Module, Lower Noise Feature, Differential input

MODULE

Description:

Having many of the recent most popular installer features, the AMP4IC6 power module is made to expressly fit onto the OWI Model IC6 coaxial speaker providing a high fidelity module of up to 25 watts of Class AB power right at the speaker. By being within inches of the speaker, the amplifier enjoys maximum damping control of the speaker since the speaker sees optimum low source impedance for maximum high fidelity reproduction. By being a dedicated amplifier to this speaker, it is tailored to match the speaker for optimum response.

Lower Noise Feature, Differential input

The power module has critical features making it a fast and easy install in the field. To reject noise, it has a fully differential amplifier at its input. Also it provides the same kind of noise suppression a transformer does with excellent common mode noise rejection.

Single ended sources (unbalanced) such as CD, DVD

Where the source is single ended such as CD player, plus goes to plus and the shield goes to the minus input. If any noise is observed, place a jumper between minus and ground.

Minimum additional space

The amplifier is molded to fit exactly around the speaker magnet allowing the smallest possible size. It adds barely an eighth of an inch more depth for those tight installations. For convenience the connectors located under the PCB are docking and simply unplug allowing convenient wire attachment.

To further enhance it’s ease of installation, each power module has both a second connector for downstream amplifiers and individual volume controls at each amplifier. If no controls are wished at the speaker, simply turn it fully clockwise for maximum gain and set levels at the control electronics.

Wiring to down stream power modules using the provided output connector

Wire Plus to Plus, Minus to Minus, but only connect one end of the shield at the second amplifier module. This will optimize system noise. For third amplifiers etc. follow the same rule; connect all three wires at the farthest module and don’t connect the shield at the second connector

Wiring the speakers. - The amplifier is capable of delivering power into either 4 or 8 ohms.

1 speaker – direct

2 speakers – Parallel - Since the speaker is 8 ohms, two in parallel work well

4 Speakers – Use series parallel- Wire speaker pairs in series then take the pairs and place them in parallel. This will provide approximately 6.5 watts per speaker or a maximum of 25 watts. Actually the output power is influenced by the length the wire is run, and wire gauge.

Power source

Power is provided by a 12 volts AC source. There is no polarity on the power input.

If the installer is stuck with only DC, it will work too. Either AC or DC power source will work up to 14 volts. The Power Module AMP4IC6 comes with a 12-volt AC power supply optimized for this amplifier.

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AMP4IC6 specifications

The OWI AMP4IC6 is an innovative and versatile robotic kit that caters to various applications, including education, hobbyist projects, and even research purposes. This sophisticated platform is designed to foster learning in robotics and electronics while offering a plethora of features that appeal to both beginners and more experienced developers.

One of the standout characteristics of the OWI AMP4IC6 is its ability to be assembled with ease. The kit contains well-structured components that guide users through the assembly process. This hands-on approach not only helps users build their technical skills but also provides a sense of accomplishment upon completion. The simplicity of the assembly process makes it accessible for users with minimal prior experience in robotics.

In terms of features, the OWI AMP4IC6 comes equipped with a variety of sensors that enhance its functionality. These sensors enable the robot to navigate its environment, detect obstacles, and even respond to external stimuli. This adaptability is critical in educational settings, where students can experiment with different programming techniques and algorithms to see how the robot reacts in real-time.

The kit also includes a robust microcontroller that forms the brain of the robotic system. Users can program this controller using popular programming languages, allowing for a wide range of customization options. The flexibility in programming supports both block-based coding for beginners and advanced languages like Python or C++ for experienced users, making it a highly versatile platform.

Another notable characteristic of the OWI AMP4IC6 is its modular design. Users can easily adapt the robot by adding or modifying components based on their requirements. This modularity promotes creativity and innovation, enabling users to explore different project ideas and functionalities without the need for extensive reworking.

The AMP4IC6 does not just rely on technical features; its design is also aesthetically pleasing. With a sleek and modern look, the robot appeals to users who appreciate both form and function. Moreover, the lightweight materials used in the kit ensure ease of handling and maneuverability during operation.

In summary, the OWI AMP4IC6 combines user-friendly assembly, advanced sensors, a powerful microcontroller, and a modular design. These features make it an ideal choice for educational institutions, hobbyists, and research organizations alike. Whether users are looking to teach robotics concepts or explore advanced programming, the OWI AMP4IC6 serves as a valuable tool that bridges the gap between theory and practical application in robotics.