433Mhz RF Wireless Transmitter Receiver Module

433Mhz RF Wireless Transmitter Receiver Module

The 433Mhz RF Wireless Transmitter Receiver Module is a versatile solution for transmitting and receiving RF signals. It allows for the transmission of data up to 3KHz from any standard CMOS/TTL device.

Operating the transmitter module is simple, as it has low current consumption (typically 11mA). This means that data can be directly provided from a microprocessor or encoding device, minimizing the need for additional components and keeping hardware costs low.

The RX-ASK and TX-ASK are ASK hybrid receiver and transmitter modules, respectively. These RF transceiver modules provide a cost-effective solution for utilizing the 433 MHz frequency. Designed with a saw resonator, they offer a compact size and ease of use in design.

Please take note that there is a limit of one coupon per customer.

The product featured in the video section is solely for demonstration purposes. The physical product resembles the image displayed as the main visual.

The following are various uses for this software:

• Remote Control
• The automated system streamlines processes and increases efficiency.
• The system for securing a wireless network.
• The reporting of sensor data.
• The security system for your vehicle is designed to protect and secure it from potential harm.
• Experience the convenience of unlocking your car with just a key fob through our advanced Remote Keyless Entry system.
• I would like to kindly remind you that the report is due by Monday. Please keep in mind that Monday is the deadline for submitting the report.
• When this device is connected to a PC or microcontroller, it will not allow for direct UART communication due to the constant presence of noise on these frequencies.

The characteristics of the 433Mhz RF Wireless Transmitter Receiver Module include:

• Efficient use of energy.
• Simplifying for applications using RF technology.
• Introducing a fully functional Radio Transmitter.
• The maximum distance for transmission is 50m.
• The input can be either CMOS or TTL.
• There are no components that can be adjusted.
• Highly consistent operational frequency
• The typical current consumption is 11mA, which is low.
• The voltage range for operation is 1.5 to 5 volts.
• Inquire about Modulation.