Description
The Indispensable Tool for Embedded Professionals – Safeguard Your Projects, Streamline Your UART Interface
If you're an embedded systems engineer, you know the vital role UART communication plays in development, debugging, and device configuration. Our Industrial Grade Isolated USB to UART Converter elevates this process, ensuring safety, compatibility, and efficiency in the most demanding environments.
Unparalleled Protection:
- Eliminate Risks: Working with high voltages? Medical devices? Sensitive circuits? Galvanic isolation safeguards your expensive equipment and yourself from potential damage.
- Combat Noise: Ensure pristine signal integrity even in electrically noisy environments thanks to superior isolation design.
Unmatched Versatility:
- Effortless Adaptation: Seamlessly interface with a wide range of devices thanks to the 4-channel DIP switch for 1.8V, 2.5V, 3.3V, and 5.0V signal level selection.
- Legacy Support: Bridge the gap between modern computers and older embedded systems with ease.
- Comprehensive Control: Utilize the full suite of UART signals (RX, TX, RTS, CTS, DSR, DTR) for advanced device interaction and control.
Engineered for Reliability:
- Built to Last: ESD protection on all I/Os ensures resilience against accidental static discharge.
- Convenient Power: The isolated 100mA power output with short-circuit protection simplifies your test setup and can even power low-consumption devices.
- India-Proud: Support domestic innovation with this expertly designed and manufactured product.
User-Centric Design:
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Future-Proof: USB-C connectivity future-proofs your investment.
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Effortless Setup: DIP switches and clear LED indicators streamline configuration.
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Space Efficient: The compact form factor won't clutter your workbench.
Ideal for:
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Power electronics engineers: Safely prototype and debug high-voltage systems.
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Medical device developers: Ensure patient and equipment safety with absolute signal isolation.
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Battery-Powered Devices: Seamlessly interface with low-power embedded designs.
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Noise-Sensitive Environments: Ensure clean signals in critical applications.
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Embedded systems designers: Work across diverse voltage levels and protocols.
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Hobbyists and makers: Tackle ambitious projects without risking damage to your computer.
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