Phoenix Contact Ferrule, 40mm Pin Length, 14.5mm Pin Diameter, Silver

The Nordic Semiconductor nRF9E5 RF transceiver SoC is intended for 433 MHz/868 MHz and 915MHz ISM (Industrial, Scientific and Medical) Frequency band operation. It features the ShockBurst™ hardware protocol which also supports a serial SPI interface and is ideal for applications requiring long range operation. This nRF9E5 device includes an 8051-core microcontroller in a compact QFN32 package.

nRF905 Sub-1GHz ISM-Band transceiver
RF Frequency Ranges: 433, 868 and 915MHz ISM-Bands
Channel Spacing: 100kHz (433MHz band), 200kHz (868/915MHz bands)
RF Power Output: Up to +10dBm
Receiver Sensitivity: -100dBm for BER of 0.1%
Modulation: GFSK with Manchester encoding
OTA Data Rate: 50kbps
ShockBurst™ feature automatically handles packet preamble and CRC
Supports Listen-Before-Transmit (LBT)
Suitable for frequency hopping (FHSS)
4MHz 8051-core MCU with 4KB RAM program memory, 256B data RAM & 512B Bootloader ROM
Bootloader loads from external EEPROM on SPI bus
4 channel 10-bit ADC @ 80ksps
Up to 12 x GPIO
Serial I/O ports: SPI, UART
Real-Time Clock
Several low-power modes available under program control
Power Supply: +1.9V to +3.6Vdc
Operating Temperature Range: -40 to +85°C
Applications: Wireless data communication, Alarm and security system, Home automation, Remote control, Surveillance, Automotive, Telemetry, Keyless entry, Toys, Local communication for the Internet of Things (IoT)

The Phoenix Contact Ferrule is designed for superior connectivity and reliability in electrical connections. Crafted from soft tin-plated electrolytic copper, the ferrule ensures excellent electrical conductivity while conforming to key industry standards. Its robust design features a contact range and sleeve length of 40 mm, allowing for an optimal fit and secure connection.

Increases insulation reliability preventing potential wire splicing issues
Designed to endure high ambient temperatures ensuring long lasting functionality
Accessible and straightforward installation process for efficient use
Packed in units of 100 optimising inventory management for professionals