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3pcs MT8870 DTMF Tone Decoding Module Voice Arduino Raspberry PI Flux Workshop

$ 5.01

Availability: 100 in stock
  • Item must be returned within: 30 Days
  • All returns accepted: Returns Accepted
  • Country/Region of Manufacture: China
  • Return shipping will be paid by: Buyer
  • Manufacturer Part Number: BIAA100194
  • Refund will be given as: Money Back
  • Colour: Blue
  • Restocking Fee: No
  • Unit Type: Unit
  • Brand: Unbranded
  • MPN: BIAA100194
  • Condition: New
  • Unit uuantity: 3

    Description

    Highlights
    Brands
    3pcs MT8870 DTMF Tone Decoding Module
    Features
    Length:
    27 mm
    Width:
    25 mm
    Height:
    11 mm
    Weight:
    4 g
    Brand:
    Unbranded
    Main Colour:
    Blue
    Country of Manufacture:
    China
    MPN:
    BIAA100194
    Series:
    FW-GKAA
    Number of Items:
    3
    Number in Pack:
    3
    Number of Pieces:
    3
    Packaging:
    OEM
    Parts list:
    3 MT8870 DTMF Decoding Module
    Warranty:
    None
    Minimum Operating Temperature:
    -40°C
    Maximum Operating Temperature:
    85°C
    Pin Pitch:
    2.54 mm
    Format:
    DTMF
    Chipset MPN:
    MT8870
    Ouput Channels:
    5
    Sample Input:
    DTMF (0-9, A-D, *, #)
    Noted Onboard Components:
    LED Output state LEDs
    Description
    This module is ideally suited to adding dual tone multi frequency (DTMF) decoding to your project. This detection module interprets the incoming tone and produces a coded output that can be connected to all manner of microcontrollers.
    DTMF is commonly found in touch tone devices such as a phone. The tone is a combination of two separate sine waves that produce a unique signal that can be transmitted or heard. When the module receives the signal it is able to decode it and produce a binary output that can be used in other devices. The module shows the state of the signal through onboard LEDs.
    As an idea you can connect up a mobile phone via 3.5mm to 3.5mm cable to the module. Dialling into the phone from a second mobile and then using the keypad will produce the tones on the original phone. The tones in the call can then be interpreted by the module, allowing you to control all manner of projects.
    Pin
    Description
    VCC
    5V
    GND
    0V
    IN
    STQ_
    Inverse Signal Q
    STQ
    Signal Q
    Q4
    Signal 4
    Q3
    Signal 3
    Q2
    Signal 2
    Q1
    Signal 1
    Images
    Our main postal service is the Royal Mail 24. We aim to post same day when orders are received before 15:00 GMT. Orders received after this time will be posted the next business day.
    Returns
    We accept returns of unwanted, damaged or faulty items within 30 days of purchase.
    If you receive a damaged item please message us directly through the eBay messaging system; attach pictures if possible. This will enable us to process the return as fast as possible.
    Be aware, if an item is "unwanted", return postage will be paid by the consumer. Furthermore, if a returned "faulty" item is found to not be faulty, postage costs will not be refunded. We are unable to refund the cost of a courier and will only be able to refund return postage on receiving a copy of the postage receipt.
    Please ensure when returning an item, adequate packaging is used as we will be unable to process the refund if the items are damaged in the post.
    Company
    Flux Workshop began trading late 2014, drawing from years of experience and interest in electronics and building CNC machines. With the aim to supply good quality components at reasonable prices that allow you, the customer, to have the confidence to embark on your project.
    We are here to help you in any way we can. If you need to make sure a product is right for your needs or how to get the most from a product, please do not hesitate to contact us through the eBay messaging service (response usually within 24 hours).
    DTMF is commonly found in touch tone devices such as a phone. The tone is a combination of two separate sine waves that produce a unique signal that can be transmitted or heard. When the module receives the signal it is able to decode it and produce a binary output that can be used in other devices. The module shows the state of the signal through onboard LEDs. As an idea you can connect up a mobile phone via 3.5mm to 3.5mm cable to the module. Dialling into the phone from a second mobile and then using the keypad will produce the tones on the original phone. The tones in the call can then be interpreted by the module, allowing you to control all manner of projects. Be aware, if an item is "unwanted", return postage will be paid by the consumer. Furthermore, if a returned "faulty" item is