Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
271～285 item / All 611 items
High-speed digital signal processing accelerates the distinction between tag signals and noise signals. A design that uses acrylic panels throughout.
For more details, please refer to the basic information.
An antenna that supports both millimeter wave (28GHz) and Sub6.
Covers a wide bandwidth with flat characteristics. - Millimeter wave (10~40GHz) compatible antenna 44Sa53H - Sub6 (3.5~12GHz) compatible antenna 44Sa53M This single unit covers a wide bandwidth as an alternative to horn antennas. It comes standard with a base that can be mounted on a tripod.
Excellent antenna design concept! Strict quality control through efficient and reliable production processes.
I would like to introduce AWAN's "Wireless Communication Products," which are part of the same group. We handle products such as "High Efficiency PC Antennas," "Wireless Charging Antenna Sets," "NFC Antennas," and "AI-related Antennas." In addition, we also offer "Wireless Charger Solutions" and "IoT Devices." 【Antenna Series (Partial)】 ■Embedded ■LDS Antennas ■Dipole Antennas ■Outdoor Antennas ■NFC Antennas *For more details, please refer to the PDF materials or feel free to contact us.
Antenna group for wireless communication devices by Sansei Electric.
Various Antenna Products ■ 920MHz Band Certified Antennas 【Features】 A rich lineup of antennas certified for the 920MHz band. It caters to diverse needs, from compact models to waterproof (IP67) options. ■ Cellular LPWA Certified Antennas 【Features】 A range of antennas compatible with LTE and 5G (Sub-6). It supports a wide frequency range from 814MHz to 4900MHz, suitable for extensive cellular LPWA applications. ■ Wireless LAN Antennas (Wi-Fi 6/Wi-Fi 6E) 【Features】 Antennas compliant with the latest IEEE 802.11ax (Wi-Fi 6/Wi-Fi 6E) standards. Products are certified by Silex Technology and include types such as MHF4/SMA connectors. ■ Antennas That Resist Metal Interference 【Features】 The standout feature is its unique technology that minimizes performance differences when installed near metal, significantly enhancing installation flexibility.
Supporting Japan's manufacturing, which is "proudly" recognized worldwide! Including QCD improvement activities.
Our company manufactures and inspects telecommunications equipment (various antennas, filters, and peripheral devices). To allow your company to focus on its core processes, we provide support and complement your efforts, including QCD (Quality, Cost, Delivery) improvement activities. We excel in providing a consistent response from design to material procurement, material acceptance inspection, product assembly, product inspection, product packaging, and product shipping faster than anyone else. Additionally, leveraging our experience in handling various products such as incoming inspection of overseas production items, operational verification of new products, and sorting, we will respond to your company's requests. We are flexible in accommodating various inspections and tests, so please feel free to contact us. [Business Description] ■ Manufacturing and inspection of telecommunications equipment (various antennas, filters, and peripheral devices) *For more details, please refer to the PDF document or feel free to contact us.
Keywords: planar antenna, multi-band, wideband, miniaturization, variable characteristic technology, waveguide antenna, electromagnetic field simulation, antenna measurement
We are engaged in the research and development of planar antennas for microwave and millimeter-wave applications, which are key devices in wireless communication technology. The microstrip antenna, a representative example of planar antennas, is widely used because it can be easily fabricated using printed circuit board processing technology. In our laboratory, we are working on enhancing the functionality and performance of microstrip antennas through multi-band, wideband, miniaturization, and characteristic variable technologies using semiconductor elements. We are also advancing research on a new planar array antenna that combines waveguide slot antennas and planar antennas, which demonstrate high gain and high efficiency characteristics in the quasi-millimeter to millimeter wave range. Our research is being promoted from both electromagnetic field simulation and experimental perspectives.
The digitization of the automotive industry and the advancement of autonomous driving technology are factors driving market expansion!
We would like to introduce our "5G Transparent Antenna." The transparent antenna for vehicles can effectively receive and transmit signals such as wireless communication and GPS without affecting the vehicle's appearance or design. This allows automobile manufacturers to maintain excellent design flexibility even when incorporating advanced technologies. [Overview] ■ Growth Factors: Electrification of the automotive industry and advancements in autonomous driving technology ■ Market Forecast: An average annual growth rate of 18.5% until 2030 ■ Technical Features - Effectively receive and transmit signals such as wireless communication and GPS without affecting the vehicle's appearance or design - Maintain excellent design flexibility when incorporating advanced technologies *For more details, please download the PDF or feel free to contact us.
Radiation pattern simulation, and we will also introduce the radiation pattern (Y-Z)!
I would like to introduce the "Overview of the 28GHz Band Patch Antenna Prototype." The simulated value is 16.3 dBi, while the measured values range from 13.1 to 15.2 dBi. Samples 1 and 3 used low ε OCA, while sample 2 used standard OCA. By employing low dielectric materials, losses are reduced, leading to less energy attenuation, which ultimately improves efficiency and is believed to have increased gain. 【Overview】 ■ L/S = 5μm/100μm ■ Mesh opening ratio: 90% ■ Transmittance: 80% ■ Surface resistance value: 0.1Ω/□ *For more details, please download the PDF or feel free to contact us.
Various antennas for EMC
A rich lineup and a wide range of accessories to supply antennas compatible with various standards. ■□■Features■□■ ■ Biconical 20-200MHz, 45-450MHz, 60-600MHz, 100-1000MHz, 160-1200MHz ■ Log-Periodic 250-2400MHz, 200-2300MHz, 180-1500MHz, 0.7-5GHz, 1-18GHz, etc. ■ Bi-Log 30-1000MHz, 30-1000MHz, 30-3000MHz, 30-1500MHz, etc. ■ Dipole 30-300MHz, 300-1000MHz, 0.75-2GHz, 1.0-3GHz, 30-1500MHz, 20-1500MHz, 30-1000MHz, etc. ■ Horn 1-5GHz, 1-10GHz, 2-18GHz, 1-18GHz, 0.5-6GHz, 0.7-6GHz, 15-26.5GHz, etc. ■ Loop: 9kHz-30MHz, 9kHz-50MHz
EMC Test Equipment Conical Antenna Precision Conical Dipole
High-precision, compact conical antenna with very wideband frequency characteristics ■□■ Features ■□■ ■ PCD3100 - Frequency range: 30MHz–1GHz - Maximum received electric field strength: 100V/m - Maximum input power: 20dBm - Symmetry: ±0.15dB or better - Connector type: SMA female ■ PCD8250 - Frequency range: 80MHz–3GHz (extended option: 30MHz–3GHz) - Symmetry: ±0.15dB or better - Maximum input power: 23dBm - Connector type: SMA female - Weight: 245g - Average sensitivity: 1mV/m or better (when using Anritsu MS2711B (RBW 100kHz) + 5m cable) ■ For more details, please contact us.
This is the only test for proximity irradiation immunity!
The wideband sleeve antenna is an antenna developed to efficiently conduct electromagnetic wave immunity evaluation tests (high-frequency contact and near-field electromagnetic field immunity tests) emitted from wireless devices such as mobile phones. In conventional strong electromagnetic field immunity tests in the near field, it was necessary to replace antennas according to individual frequencies, which required significant effort and time. However, by using this wideband sleeve antenna, antenna replacement is no longer necessary, significantly reducing test time. 【Features】 ○ Due to its wide frequency characteristics, tests can be conducted without replacing the antenna. ○ It has a power handling capacity of 30W, allowing for strong electromagnetic field testing. For more details, please contact us or download the catalog.
