Track your order
315Mhz / 433Mhz Rf Transmitter And Receiver Module Kit For Arduino Raspberry Pi Wireless Diy

315Mhz / 433Mhz Rf Transmitter And Receiver Module Kit For Arduino Raspberry Pi Wireless Diy

product reviews 

Dear buyer:
If you choose the"economic"mode of transportation, then in the peak season of logistics, some countries will delay receiving packages for a while. If you cannot accept the delay, then please choose airmail, faster transportation and protection.
We provide customized services and a greater number of priority services. You can contact me when you need more quantity and customized solutions.You will get a discount“exclusive” VIPprice. Look forward to working with you! I will be your best supplier: S+S+S+
Collect my store, become my fans, in my store discount activities, fans will get a higher VIP discount!
Buying Tip:When you receive the product, the product appears”subtle scratches, broken, bent pins”, in the case of no effect on the use, I will not accept your controversy, if you do not agree,  please do not in my The purchase of the store, of course, if you accept this subtle product situation, in a reasonable case, when we avoid the dispute, I will be able to offer you some discounts on your new order.

Remote controller,receive modulr,car bugular alarm,Rolling door,window,remote control LED, Amplifer and so on.
VCC voltage module operating voltage and good power filtering;
Great influence on the antenna module reception, preferably connected to the 1/4 wavelength of the antenna, typically 50 ohm single conductor, the length of the antenna 433M of about 17cm;
Antenna position has also affected the reception of the module, the installation, the antenna as possible straight away from the shield, high pressure, and interference source; frequency used to receive, decode and oscillation resistor should match with the transmitter.
Antenna:32CM single core wire,heliciform shaped
Transmitter distance:20-200Meters(influenced the voltage)
Working mode:AM
Transmitter speed:4KB/S
Transmitter power:10mW
Attenna:25cm Single core wire or mutil-core wire
Pin arrangement: left-right(DATA;VCC;GND)

Please don't open dispute and leave any bad feedback, if you have any question, feel free to contact us,we will give you satisfactory answer. Hope you understand us, thank you in advance.
Your satisfaction and positive feedback is very important to us. Please leave positive feedback and 5 stars if you are satisfied with our items and services.
If you have any problems with our items or services, please feel free to contact us first before you leave negative feedback. We will do our be
st to solve any problems and provide you with the best customer service.
When you place an order, please choose a shipping method and pay for the order including the shipping fee. We will send the items within 5 days once your payment is completed.
We do not uarantee delivery time on all international shipments due to differences in customs clearing times in individual countries, which may affect how quickly your product is inspected. Please note that buyers are responsible for all additional customs fees, brokerage fees, duties, and taxes for importation into your country. These additional fees may be collected at time of delivery. We will not refund shipping charges for refused shipments.
The shipping cost does not include any import taxes, and buyers are responsible for customs duties.
All order will ship out in 1-5 buiness after payment verify .Pls wait in patient.
Post mail is not fast , Usally need 15-60days arriived.If in urgent .Pls choose DHL/ Fedex/EMS.We can write low value for cutomer if in need!
Post Ordinary Small Packet Plus just can track to the domestic of our country,but it not effect your receiving.
Post Ordinary Small Packet Plus and Post Registered Air Mail all can track in


315Mhz / 433Mhz Rf Transmitter And Receiver Module Kit For Arduino Raspberry Pi Wireless Diy

Shipping info

Shipments will deliver in 10 to 20 business days.

Learn more about our shipping rates here and our returns, refunds, and exchanges policy here.
Keywords & Tags