USB to DMX512A Interface
Documentos Técnicos
Especificaciones
Brand
MicrochipClasificación del kit
Interface Board
Nombre del kit
DMX512A Lighting Communications
País de Origen
China
Datos del producto
Interfaz USB a DMX512A
La interfaz USB a DMX512A es un adaptador de interfaz de comunicación que forma parte de una plataforma de desarrollo de comunicaciones de iluminación. DMX512A es una red de comunicaciones digitales que se utiliza para controlar la iluminación y efectos de escenarios.
Microchip Lighting Communications Development Kits
Microchip Lighting Communications Development Kits recognise the importance of effective light source control, enriching the user experience through increased intelligence and increasing value. Energy savings can be made by integrating elements such as energy management and harvesting, ambient light compensation and occupancy or motion sensing. As well as saving energy, creating lighting networks that communicate both locally and remotely can reduce maintenance costs. This offers the ability to integrate lighting into other system topologies such as automation and control or security systems.
Información de stock no disponible temporalmente.
Vuelva a verificar más tarde.
P.O.A.
1
P.O.A.
1
Documentos Técnicos
Especificaciones
Brand
MicrochipClasificación del kit
Interface Board
Nombre del kit
DMX512A Lighting Communications
País de Origen
China
Datos del producto
Interfaz USB a DMX512A
La interfaz USB a DMX512A es un adaptador de interfaz de comunicación que forma parte de una plataforma de desarrollo de comunicaciones de iluminación. DMX512A es una red de comunicaciones digitales que se utiliza para controlar la iluminación y efectos de escenarios.
Microchip Lighting Communications Development Kits
Microchip Lighting Communications Development Kits recognise the importance of effective light source control, enriching the user experience through increased intelligence and increasing value. Energy savings can be made by integrating elements such as energy management and harvesting, ambient light compensation and occupancy or motion sensing. As well as saving energy, creating lighting networks that communicate both locally and remotely can reduce maintenance costs. This offers the ability to integrate lighting into other system topologies such as automation and control or security systems.