Module Information

Model: RC-TASK2-868

Description: 

ASK/OOK transmitter module with Crystal oscillator.

 

Vdc: 2.2 ÷ 3.6Volt

Current:  21/15mA

Frequency: 868.30MHz​

Power : 10dBm

Dimension: 20.32 x 11.43mm 

Model: RC-TFSK3-434

Description:

433.92MHz FSK Radio Transmitter Module - Standard Pinout .

 

 

Vdc: 2.4 ÷ 3.6Volt

Current: 14.5m

Frequency: 433.92MHz

Powe : 10dBm

Dimension: 20.32 x 11.43mm

 

Model: RC-TFSK4-434

Description :

433.92MHz FSK Transmitter Module - Standard Pinout.

 

 

Vdc: 2.4 ÷ 3.6Volt

Current: 14.5mA

Frequency: 433.92MHz

Power :  10dBm

Dimension: 30.5 x 10.3mm

Reference Schematics

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FCC Certification of Short Range Device Modules

2023-09-19 15:33

Array() no author 79070

FCC Certification of Short Range Device Modules

L'ottenimento della certificazione FCC (Federal Communications Commission) è una tappa fondamentale per la messa sul mercato dei moduli Short Range De

Obtaining FCC (Federal Communications Commission) certification is a critical step in bringing Short Range Device (SRD) modules to the market, supporting a wide range of applications from wireless telecommunications to home automation and beyond. This article delves into the significance of FCC certification for SRD modules and the intricate technical process involved in acquiring this crucial approval.

The FCC is the United States regulatory authority responsible for overseeing electronic communications and radio communications. FCC certification represents the official approval confirming that a radio device, such as an SRD module, meets the stringent technical and regulatory requirements set forth by the FCC. This certification process is vital to ensure the proper operation of devices, preventing harmful interference with other radio communications and ensuring compliance with U.S. regulations.

The importance of FCC certification for SRD modules can be broken down into various technical and regulatory aspects:

Radio Interference Prevention: FCC standards ensure that SRD modules do not disrupt other electronic radio networks or devices. This interference prevention is crucial, especially in situations where the radio spectrum is congested.

Electronic Safety: FCC certification requires a series of rigorous tests to ensure the safety of SRD module operations, preventing risks to human health and the environment.

Regulatory Compliance: To distribute and use SRD modules in the United States, compliance with FCC requirements is mandatory. Non-compliance can result in significant financial penalties and product removal from the market.

Reliability and Quality: FCC certification is viewed as a guarantee of quality and reliability by consumers and end-users.

The FCC Certification Process for SRD Modules

The FCC certification process for SRD modules is inherently technical and encompasses several complex stages:

Requirements Assessment: It begins by identifying the specific FCC requirements applicable to the SRD module based on FCC regulations and product specifications.

Conformity Testing: SRD devices must undergo conformity testing to ensure compliance with technical requirements, such as transmission power, bandwidth, electromagnetic compatibility, and other technical parameters.

Documentation Preparation: Comprehensive documentation must be prepared, including test reports, technical drawings, and other information required by the FCC.

Certification Request: The FCC certification request must be submitted to the agency, and all applicable fees and charges must be paid.

FCC Review: The FCC carefully reviews the request and associated documentation to ascertain the device's compliance with standards.

Issuance of FCC Certificate: If the FCC is satisfied with the SRD module's compliance, it issues an FCC certificate, allowing the device to be legally marketed and used in the United States.

Conclusion

FCC certification for SRD modules is essential to ensure proper operation and compliance of these devices in the U.S. market. Beyond adhering to FCC requirements, it is crucial to prevent harmful interference and ensure that consumers can confidently use these devices. Therefore, working closely with experienced professionals in the field of FCC certifications is essential to successfully navigate the compliance process and bring SRD modules to market legally and reliably.

 

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RadioControlli SRL, recently carried out the FCC certification of the following SRD modules:

 

- RC-CC1310-915-H     

Radio module based on the Texas Instruments CC1310 chip with antenna connection via pad (915MHz).

 

- RC-SPIRIT2-915

Radio module based on the STMicroelectronics S2LP chip (915MHz) pin to pin compatible with SPSGRFC.

 

- RC-CC1101-SPI-SMT-915

New module based on the old but still used CC1101 chip from Quantum (now Texas Instruments).

© 2021 RadioControlli S.r.l.  VAT IT03939360610 All right reserved.

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