About Huaxin

315/433 Receive IC

HS0829

HS0829 is a specialized superheterodyne integrated circuit. It is a single chip solution for ASK/OOK(on-off Keyed) wireless reception. The chip achieves data in and data out. The chip consists of low noise amplifier, mixer, frequency synthesizer PLL, if amplifier, band pass filter, peak detection circuit and low pass filter and comparator. The application circuit of the chip is simple, rrequiring very few components to receive signal.

The chip will demodulated the received RF signal, and output CMOS level data signal, which achieves "data in, data out". The operating voltage of the chip is 2.8-5.5V, the operating current is 5.2mA (433.92MHz) at 5V, and the typical sensitivity is better than -115dBm. Maximum bit rate is 10Kbit/s and operating temperature ranges from -30℃ to +85℃.

This chip solution mainly applies to the simple structure and small system in the industrial and consumer fields.


Product overview

HS0829 is a specialized superheterodyne integrated circuit. It is a single chip solution for ASK/OOK(on-off Keyed) wireless reception. The chip achieves data in and data out. The chip consists of low noise amplifier, mixer, frequency synthesizer PLL, if amplifier, band pass filter, peak detection circuit and low pass filter and comparator. The application circuit of the chip is simple, rrequiring very few components to receive signal.

The chip will demodulated the received RF signal, and output CMOS level data signal, which achieves "data in, data out". The operating voltage of the chip is 2.8-5.5V, the operating current is 5.2mA (433.92MHz) at 5V, and the typical sensitivity is better than -115dBm. Maximum bit rate is 10Kbit/s and operating temperature ranges from -30℃ to +85℃.

This chip solution mainly applies to the simple structure and small system in the industrial and consumer fields.


Product details

◆receiver with OOK modulation mode

 bit rate less than 10Kbit/s        

 frequency range: 300MHz to 450MHz      

 operating voltage 2.8~5.5V

◆ low power consumption, high sensitivity   

◆ Good stability, easy debugging                       

◆ data in data out