Looks like you are not TradeKey.com's Member yet. Signup now to connect with over 11 Million Importers & Exporters globally. Join Now |
BOOK A CALL
Book Call On Your Favorite Time
Code
🗘

By Signing Up. I agree to TradeKey.com Terms of Use, Privacy Policy, IPR and receive emails related to our services

Contact Us
27dBm High Power RF Transceiver DRF7020D27

27dBm High Power RF Transceiver DRF7020D27

FOB Price

Get Latest Price

|

Minimum Order

Place of Origin:

-

Price for Minimum Order:

-

Minimum Order Quantity:

-

Packaging Detail:

-

Delivery Time:

-

Supplying Ability:

-

Payment Type:

-

Contact Now
Free Member

Contact Person Mr. Dorji

Baoan district, Shenzhen, Guangdong

Contact Now

Description

DRF***0D*7 is a type of high integrated, high power consumption transceiver based on ADF***0 RFIC. Innovative coding technology EDAC (looped interleaving Error Detection and correction) is utilized to assure reliable communication and achieve longer distance comparing to other common coding technology. DRF***0D*7 module can work at configurable channels which expands the capacity of modules in the same location. The FSK data rate, serial port data rate and output power can be changed through Dorji RF online setup tool.

The module works at wide voltage range(4.7~8V) with sensitivity up to ***7dBm. It can send any size of data package transparently and users don't need to make any complicated configuration and programming. When combining with Level Converter board, DRF***0D*7 module can be converted to RS**2 interface module and communicate with PC or other RS**2 equipment easily. The standby current is less than 5uA , which makes it suitable for battery powered-up applications.

DRF***0D*7, DRF***0D*3 and DRF***0D*0 modules use the same chip and data format so they can communicate with default settings. The different output powers of DRF***0Dxx series modules provide flexibility in communication range and BOM cost.

Send a direct inquiry to this supplier

To:

Mr. Dorji < Dorji Industrial Group Co., Ltd >

I want to know: