Silicon Labs EM357-RTR especificações técnicas, atributos, parâmetros.
Category:RF and Wireless/RF Transceiver ICs
製品ステータス:Not For New Designs
動作温度:-40°C ~ 85°C
取り付けタイプ:Surface Mount
パッケージ/ケース:48-VFQFN Exposed Pad
頻度:2.4GHz
タイプ:TxRx + MCU
感度:-102dBm
サプライヤーデバイスパッケージ:48-QFN (7x7)
データレート(最大):5Mbps
メモリサイズ:192kB Flash, 12kB RAM
電圧 - 供給:2.1V ~ 3.6V
電力 - 出力:8dBm
プロトコル:Zigbee®
シリアルインターフェース:I²C, JTAG, SPI, UART
R F ファミリー/標準:802.15.4
現在 - 受信中:22mA ~ 28.5mA
変調:O-QPSK
G P I O:24
現在 - 送信中:21.5mA ~ 43.5mA
EU RoHS ステータス:RoHS Compliant
モイスチャーレベル:2 (1 Year,30°C/60%RH)
輸出規制分類番号:5A992C
HTS 米国:8542.39.0001
REACH規則:Vendor is not defined
中国の RoHS ステータス:Green Symbol: Green and environmentally friendly product
Silicon Labs EM357-RTR Detalhes
The EM357-RTR is a low-power, highly integrated wireless microcontroller with integrated RF transceiver capabilities. It operates in the 2.4 GHz industrial, scientific, and medical (ISM) band and is widely used in various wireless applications, particularly in the Internet of Things (IoT), wireless sensor networks, home automation, and other RF communication systems.
Functions
- RF Communications: Provides a full transceiver and microcontroller for wireless connectivity.
- Low Power Operation: Designed for high efficiency, enabling battery-powered applications.
- Range: Capable of achieving a long-range communication based on its optimized power output and sensitivity.
- Built-in Protocol Support: Supports various wireless protocols, such as Zigbee, IEEE 802.15.4, and others.
- Integrated Peripherals: Includes ADCs, timers, and GPIOs to interface with various sensors and peripherals.
Applications
- Wireless Sensor Networks: Ideal for data collection in remote locations.
- Home Automation: Use in smart homes for controlling devices like lights, locks, and appliances.
- Industrial Monitoring: Suitable for monitoring environmental conditions or machinery in industrial settings.
- Health Monitoring: Can be used in devices that require continuous health tracking.
- Smart Agriculture: Utilized in applications that require remote monitoring of agricultural conditions.
Alternative Parts
While the EM357-RTR has specific features and benefits, there are several alternatives that may also serve similar purposes:
- Silicon Labs EFR32 Series: Offers various options tailored for IoT applications with support for Zigbee and Thread.
- Texas Instruments CC2530: A low-cost solution for Zigbee applications with integrated peripherals.
- NXP JN5168: Another option for low-power wireless applications using IEEE 802.15.4.
Embedded Modules
There are several embedded modules based on the EM357 chip and others suitable for specific applications:
- Skyworks EM357 Development Kit: A comprehensive kit for development using the EM357, including hardware and software tools.
- Wireless sensor module: Modules that incorporate the EM357 for specific sensor applications.
Q&A
Q1: What are the key features of the EM357-RTR from Skyworks Solutions?
A1: The EM357-RTR features a low-power RF transceiver operating in the 2.4 GHz band, a microcontroller, support for various wireless protocols, built-in peripherals like ADCs and GPIOs, and excellent power efficiency for battery-operated devices.
Q2: In what applications is the EM357-RTR commonly used?
A2: The EM357-RTR is commonly used in wireless sensor networks, home automation systems, industrial monitoring, health monitoring devices, and smart agriculture applications.
Q3: What are some alternative parts to the EM357-RTR?
A3: Alternative parts to the EM357-RTR include the Silicon Labs EFR32 Series, Texas Instruments CC2530, and NXP JN5168, all of which support various wireless protocols and applications.
Q4: What kind of development kits or tools are available for the EM357-RTR?
A4: Skyworks Solutions offers an EM357 Development Kit that includes both hardware and software tools necessary for developing and testing applications using the EM357-RTR.
Q5: What advantages does the EM357-RTR provide for IoT applications?
A5: The EM357-RTR provides advantages such as low power consumption for extended battery life, integrated RF communication capabilities, and versatility in supporting multiple wireless protocols, making it suitable for various IoT applications.