporation
Description: for more than one year. Two ceramic chip antennas increase the link budget in a typical indoor scenario with multipath fading effects.
Supplier: Linx Technologies
Description: Evaluate the performance of the CHP Series ceramic chip antenna in your application environment with the CHP Series antenna evaluation kit. To help you get started, the kit includes an evaluation board along with extra antennas. The tiny CHP Series is available at 868MHz, 916MHz or 2.45GHz. Its
Supplier: Maxim Integrated Products, Inc.
Description: The MAX12000 GPS front-end amplifier IC is designed for automotive and marine GPS satellite navigation antenna modules or for any application that needs to compensate for cable losses from the GPS antenna to receiver. Two unconditionally stable low-noise amplifier stages provide the high gain
- Package Type: Other
- RoHS Compliant: Yes
Supplier: Robot MarketPlace (The)
Description: The Locosys LS20031 GPS receiver integrates a MediaTek MT3329 66-channel GPS chip with a ceramic antenna to create a complete GPS module that can track up to 66 GPS satellites at a time. The GPS module supports up to a 10Hz update rate, a built-in micro battery for rapid satellite acquisition
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Thick Film Substrates and Packaging
or engineered for the wireless infrastructure market - we know plenty about delivering on time, on spec, and on budget. Examples of projects we've tackled include: Multi-chip assemblies. Patch antennas. Spiral inductors. Filters. Feed throughs. Distribution boards. Couplers. Multilayer circuit boards. Circuit boards with integrated passives. The right capabilities. Got a tough thick-film challenge? Need an innovative, time-tested provider that's up to the task? Anaren offers enormous flexibility... (read more)
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|Part #||Distributor||Manufacturer||Product Category||Description|
|CERAMIC CHIP ANTENNA||ASAP Semiconductor||KYOCERA||Not Provided||new and in original|
|CERAMIC CHIP ANTENNA||ASAP Semiconductor||KYOCERA||Not Provided||Not Provided|
|CERAMIC CHIP ANTENNA||ASAP Semiconductor||KYOCERA||Not Provided||AVAILABLE|
|5775AT43A100E||Newark / element14||JOHANSON TECHNOLOGY||Not Provided||JOHANSON TECHNOLOGY - 5775AT43A100E - CERAMIC CHIP ANTENNA; 5.77GHZ 50 OHM; FULL REEL|
|5250AT43A200E||Newark / element14||JOHANSON TECHNOLOGY||Not Provided||JOHANSON TECHNOLOGY - 5250AT43A200E - CERAMIC CHIP ANTENNA; 5.25GHZ 50 OHM; FULL REEL|
More Information Top
WWAN ceramic chip antenna for mobile phone application
WWAN ceramic chip antenna for mobile phone application .
Ceramic chip antenna for WWAN operation
Ceramic chip antenna for WWAN operation .
Surface�?mountable dual side�?feed circularly polarized ceramic chip antenna
Surface�?mountable dual side�?feed circularly polarized ceramic chip antenna .
Small�?size surface�?mountable circularly polarized ceramic�?chip antenna for GPS application
Key words: antennas; ceramic chip antennas ; surface-mountable anten- nas; GPS antennas .
Design of ceramic chip antenna for Bluetooth applications using meander lines
Design of ceramic chip antenna for Bluetooth applications using meander lines .
Surface-mountable dual side-feed circularly polarized ceramic chip antenna
Surface-mountable dual side-feed circularly polarized ceramic chip antenna .
A study on bandwidth enhancement of 900/1800 dual band LTCC chip antenna by using equivalent circuit analysis
ABSTRACT: In this article, low temperature cofired ceramic (LTCC) technology was used to realize the quarter of wavelength helical antenna instead of the quarter of wavelength monopole for achieving minimization of ceramic chip antenna (13 mm 3 5.25 mm 3 1...
Experimental analysis of temporal variations in indoor radio channels at 1.8 GHz
SURFACE-MOUNTABLE DUAL SIDE- FEED CIRCULARLY POLARIZED CERAMIC CHIP ANTENNA .
Internal composite monopole antenna for WLAN/WiMAX operation in a laptop computer
In addition, it is noted that arm 1 has a length of 7 mm only, including the 1-mm-long soldering pad and one-half width (1 mm) of the central strip for fixing the ceramic chip antenna , which is much smaller...
Modern Antenna Handbook - Chapter 23. ANTENNAS FOR MOBILE COMMUNICATIONS
...helix, and (g) meander line; planar structures are the (h) microstrip antenna (MSA), (i) planar inverted-F antenna (PIFA), (j) parallel plate antenna, and (k) slot antenna; a bulk-structure antenna is depicted in (l), which is a small ceramic chip antenna .
Broadband multilayer ceramic chip antenna for handsets
Broadband multilayer ceramic chip antenna for handsets .
The Design of Small Size Chip Antenna for 2.4/5.8 dual ISM-band applications
...antenna that many researchers have tried to make with good performance.- In the recent years, the internal type antenna(intenna) with small size is strongly focused on.- Among various possible antennas, ceramic chip antennas have the advantages of...
Surface-mounted chip dielectric ceramic antenna for PCS phone
The dielectric ceramic chip antenna was made by .
A small ceramic chip antenna for ultra-wideband systems
A small ceramic chip antenna for ultra-wideband systems .
A dual�?frequency triangular chip antenna for WLAN operation
In addition, it is noted that these ceramic chip antennas are mainly of a rectangular shape, which is not an optimal shape for some practical applications in which the realty space reserved for the antenna is of a triangular shape, such as...