Back

Dayton Audio DSPB-ICP1 In-Circuit Programmer USB

In stock

  • Article code: DSPB-ICP1
  • Stock: 7 In stock

The Dayton Audio DSPB-ICP1 allows you to unlock the full potential of your DSPB amplifier or preamp boards by connecting them to the easy to use, Analog Devices SigmaStudio visual programming tool. This allows you to set precise EQ, crossovers, do time al

€ 36,45 Incl. 21% VAT

Add to wishlist

  • Low international shipping rates Tooltip

    Find all shipping rates and free shipping thresholds here

  • Same day shipping
  • 45-days the right to cancel
  • International payment options

Product description

Dayton Audio DSPB-ICP1 In-Circuit Programmer USB

The Dayton Audio DSPB-ICP1 allows you to unlock the full potential of your DSPB amplifier or preamp boards by connecting them to the easy to use, Analog Devices SigmaStudio visual programming tool. This allows you to set precise EQ, crossovers, do time alignment, bass enhancement and so much more to truly fine tune your project.

 

Highlights

  • Programs with readily available SigmaStudio computer software
  • Connects to your computer using a standard micro USB cable (sold separately)
  • 50 x 50 mm size fits into small enclosure projects for permanent installations or for easy connection to your DSPB amplifier or preamp boards
  • Includes a 6-pin, 8" jumper cable that plugs directly into Dayton Audio DSPB amplifier and preamp boards

 

Product details

Dayton Audio DSPB-ICP1 In-Circuit Programmer USB

 

After you receive your Dayton Audio DSPB-ICP1, make a couple of quick connections, install SigmaStudio onto your Windows computer and you are ready to start customizing the sound of your Dayton Audio DSP amplifier or preamp! The included 6-pin jumper cable plugs directly into the programming board and the other end into the Dayton Audio DSP amplifier or preamp board. Get an even quicker start to SigmaStudio development by using one of our easy to use, preconfigured project files. Make advanced crossovers, filters, eq and more without any knowledge of inductors, capacitors or electronic design at all! Just drag and drop premade blocks, and enter parameters to suit your needs and get almost immediate results. There is no shortage of possibilities and projects that can be achieved with the DSPB product line when combined with the ICP1. Check out the user guide above for quick start guides, detailed instructions, and configuration possibilities.

 

Note: Make sure you have the switch set to USB mode (1) on the DSPB- ICP1 board when programming.

Specifications

Specifications for: DSPB-ICP1 In-Circuit Programmer USB

  • Rated power output SPEC Rated power output
  • Minimum load Shows the minimum load that an amplifier can control in ohms. A lower impedance of a speaker is not recommended if it is lower than the minimum impedance of an amplifier. An amplifier works best when the impedance of the speaker falss within the impedance range that the amplifier prescribes (for example, 4 to 8 ohms).
  • Efficiency SPEC Efficiency
  • Signal-to-noise ratio (SNR) Shows the strength level of signal power compares to a level of noise power. Generally, higher values ​​means better specification.
  • Distortion Measured in Total Harmonic Distortion + Noise (THD+N). The lower this figure, the closer the output of the amplifier will sound to the original recording.
  • View all specifications
  • Frequency response
  • Gain
  • Input sensitivity
  • Input impedance
  • Amplifier Classification
  • Circuit Topology
  • Speaker output channels
  • Input connection type
  • Speaker output connection type
  • DSP function
  • Bluetooth
  • EQ Adjustment
  • Power Requirements
  • Power inlet connector
  • Current limit
  • Under/over voltage protection
  • Dimensions (L x W x H)
  • Mounting hole spacing
  • Mounting hole diameter

Documenten

Compare products Delete all products

You can compare a maximum of 3 products

Hide compare box
DSPB-ICP1 In-Circuit Programmer USB

DSPB-ICP1 In-Circuit Programmer USB

€ 36,45

SoundImports 9,6 / 10 - 2.351 Reviews @ Kiyoh
By using our website, you agree to the usage of cookies to help us make this website better. Hide this message More on cookies »