Técnica de infarrojos, Banda ancha | Sennheiser SZI 1015-T specs

4 Técnica de infarrojos

Técnica de infrarrojos

El SZI 1015-T es un radiador de potencia por infrarrojos, con modulador integrado (transmisor de mando). Dentro de una instalación inalámbrica de transmisión de sonido por rayos infrarrojos sirve para convertir una señal de audiofrecuencia en una luz infrarroja, y luego irradiarla. En contraposición al recorrido radioeléctrico la transmisión se limita a un sólo recinto lo que permite que otros sistemas funcionen, sin problema ninguno, en recintos aledaños.

El transmisor de mando/radiador de potencia SZI 1015-T se activa por medio de la señal de BF. Para la conexión de BF del SZI 1015-T debe emplearse la entrada XLR-3, cableada simétricamente.

Desde un transmisor de mando/radiador de potencia SZI 1015-T hasta los demás radiadores de potencia SZI 1015 postconectados se tenderán cables coaxiales de 50 Ω con conectores BNC. Por medio de las regletas de bornes también puede lograrse un cableado con cable sin confeccionar.

Banda ancha

Las instalaciones de transmisión de banda ancha por rayos infrarrojos se emplean sobre todo para la transmisión de señales de audiofrecuencia en calidad HiFi.

Campos de aplicación

Transmisión inalámbrica del sonido, de alta calidad, para iglesias, teatros, etc.

Dispersión de la luz infrarroja

En un recinto, la señal IR emitida por el SZI 1015-T se difunde en forma similar a la luz normal de lámparas, o la luz diurna. Por tanto, al caer sobre diferentes materiales, también está sujeta a condiciones similares:

Luz infrarroja

Reflexión

SZI 1015-T specifications

The Sennheiser SZI 1015-T is a cutting-edge piece of technology designed specifically for the enhanced audio experience in various environments, particularly within professional settings such as theatres, conferences, and other live events. Offering a combination of outstanding sound quality, versatility, and user-friendly features, this device stands out in the marketplace for audio equipment.

One of the primary features of the SZI 1015-T is its exceptional sound clarity and fidelity. Equipped with Sennheiser’s renowned audio technology, it delivers crisp, clear sound across a broad frequency range, making it suitable for different audio applications. Its frequency response ensures that both low and high tones are reproduced faithfully, offering listeners an immersive audio experience.

The SZI 1015-T utilizes digital signal processing to enhance audio quality further. This technology minimizes distortion and manages ambient noise effectively, making it ideal for environments where sound clarity is paramount. The result is a product that performs reliably in both quiet and noisy settings, ensuring that every word and note is heard clearly.

Another standout characteristic is its robust wireless capability. The device operates in the UHF band, allowing for a wide transmission range and minimal interference from other wireless devices. This feature is essential for live events where multiple audio channels are in operation, ensuring that audio technicians have the flexibility to manage multiple frequencies without dropouts or other issues.

User-friendliness is at the forefront of the SZI 1015-T's design. Its intuitive interface makes it easy for operators to navigate settings and make adjustments on the fly, whether for sound levels, frequency selection, or channel management. Additionally, the device offers a variety of connectivity options, including XLR outputs, making it compatible with a wide range of audio equipment.

The SZI 1015-T is built for durability, featuring a robust design that can withstand the rigors of professional use. This reliability ensures that it remains a trusted component of audio setups for years to come.

In summary, the Sennheiser SZI 1015-T excels with its remarkable sound quality, advanced wireless technology, user-friendly interface, and durable construction. It is a versatile tool for professionals seeking to elevate their audio production capabilities, making it a valuable addition to any audio toolkit.