Preparing Your Receiver

Warning: To prevent injury, read and fol- low all cautions and warnings that accompany the outdoor antenna.

Caution: The cable’s shielding should only touch the GND terminal.

For the best radio reception, use an outdoor antenna. Follow these steps to connect an outdoor FM antenna to the receiver using 75Ω cable.

Note: If your antenna has 300Ω twin-lead cable, consult your local RadioShack store for the correct adapter.

1.Disconnect the supplied FM antenna from the receiver’s FM UNBAL 75Ω terminal.

2.With a stripping tool, remove about 11/2 inches of the cable’s outer insula- tion to expose the cable’s shielding.

3.Fold back the insulation from the inner insulation.

4.Remove about 1 inch of the inner insulation from around the center wire.

Inner Insulation

Center Wir

Outer Insulation

Shielding

5.Pull the shielding to one side. Connect the center wire to the receiver’s FM UNBAL 75Ω terminal. Twist the shielding to secure any loose wire strands, and connect it to the GND terminal.

FM Outdoor Antenna

 

FM

 

UNBA

 

75

75 Coaxial Cable

GND

 

 

AM

 

GND

 

LOOP

 

ANTENNA

Ground

Note: Grounding is not necessary for reception, but we recommend it to avoid damage from lightning when you use an outdoor FM antenna and for better FM reception. Use a separate piece of thick polyvinyl insulated wire to connect the GND terminal to an earth ground such as a metal cold-water pipe.

Warning: Never connect a wire to a gas pipe for grounding since sparks might ignite the gas.

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Optimus STAV-3590 owner manual Inner Insulation Center Wir Outer Insulation Shielding

STAV-3590 specifications

The Optimus STAV-3590 represents a cutting-edge advancement in the realm of autonomous vehicles. Designed with state-of-the-art technology and a focus on efficiency and safety, this model stands out as a leader in its class.

One of the main features of the Optimus STAV-3590 is its advanced autonomous driving capability. Utilizing a combination of LiDAR, camera systems, and radar, the STAV-3590 can navigate complex environments with precision and efficiency. These technologies allow the vehicle to generate a real-time 3D map of its surroundings, enabling it to detect obstacles, pedestrians, and other vehicles. The incorporation of machine learning algorithms means that the STAV-3590 continually improves its driving strategy over time, learning from each journey to enhance safety and operational efficiency.

The STAV-3590 also boasts an impressive energy efficiency profile. Equipped with a next-generation electric powertrain, it ensures a significant reduction in energy consumption compared to traditional combustion engines. The vehicle’s battery management system is designed to optimize energy use, allowing for longer ranges on a single charge while minimizing charging times.

Connectivity features are another standout characteristic of the Optimus STAV-3590. With built-in 5G and V2X (vehicle-to-everything) technology, the vehicle can communicate with other vehicles, infrastructure, and the cloud instantly. This connectivity enhances safety by allowing the STAV-3590 to receive real-time traffic updates and environmental information, giving it the ability to adjust its routes proactively.

Safety remains paramount in the design of the Optimus STAV-3590. It is equipped with multiple redundancies in critical systems to ensure reliability. Advanced driver-assistance systems (ADAS) provide features such as adaptive cruise control, lane-keeping assistance, and emergency braking. These systems work in tandem with the autonomous capabilities to create a safer driving experience for passengers and other road users.

In summary, the Optimus STAV-3590 integrates advanced autonomous technology, superior energy efficiency, robust connectivity features, and a focus on safety. As a result, it’s not just a vehicle; it's a glimpse into the future of transportation, paving the way for the next generation of smart mobility solutions.