530-1600khz AM Radio Transmitter Experimental Micropower Medium Wave Module

*Long Transmission Distance: The medium wave signal enables wireless communication over significant distances, making it for various experimental setups and projects.

*Adjustable Power Output: With transmitting power adjustable from 20 for MW to 500 for MW, users can customize the signal strength to achieve optimal performance within a range of 5 to 10 meters.

*Strong Anti-Interference Capability: This module is designed to minimize disruptions, allowing for clearer communication as medium wave signals encounter less interference during transmission.

*Excellent Penetration Performance: The medium wave signal can effectively penetrate obstacles such as buildings and adverse weather conditions, reliable operation in diverse environments.

*Versatile Applications: Perfect for medium-wave radio enthusiasts and students alike, this module serves as an excellent educational tool for exploring wireless signal generation and AM transmitter audio modulation principles.

*Applicable: Medium wave radio enthusiasts, for students to study wireless signal generation, AM transmitter audio modulation principle

Specifications:

Part Name:530-1600khz AM Radio Transmitter Experimental Micropower Medium Wave Module

Material: electronic board

Size:92mm*71mm

Color:Green

Power supply: DC9V/2A

Power interface: DC 5.5 interface, positive inside and negative outside (self-provided power supply required)

Transmitting frequency: 530～1600KHZ (radio medium wave band)

High frequency transmitting power: 20mW～500mW adjustable, adjustable power can be used within 5～10 meters.

Antenna: 1.5 or 2.5 square millimeter wire diameter household wire can be used, length 2～5 meters (self-provided)

Audio input: 3.5mm at both ends, included with the board

Audio source: CD, desktop computer, mobile phone, etc.

Model: A (loose parts), B (finished product)

Package Content:

1*AM Radio Transmitter Module

Note:

1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.