Passport 10G / 20G Headsets

PASSPORT

Compatible with GN Netcom® and VXI Passport G-series amplifiers and direct connect cords. Note: Headset connects to the quick disconnect on the amplifier’s headset cord.

Noise-canceling microphone greatly reduces background noise for a professional sounding call

Durable construction to endure the stress of the 24/7 call center

Virtually indestructible, highly flexible gooseneck boom. Rotates for left or right ear placement. Maintains position for consistent voice quality

Sturdy quick disconnect allows fast and easy detachment from lower cord for greater mobility

Adjustable headband secures positional adjustment, won't slide out of position

Concave ear cushion for greater comfort and improved sound

Passport 20G

Passport 10G

2YEAR Unconditional

warrantyWARRANTY

TRANSMIT SPECIFICATIONS Microphone: Noise canceling electret Ambient noise suppression: 13db @ 1kHz, typical

Output impedance: 1.8k Ohms typical

Sensitivity: -44dB @ 1kHz (defined 1" from talk-side, 82dB SPL)

Frequency response: 20Hz to 15 kHz.

Operating Current: 320 mA max.

Operating Voltage: DC 1.0V min. to 20V max.

RECEIVE SPECIFICATIONS

Speaker: Dynamic; 36mm diameter

SPL: 90db @ 1kHz, 0.55V input

Impedance: 300 Ohms

Frequency response: 200Hz to 5 kHz

Rated input: 10mW continuous, 100mW peak

MECHANICAL SPECIFICATIONS Cables: Standard wire, PVC insulation, polyurethane jacket

Connectors: Gold-plated; quick disconnect

Microphone boom: Flexible with positioning memory; swivels 300 degrees; left or right ear placement

Headband: Nylon plastic and #316 stainless;

www.vxicorp.com

VXI Corporation One Front Street Rollinsford, NH 03869 800-742-8588 603-742-2888

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VXI warranty Passport 10G / 20G Headsets, WarrantyWARRANTY, Receive Specifications

10G, 20G specifications

VXI 20G and 10G are advanced communication technologies that have transformed the landscape of data transmission, particularly in demanding environments requiring high reliability and speed. These two standards stand out for their ability to deliver high-speed data transfer rates while ensuring robustness and versatility.

The VXI (VME eXtensions for Instrumentation) standard is primarily used in test and measurement applications. VXI 20G and 10G are specifically designed to support significant data bandwidth, making them ideal for applications in aerospace, defense, and telecommunications. One of the key features of VXI 20G is its ability to support data transfer rates of up to 20 gigabits per second, which allows for real-time analysis of extensive datasets. This is especially crucial for environments where timely data processing can lead to critical decisions based on the information extracted.

On the other hand, VXI 10G provides a slightly lower but still impressive data rate of 10 gigabits per second. This standard is often used in applications that do not require the extreme bandwidth of 20G but still demand high performance. The modular architecture of VXI technology allows for the integration of various instruments and components, enhancing its flexibility and adaptability in various testing scenarios.

One notable characteristic of both VXI 20G and 10G is their support for multiple communication protocols. This ensures compatibility with a wide range of instruments and systems, making it easier for engineers to implement and manage complex test setups. Additionally, these technologies incorporate advanced error-checking mechanisms that ensure data integrity during transmission.

The underlying technology of both VXI standards includes high-speed backplane connections and robust signaling methods, which help minimize signal degradation over long distances. This is particularly important in multi-module test setups, where keeping data transmission reliable across various devices is essential.

In summary, VXI 20G and 10G offer robust solutions for high-speed data transmission, equipped with advanced features that cater to diverse testing and measurement applications. Their modular design, high transfer rates, and support for various communication protocols position them as vital tools for engineers and researchers working in high-demand environments. Whether for aerospace development or telecommunications testing, VXI technologies provide the necessary infrastructure to meet the challenging requirements of today's data-driven world.