
Click here for a datasheet on the antenna with L1/L2 band coverage.
Click here for a datasheet on the antenna with L1/L5 band coverage.
Click here for a datasheet on the antenna with L-band and full-band (L1, L2, L5, L6) coverage.
This is the example Product
Click here for a datasheet on the antenna with L1/L2 band coverage.
Click here for a datasheet on the antenna with L1/L5 band coverage.
Click here for a datasheet on the antenna with L-band and full-band (L1, L2, L5, L6) coverage.
This Yokowo antenna design and style has a long history of reliability and has been used extensively in the automotive industry. It is applicable to GPS, GLONASS, and Galileo applications.
Applications
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A waterproof, high-gain 4G/5G MIMO antenna designed for various IoT applications. Capable of supporting 2×2 MIMO with a single unit.
Applications
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MIMO antenna for the private 5G frequency bands in major countries worldwide. Ultraminiature, lightweight design is ideal for use in small equipment (drone, smart camera, etc.).
Applications
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A low-profile, inconspicuous LTE band antenna for interior application. It can be attached to materials such as glass or resin that emit radio waves using double-sided tape.
Applications
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The FPC Dipole Antenna is a high-performance omnidirectional antenna designed to meet IoT (Internet of Things) applications in the 800-900MHz and 2GHz bands. Its small size allows for easy integration into compact devices. Additionally, it is designed to be independent of any ground plane, making it easy to embed by simply connecting it to a communication module with a high-frequency connector.
Applications
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This high-performance omnidirectional dipole antenna is designed for the 800-900MHz and 2GHz bands. Notably, it features a compact 120mm element design which can penetrate obstacles to maximize performance in the 800-900MHz band. The design does not rely on a ground plane, allowing easy integration into communication modules via a high-frequency connector. It boasts exceptional radiation efficiency across all bands and maintains its characteristics even when mounted in resin-based dielectric cases. When installed at least 10mm, and ideally more than 20mm, away from metal parts or surfaces.
Applications
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The LineGard™ PGFM product family provides ELCI (equipment leakage) ground fault sensing and is designed and manufactured by North Shore Safety, a leader in innovative safety products. The PGFM series operates in tandem with an Airpax™ LEL series, UL 489 listed circuit breaker, with shunt trip and auxiliary switch manufactured by Sensata Technologies. The PGFM can be paired with an Airpax™ IDLNK breaker for applications requiring ignition protection.
The combined assembly of the PGFM and an Airpax™ breaker meets the requirements of ABYC E-11 for ground fault protection and main shore power circuit protection. The PGFM constantly monitors the current balance of the conductors (wires/cables) supplying power to the load. When a ground fault of 27mA nominal (30 mA max) occurs, the PGFM uses the LEL’s shunt trip coil to signal the breaker to trip.
Features
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The NPIM_V Series features power inductors designed for high-current and high-temperature applications and is available in five different sizes. These inductors offer an inductance range of 0.1 µH to 33 µH, making them suitable for automotive power supplies, industrial equipment, and telecommunications. Their design ensures reliable and efficient operation under demanding conditions.
Features
Applications
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