Parece que JavaScript está deshabilitado en su navegador. Algunas funciones de esta página no funcionarán a menos que inicie sesión.

Volver a Resultados de la búsqueda

¿Ve algún error?

RSL10-USB001GEVK

Las imágenes son sólo para referencia
Ver especificaciones del producto

Mouser REF:

863-RSL10-USB001GEVK

Fabr. N.º:

RSL10-USB001GEVK

Fabr.:

onsemi

Descripción:

Herramientas de desarrollo Bluetooth - 802.15.1 RSL10 USB DONGLE

Ciclo de vida:

Pedido especial de fábrica:

Obtenga un presupuesto para comprobar el precio actual, el plazo de entrega y los requisitos del pedido del fabricante.

Más información

Más información sobre onsemi RSL10-USB001GEVK

Disponibilidad

Existencias:: No disponible

Se ha producido un error inesperado. Intente de nuevo más tarde.

Precio (EUR)

Pedir presupuesto

.hidden-for-nojs { display: none; } .pull-right-nojs { justify-content: flex-end; }

Atributo del producto	Valor del atributo	Seleccionar atributo
Fabricante:	onsemi
Categoría de producto:	Herramientas de desarrollo Bluetooth - 802.15.1
RoHS:
Producto:	Evaluation Kits
La herramienta es para la evaluación de :	RSL10
Frecuencia:	2.4 GHz
Marca:	onsemi
Empaquetado:	Bulk
Tipo de producto:	Bluetooth Development Tools
Serie:	RSL10
Cantidad del paquete de fábrica:	1
Subcategoría:	Development Tools
Peso unitario:	145,470 g

Productos encontrados:

Para mostrar productos similares, seleccione al menos una casilla

Seleccione al menos una casilla para mostrar productos similares dentro de esta categoría.

Atributos seleccionados: 0

Filtrar documento:

PCN

Material Composition Declaration

TARIC:: 8517620000
CNHTS:: 8543709990
USHTS:: 8517620090
ECCN:: 5A991.g

RSL10-USB001GEVK RSL10 USB Dongle

onsemi RSL10-USB001GEVK RSL10 USB Dongle enables rapid prototyping of peripherals for BLUETOOTH® Low Energy devices. Using the included BLUETOOTH Low Energy Explorer software, engineers can develop, test, and evaluate BLUETOOTH-based applications quickly and easily. Using a 2Mbps connection, the RSL10 USB dongle acts as a generic central device during the development process. The dongle can also be used to scan for available devices, establish connections, pair, bond, and list services and characteristics.

IoT Prototyping Platforms

onsemi IoT Prototyping Platforms can be used to design and deploy energy-efficient Internet of Things (IoT) solutions. These solutions are ideal for a wide array of industrial-grade connectivity, sensing, control and power management solutions from onsemi. onsemi provides configurable, end-to-end, rapid prototyping platforms for the Internet of Things (IoT). onsemi IoT Prototyping Platforms reduce time-to-market and allow rapid deployment of IoT-enabled products with a wide range of choices including configurable hardware, multiple cloud connectivity, easy-to-use development software, and application examples.

BLE-SWITCH001-GEVB BLUETOOTH® Low Energy Switch

onsemi BLE-SWITCH001-GEVB BLUETOOTH® Low Energy Switch is a complete reference design for energy-harvesting applications. These applications include lighting, door and window control, and step counters. The board features the RSL10 SIP and a high-efficiency harvester switch. The switch offers low power consumption and is self-powered. The batteryless switch on the onsemi BLE-SWITCH001-GEVB BLUETOOTH Low Energy Switch is easily customizable using the provided firmware and RSL10 Software Development Kit.

BLUETOOTH® IoT Development Kits

onsemi BLUETOOTH® IoT Development Kits are a comprehensive node-to-cloud, modular IoT platform that allows the development of various BLE-based use cases. These IoT development kits are built using RSL10 low-power BLUETOOTH 5 certified System-on-a-Chip (SoC), which serves as a baseboard for the development kit. The BLUETOOTH IoT development kits feature optimized power consumption, ready-to-use sample code, and modular hardware consisting of sensors and actuators. The sample code is present in the CMSIS pack of the development software and can be used for detailed documentation and several use cases. These development kits also come with a mobile app that interacts with the actuators and sensors.