AKA102B ADC Module
Fully loaded module: USD 230 (FR4 board)
Availability: TBA
Basic model:
Requires external 3.3V and 1.2V supplies as shown
Empty board: USD 45
Only IC loaded: USD 85
Fully loaded module: TBA
Availability: TBA
Fully loaded module: USD 230 (FR4 board)
Availability: TBA
Last edited:
Can I just confirm what would be required to make a complete ADC module that would provide analog > ADC > USB > PC?
- AKA102B ADC module
- Input buffer (and power supply)
- 2x DAC power supplies (3.3 and 1.2v)
- I2S to USB module
- Case, connectors etc
Is that all?
- AKA102B ADC module
- Input buffer (and power supply)
- 2x DAC power supplies (3.3 and 1.2v)
- I2S to USB module
- Case, connectors etc
Is that all?
I will be using at least two ADC ín my application. These will need different I2C adresses. Could you include jumpers to choose I2C adresses? Four addresses should be enough?
This would eventually be interesting to me as well (don't have time to make the ADC right now which is why I say it this way - five addresses actually) ...
Cheers ;-)
Jesper
Can I just confirm what would be required to make a complete ADC module that would provide analog > ADC > USB > PC?
- AKA102B ADC module
- Input buffer (and power supply)
- 2x DAC power supplies (3.3 and 1.2v)
- I2S to USB module
- Case, connectors etc
Is that all?
- Controller (optional, but provides greater flexibility)
I will be using at least two ADC ín my application. These will need different I2C adresses. Could you include jumpers to choose I2C adresses? Four addresses should be enough?
There are 'jumpers' to select these. Up to 2 ADCs can be directly addressed by an external controller for up to 4 input channels. More channels possible by extended addressing or using other techniques
AKA102B Pre-order
This the latest preview. Very much close to finishing the layout.
Labels "A, B, C & D" are link pads for different Fs in hardware mode. More links underneath the board for mode, address select, etc
Order form can be found here:
AKA102B GB
I will need order for at least 24 boards to progress further.
Limited stock of 9102 chips - latest RevC type.
Lead times for chips ~6-8wks
Priority for those who have registered interest earlier. Please check and update accordingly.
Request for payment will be made when boards are ready for fab
More work to be done ...
Thank you for your support 🙂
This the latest preview. Very much close to finishing the layout.
Labels "A, B, C & D" are link pads for different Fs in hardware mode. More links underneath the board for mode, address select, etc
Order form can be found here:
AKA102B GB
I will need order for at least 24 boards to progress further.
Limited stock of 9102 chips - latest RevC type.
Lead times for chips ~6-8wks
Priority for those who have registered interest earlier. Please check and update accordingly.
Request for payment will be made when boards are ready for fab
More work to be done ...
Thank you for your support 🙂
Attachments
Wouldn't it be wise to include ADM7150s for the 3.3 V rails for convenience? I doubt that there is a better spec'd regulator in foreseeable future. (didn't found a corresponding appropriate DIY adapter as yet)
Wouldn't it be wise to include ADM7150s for the 3.3 V rails for convenience? I doubt that there is a better spec'd regulator in foreseeable future. (didn't found a corresponding appropriate DIY adapter as yet)
The pic show in an earlier post has a AKR75 3-Term Reg connected- based on ADM7150, available soon. just waiting to complete a 1.2V version:
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--- You can also use 3-term types with connections as shown. Makes it very straightforward and you can experiment with different types rather than a fixed on-board one
The pic show in an earlier post has a AKR75 3-Term Reg connected- based on ADM7150, available soon. just waiting to complete a 1.2V version:
Preview AKR75 3.3V 3-Term regulator.
Priced at USD 35 but those who are getting the ADC module will get discounted offer at USD 25 for use with AKA102B only and can be shipped together (fully assembled and tested). You will need one for each AVCC section but has sufficient drive if you wish to use only one AKR75 and share power with both the L/R channels. Also suitable for the oscillator section. Optimized and efficient design. Thermal paths on ground plane itself - No bulky heatsinks required for use with AKA102B or other low power loads
Also suitable for your other projects.
Separate GB now open here:
AKR75 GB
Attachments
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Do they do 1,2 V?
Ok, apparently yes...
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Not this AKR75 model but another one coming soon ...
AKR75
Updated: Pre-Order special @USD 30 and for AKA102B use @USD25
.... Priced at USD 35 but those who are getting the ADC module will get discounted offer at USD 25 for use with AKA102B only and can be shipped together (fully assembled and tested).
Updated: Pre-Order special @USD 30 and for AKA102B use @USD25
Updated: Pre-Order special @USD 30 and for AKA102B use @USD25
How many do you recomend for one board? I'll have to go on yer recomend for now.
Regards
How many do you recomend for one board? I'll have to go on yer recomend for now.
Regards
You will need four AKR75s, for each of the 3.3V supplies as shown. 1.2V types -TBA
Attachments
Why is there a master PSU In+ pad/hole on the main board?
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In+ pad on AKA102B is not connected to circuit on the board. Just for mechanical strength when mounting the AKR75 Regs
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