DCF77 Receiver Module Radio Clock Antenna JJY 40+60 KHz Dual Frequency Signal Transmitter From Wireless Module - Price 67.68

About This Product

connect the pins according to the designated functions, and enjoy reliable time synchronization. The antenna induction signal is sent to the IC for amplification, demodulation, and then identified by the MCU, so that the date and time of the timing center are completely consistent. The signal is amplified, demodulated, and identified by the MCU for consistent date and time. Technical Specifications Product number: WVB-1060N-MAS RCCM category: WWVB/60KHz single frequency module PCB size: 22., 0x13., 5x1., 0mm/FR4 Antenna size: AR10x60mm/High Q Nominal frequency: 60KHz±300Hz Sensitivity: 27±2dB Receiving IC: MAS6181B Operating voltage: 1., 1., ., ., 3., 3 V Current consumption: 85 µA max Receiving frequency: 60 KHz Board size (without antenna) LxWxH: 22x13., 5x1 mm Antenna quality: LxØ: 60x10mm Scope of delivery: 1 piece ⇒ DCF receiver module with antenna connect: ⇒ Ground = Pin ⇒ Operating Voltage = Pin ⇒ data = pin T ⇒ Power On/Off = Pin P1 Important Wwvb 60khz DCF77 Receiver Module Radio Clock Antenna JJY 40+60 KHz Dual Frequency Signal Transmitter From Wireless Module - Price 67.68 Wwvb Radio Time Receiver 【Wide Compatibility】Operating voltage ranging from 1., 1V to 3., 3V allows for flexible compatibility with different power sources. This module supports seamless integration into a wide range of applications that require accurate timekeeping. h #define RADIO_OUT 21 void setup() { Serial.begin(115200); Serial. ES100-MOD WWVB 60Khz receiver - Platform for creating and sharing describe: DCF receiver module with DCF antenna tuned to time signal transmitter WWVB/60KHz ( for Frankfurt 60 kHz). Wwvb/60 Khz -Es Egyfrekvenciás Modulok Vevő Modul Rádió Óra Rádiómodul... It can be easily integrated into various devices or systems. DCF receiver module with DCF antenna tuned to time signal transmitter WWVB/60KHz. The antenna induction signal is sent to the IC for amplification, demodulation, and then identified by the MCU, so that the date and time of the timing center are completely consistent print ("Good signal: "); Serial.println (pulseWidth); } Serial.