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The Medallion II Permanent Mount platform offers low profile dual port 5G/4G GNSS multiband antennas covering sub 6 GHz 5G FR1 upper frequencies, with a dual band Wi-Fi port option. Includes a built-in ground plane for maximum installation flexibility and it is ideal for cabinet mount Industrial IoT applications.

Models:

• GLLPDLTE-W : 3-in-1 (2 Cellular + 1 GNSS)
• GLLPDLTE-B : 3-in-1 (2 Cellular + 1 GNSS)
• GLLPDLTEWI-W : 4-in-1 (2 Cellular + 1 Wi-Fi + 1 GNSS)
• GLLPDLTEWI-B : 4-in-1 (2 Cellular + 1 Wi-Fi + 1 GNSS)

Platform Highlights:

• Dual cellular ports for 5G FR1 networks, including CBRS bands
• Low Profile 1-1/3-inch-tall housing for permanent mount installations with limited overhead clearance
• GNSS compatibility, covering global systems: (GPS L1; GALILEO E1; GLONASS L1; QZSS L1; BEIDOU B1)
• Optional dual band 2.4/5 GHz Wi-Fi port
• Durable, UV-stable white or black radome options
• Ingress protection: IPX7 rating

Applications:

• Industrial IoT
• Intelligent Transportation Systems (ITS)
• Utilities
• EV Charging Station
• Indoor/outdoor cabinet mount applications
• Enterprise Networks

Frequency Ranges:

• 600 MHz – 6 GHz, 2.4 – 2.5 GHz, 4.9 – 5.9 GHz, 1565 – 1608 MHz

Taitien, a leading supplier of frequency control solutions, has introduced the highly cost-effective disciplined crystal oscillator GT-11. The newly launched GT-11 provides a built-in GPS receiver module, which uses GPS or 1 pps as a disciplining signal. By disciplining and locking, GT-11 can achieve the accuracy and stability as an atomic clock with phase error controlled within 75 ns (RMS). Furthermore, GT-11 offers the advantages of small size and low power consumption.

GT-11’s excellent accuracy and stability performance allows it to replace rubidium clocks as a standard clock reference source. This series is particularly suitable for various laboratory instruments. The miniature size of 25.4 x 25.4 x 9.4 mm can provide more flexibility for customer’s product design space.

Key Features：
• Built-in GPS receiver module which provides +5.0 V for active antenna
• Low power consumption (less than 0.6 W) for high-performance TCXO
• Exceptional price and performance compared with traditional GPS OCXO reference solutions
• 10 MHz CMOS output and 1 pps CMOS output
• Disciplined by external 1 pps input
• Disciplined phase accuracy reaching 75 ns RMS
• GPS NMEA output

Applications：
• Low-cost reference clock
• Test and measurement equipment

Even if your product is located in a stable, air-conditioned environment, quality is still a necessity, and product failure is unacceptable. Many monitoring systems are crucial for continued production, ongoing operations, or even in the handling of human lives.

Harwin are certified to EN9100D / AS9100D, and bring a continuing quality assurance in product manufacturing and performance. You can be confident in the supply and service that Harwin adds to its quality product.

Typical Metering & Measurement Applications

• Security & CCTV systems, infra-red and visible light cameras
• Heat and gas sensor units, fire detection
• Wireless modules and IOT datacomms
• Patient monitoring, full body scanning, robotic surgery
• Smart meters, flow regulation systems, handheld test equipment

OBO Pro.2 Inc. was founded in 1986. We devoted to acoustic product innovation and development, and provide one-stop solution services. Includes acoustic component manufacturing, customized micro speaker box module, earphone custom design-OEM/ODM service, acoustic testing equipment and testing facility.

Using revolutionary acoustic technologies, proprietary acoustic parts, engineered composites and hybrid materials application on acoustic product, to achieve the extreme of the performance. Our R&D department includes AE / ME / EE / ID / SE, from technologies to aesthetics, to fulfill any demand from various customer sectors, including business, automotive and medical.

With test laboratories located in San Jose, Taiwan and China, we continuously deliver customer-specific sound quality, professional technology, customer-oriented and efficient mission-achieved to get customers’ trust.

Medical buzzers/speakers & mics used as alarms or communicators are designed to warn caregivers to possible problems but can jeopardize patient safety if it is faulty. Ensuring parts supplied in medical devices with impeccable conditions are the utmost important for OBO Pro.2 Inc. Our state of art testing setups are designed inhouse, from know how gather from > 30 years  and continuous investment into our R&D.

When your product is cutting edge technology, either for speed, for future transportation, or both, then you need to specify products that deliver quality performance now. Demand a connector that handles vibration & shock severity, high temperature and humidity.

Harwin are certified to EN9100D / AS9100D, driving a culture of continuous improvement to match these innovative technology markets. Whether inside the car or part of the trackside monitoring stations, reliability is still key – and Harwin delivers.

Typical Motorsport and EV Applications

• Electronic management systems and telemetry, HUD (Heads-Up Displays), cockpit systems
• Navigation, GPS tracking, internal and external sensors and cameras
• Trackside monitoring, communications and datacomms
• Energy Recovery Systems (ERS), battery management

You need confidence in quality in this “must not fail” industry. When one piece of vital electronic equipment can mean the difference between life and death, specifying Harwin connectors and hardware is a smart choice.

Harwin are certified to EN9100D / AS9100D, and have been supplying to major manufacturers in this sector for many years. The level of product quality and flexible modern manufacturing provides these manufacturers the responsive supply chain so crucial in times of crisis.

Rugged and durable High-Reliability connectors are key components in equipment built for medical aid on the move, whether by paramedics or frontline medics. EMC products provides essential shielding for critical PCB devices, and compact PCB connectors allow for cost-effective equipment required in volume. No compromise required.

Typical Medical Applications

• Patient monitoring equipment, ultrasounds, cardiovascular and EEG units
• System alarm harnesses, displays and handheld monitors
• Ventilators for hospital use and portable, paramedic or ambulance transfer
• Field hospital equipment, laboratory analysis units
• Defibrillators, pacemakers and hearing implants

The HYPERBOLOID contact is an advanced design that satisfies performance requirements previously considered impossible. Radically different in concept, it is used in connectors having the highest standards of performance. The distinguishing feature of the HYPERBOLOID socket is the hyper-boloid-shaped sleeve formed by straight wires strung at an angle to the longitudinal axis. Viewed from the side, you see a curve defined by a series of apparent short straight line segments which are tangent lines to points along a hyperbolic curve. This geometry provides for a design which has a decreasing circumscribed circle when viewed from the entry. It begins larger than the pin acceptance diameter and is less than this same diameter at the center. When the pin is inserted into this sleeve, the wires stretch, well within elastic limits, to accommodate it. In so doing, the wires wrap themselves around the pin providing a number of continuous line contact paths. The illustration below will assist in visualization.

The actual physical construction of the contact involves several components. The wires are strung on an internal wire carrier (inner sleeve) which is subsequently capped or enclosed by a front outer ring (front sleeve) and rear ring which includes the termination configuration (terminal). All components to the assembly are completely finished with the specified electroplating prior to assembly. The wires are continuous process plated on reel before use. In this manner, interface finish requirements can be controlled very closely without the common problems of gradient, shadow, or other finish imperfections often appearing in alternative designs. Very often, this processing feature permits the specifier to reduce precious metal content with resultant savings. Joints are calculated interference fits, insuring gas tight interfaces between all elements of the HYPERBOLOID construction. An exploded view is provided next.

The unique geometry, precision processing, and careful attention to quality result in a highly desirable contact design which provides:

• VLIF (Very Low Insertion Force): Common sizes #22 and less average under one ounce per contact.
• Extraordinary Resistance to Shock & Vibration: Tests exceeding 300 g’s without discontinuity.
• Duty Cycle Exceeding 100,000 Mate/Demate: The burnishing action of the wires on the pin surface is nondestructive. Unlike the “plow” and scrape action of common designs, HYPERBOLOID’s gentle mating action enhances life.
• Low, Low Contact Resistance: The multiplicity of line contact, as opposed to point contact in other designs, provides an excellent interface exhibiting low contact resistance (often less than 1/2 of MIL spec. allowances). This characteristic also provides for a cooler running contact under load.
• Improved Current Carrying Capacity: The low contact resistance gives a lower °C rise from ambient under load. This feature often allows the user to operate the same size contact under higher load.
• Highest Reliability: In use for over 40 years under the most demanding conditions HYPERBOLOID has proven itself to be the leading design for integrity and reliability. On space platforms, ships and boats at sea, land vehicles, fighter and transport aircraft, missiles, torpedoes, medical and transplant electronics, industrial and environmental controls, rail, construction, ATE and test equipment, PGA sockets, test interface stations, and other applications, HYPERBOLOID has lived up to its promise of the highest reliability connector available.

Remotely operating a vehicle takes confidence in the hardware. From the small camera drones to the world-circling unmanned planes, distance demands sky-high levels of quality. Harwin connectors and board accessories deliver whether you are specifying for size, weight, power, quality – or all of the above.

Harwin are certified to EN9100D / AS9100D, and continue to design additions to our high-reliability ranges with this application as a key influence. The drive for lighter and smaller connections is paramount in the world of remote operated vehicles, especially for aerial devices.

SWaP-C* optimization is vital – every fraction of size or weight saved could be more time in the air, more payload carried, or more functionality added. Connectors in these ranges give you proven high reliability for worry-free remote operation. Enjoy confident performance under testing environmental conditions: vibration & shock severity, high temperature and humidity.

• SWaP-C = Size, Weight and Power, Cost

Typical UAV Applications

• Autopilot systems, flight controls and telemetry, linear actuators
• Power management and engine control
• Inertial Measurement Units (IMU)
• Attitude, Heading and Reference systems (AHRS)
• Communications, data transmission, GNSS receivers

From equipping ground troops in middle of the desert to high altitude surveillance drones, you need product that performs every time. Specify Harwin product with confidence for rugged, robust performance in all these demanding scenarios.

Harwin are certified to EN9100D / AS9100D, and have been supplying to major manufacturers in this sector for many years. Our high-reliability connector range Datamate is widely used across the full variety of applications in the Defense industry.

When SWaP-C* optimization is a must, then Datamate, Gecko and M300 from Harwin provide quality without compromise. Connectors in these ranges come with proven high reliability under the most extreme environmental conditions of use: vibration & shock severity, high temperature and humidity.

• SWaP-C = Size, Weight and Power, Cost

Typical Defense Applications

• Avionics, flight controls and telemetry, HUD (Heads-Up Displays), FADEC units
• Missile guidance, power systems, datacomms and targeting hardware
• UAVs – unmanned aircraft and smaller drones
• Radar systems, communications, detection equipment
• Marine and ground vehicle operations

Taitien’s 32.768 kHz crystal oscillator (XO) has demonstrated outstanding performance in a wide range of product applications. Our products include a miniaturized 32.768 kHz XO with a size of only 2.05 x 1.65 mm (OZ-I series). The design of the OZ-I series overcomes the challenge of miniaturization while effectively ensuring the excellent accuracy of the clock signal. Since many low-power and portable product applications are in standby mode most of the time, the system must be able to reduce the power consumption of this mode. Leveraging the low-power integrated circuit design, the highest power consumption of Taitien’s 32.768 kHz clock signal source is only 10 µA. The frequency stability within the industrial temperature range of -40°C to +85°C can reach ±20 ppm and it can achieve a start-up time of 2 ms.

Key features:

• Industry’s smallest size of 2.05 x 1.65 mm
• Excellent frequency stability as low as ±20 ppm
• Wide temperature range from -40°C to +125°C
• Super low power consumption (10µA the highest)
• Fast start-up time of 2 ms

Application:

• edge computing
• wearable devices
• IoT
• security
• smart home
• consumer electronics
• communication equipment
• smart city
• Other electronic products