Product description
Sólo escucha…
Quick look
- Unidad de driver.
- Impedance.
- Sensitivity.
- Connector
- Cable.
57 mm.
64 ohms.
20 Hz a 20 kHz.
3.5 mm estéreo con adaptador dorado de 6.3 mm.
4 metros (curveado).
Shipping to all of Mexico. All products are new. Descartar
$690.00
Audífonos profesionales de alta calidad para DJ, extremadamente versátiles, drivers dinámicos de 57 mm que brindan una amplia respuesta de frecuencia (20 Hz – 20 kHz) que brindan graves potentes y un amplio rango dinámico, las orejeras giratorias, reversibles y plegables brindan un posicionamiento flexible y cómodo, independientemente del estilo de monitoreo, diseño circumaural supraaural con orejeras ultra suaves y diadema acolchada totalmente ajustable, diseño cerrado que garantiza un entorno de escucha constante con un aislamiento de sonido excepcional, capacidad de manejo de alta potencia para un sonido sin distorsiones a niveles de volumen máximos, rendimiento optimizado para su uso con una amplia gama de dispositivos de audio profesionales y de consumo, diseño resistente y confiable que garantiza una durabilidad a largo plazo, diseñado y fabricado en Alemania.
57 mm.
64 ohms.
20 Hz a 20 kHz.
3.5 mm estéreo con adaptador dorado de 6.3 mm.
4 metros (curveado).
| Weight | 0.508 kg |
|---|---|
| Dimensions | 10.0 × 19.5 × 22.5 cm |

Cardioid Dynamic Instrument Microphone, XLR Female to 6.34mm Male Adapter Cable, Clearly Reproduces Vocal and Instrument Sound, Ideal for Picking Up Percussion and Drum Sounds or Other Instruments and Speakers, Excellent Cardioid Polar Pattern, Built-in Pop Filter, Zinc Alloy Body and durable aluminum, includes a microphone stand, carry bag, user guide.

Handheld XLR/USB Condenser Microphone, Capture Analog or Digital from Any Audio Source, Cardioid Polar Pattern, Frequency Response: 20 – 20,000 Hz, Sensitivity: -36 dBv, Max SPL: 138 dB, Signal to Noise Ratio: 87 dB, impedance: =100 ohms, A/D converters: 24 Bit/96kHz.

Shotgun-style microphone for video cameras, unidirectional condenser cardioid polar pattern, great rejection of unwanted background noise, premium quality for high-quality audio, motorized design that maximizes sound quality, built-in shock-mount to minimize unwanted vibrations desired into the microphone.

Microphone compatible with cell phones or tablets, works with iOs and Android devices, omnidirectional polar pattern, high quality recording, plug & play, rubber ferrule design that guarantees the fixed position of the microphone, 1/8” TRRS connector, includes transport bag.

Professional instrument microphone with cardioid polar pattern and 25 mm condenser capsule, frequency response: 20 Hz – 20 kHz, sensitivity: -36 dB ±3 dB (0 dB = 1V/Pa at 1 kHz), impedance: 100 ohms ±30% (at 1kHz), Max SPL: 132dB (at 1kHz =1% THD), Signal-to-Noise Ratio: 78dB, Power: +48V phantom power, ideal for acoustic instruments and live or studio applications, Includes shock mount, pop filter and padded carry bag.

Miniature omnidirectional condenser microphone, 3.5mm TRRS, ideal for smartphones, tablets, laptops or devices with TRRS input, 50Hz to 18kHz frequency response, plug and play operation, 180° rotating head, convenient for capturing audio , includes foam windshield, sensitivity: -36 ±2 dB (0 dB = 1V/Pa, at 1 kHz), signal to noise ratio: 65 dB, weight: 9 g, cable length: ?18 x 74 mm.

Miniature omnidirectional condenser microphone, Lightning connector (MFi certified), ideal for iPhone, iPad and iPod, 50 Hz to 18 kHz frequency response, plug and play operation, 180° rotating head, convenient for capturing audio, includes windshield foam, sensitivity: -36 ±2 dB (0 dB = 1V/Pa, at 1 kHz), signal to noise ratio: 65 dB, weight: 9 g, cable length: ?18 x 74 mm.

Digital lavalier microphone, omnidirectional polar pattern, compatible with most USB Type-C devices, 6 meter long cable, conveniently adaptable to various environments, 16-bit/48kHz digital resolution, low handling noise, device-powered USB Type-C, frequency response: 50 Hz – 20 kHz, weight: 44.5 g.
No hay productos en el carrito.
Reviews
There are no reviews yet.