PAN3020  is a low power consumption and low cost Sub-1GHz wireless transceiver  for a long distance communication, integrated data processing and  control functions and makes it possible to complete a simple MCU form a  complete wireless communication systems. PAN3020 maximum transmit power 20dBm, sensitivity up to -110dBm, support smaller package QFN3*3.

Working characteristics

The work frequency is 315 MHz

433.05 MHz ~ 434.79MHz

868MHz ~ 870MHz, 888MHz ~ 889MHz

902MHz ~ 928MHz

Data rate 40/80Kbps

Transmit power +20 dBm Max

Receiver sensitivity - 110 dBm (80Kbps DR@433MHz)

The frequency of crystal oscillator is 16MHz + 60ppm

Operating voltage 2.0~3.6V

The working temperature is -40~85 centigrade

application area

Wireless remote controller (home appliance, toy, model airplane, intelligent robot, etc.)

Wireless data acquisition and control for industrial instruments

Wireless alarm and security system

Wireless metering and wireless smart grid

Wireless sensor networks and active radio frequency identification

Wireless medical applications

Logistics tracking and warehouse inspection

Home and building automation

Wireless PDA, wireless voting device, wireless answering device and wireless order maker

State current

Dormant 50nA

Standby I 80uA

Launching 30mA@13dBm 85mA@20dBm

Receive 8mA@40Kbps 9mA@80Kbps

Typical peripheral components

Inductance 4 / capacitor 6 / resistance 1

16MHz crystal 1

Communication characteristics

Support for continuous transmission of data

The PCB microstrip antenna supports up to 1000 meters of transmission

Integrated link layer data processing and status control

Multilevel FIFO store data

SPI interface rate is highest 8Mbps

General and enhanced mode of communication

Automatic answering and automatic repeat function

GFSK modulation

RSSI detection function

Address identification and CRC check

Support for one to many networking

Product form

QFN20L (0404/0303)

COB

Package pin

Hardware and software design support

PCB / / BOM cost reduction of microstrip antenna

Power optimization / enhancement mode

internal structure