Based on NXP JN5168 infrared home appliance control program

The infrared repeater is to forward the RF signal as an infrared signal to control the electrical appliances in the home. RF can wear walls, and the infrared signal cannot wear a wall. In order to achieve a long-distance control electrical appliance, the world-level group strategy partner raylink is based on NXP JN5168 Infrared intrusion induction program. The smart home host should control home appliances, send radio frequency signals to infrared forwarders, infrared forwarders forward RF signals into infrared signals that can control home appliances, reach the function of control electrical appliances, currently in the market, infrared forwarders, multi-Hop Group Strategic Partners Raylink is based on NXP JN5168 infrared invasion, embedded ZigBee transceiver module, strong signal, stable transmission, full wireless control, is suitable for more users. ► Forum block diagram ► Core technology advantages 1. Signal conversion: This scenario supports accepting control signals through the ZigBee wireless network and converts to infrared signals. 2, control home appliance: control home air conditioner, TV and other electrical appliances. Each infrared repeater can transmit up to 12 groups of infrared signals, which can control 12 functions of the electrical appliance. Has a full range of infrared emission effects. ► Scenario specifications This program wireless reception sensitivity: -90dBm; Number of wireless receptions: 16 The operating frequency of this program is 2.4GHz This program infrared reception frequency: 38kHz; infrared remote control distance:> 5m; operating temperature: 0 ~ 70. This program uses the JN5168 wireless module to support multiple network stacks (including Zigbee® Home Automation, Zigbee Light Link, Zigbee Smart Energy, Jennet-IPTM, and RF4CE), and small size (only 16 mm x 21 mm), Provide extremely low transmission and reception power consumption. All modules use 256 kb flash memory, 32 KB RAM and 4 KB EEPROM, as well as the best low-power sleep mode. The SPI interface can be connected to other external flash memory for updating the application of wireless firmware and all other primary features and chip I / O, such as accessible I2C, ADC, UART, and PWM. Sourceful from big.

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