AS3930 LF Receiver IC

AS3930 LF Receiver IC Programmable 1D LF wake-up receiver

The AS3930 is a single-channel low power ASK receiver that is able to generate a wake-up upon detection of a data signal which uses a LF carrier frequency between 110 – 150 kHz.

The integrated correlator can be used for detection of a programmable 16-bit wake-up pattern. The device can operate using one, two, or three active channels. 

The AS3932 provides a digital RSSI value for each active channel, it supports a programmable data rate. The AS3932 offers a real-time clock (RTC), which is either derived from a crystal oscillator or the internal RC oscillator. 

The programmable features of AS3932 enable to optimize its settings for achieving a longer distance while retaining a reliable wake-up generation. The sensitivity level of AS3932 can be adjusted in presence of a strong field or in noisy environments.

AS3930 LF Receiver IC Programmable 1D LF wake-up receiver

AS3930 LF Receiver IC features and benefits


  • Programmable wake-up pattern
  • 100µV wake-up sensivity
  • Low power listening mode (1.37µA)
  • Operating supply voltage 2.4 – 3.6V


  • Eliminates false wake-up
  • Provides long range wake-up
  • Enables long battery life
  • Works with 3V battery

Product properties

  • Channels {#} 1
  • Wake-Up Sensitivity [µVpp] 282
  • LF Carrier Freq. Range [kHz] 110-150
  • Data Rate (manch). [kbit/s) 0,5 - 4
  • Dynamic Range [dB] 64
  • RSSI Step [dB] 2
  • Package TSSOP-16 \ QFN-16 (4x4)
  • Features 16bit programmable wake-up pattern
  • Supply [V] 2.4 - 3.6
  • Current Consumption [(PD/Listening/Active) µA] 0.4/1.37/5.3
  • Interface Serial Peripheral Interface
  • Temperature Range [°C] -40 to +85


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Related Tools

Demo kit

The AS3930 Demo Board demonstrates the main features of the AS3930. These include 1D wake-up pattern detection, readout of false wake-ups, possibility to measure current consumption in different operating modes, and measurement access to SPI communication and data output. The influence different settings have on the detection efficiency can be observed right away by using the 125 kHz wake-up transmitter board.