Spin Semiconductor

How would I modify this program to have -Echo on the left channel only and -Reverb on the right channel only ;ECHO+REVERB. ;Pot0 = delay 100-500ms. ;Pot1 = repeat ;Pot2 = reverb (fixed parameters) mem del 22938 mem ap1 123 mem ap2 245 mem ap3 625 mem ap4 856 mem lap1a 974 mem lap1b 1437 mem d1 1523...

Is there any specification (or real world data) on how long (after Vdd goes high) it takes for the FV-1 to load external EEPROM data?

I have other devices on the I2C bus.

How long before "the coast is clear"?

I need to delay the startup of the FV-1 until other portions of the circuit are initialized so as to keep supply current low.

Is there a way to keep the FV-1 from drawing current (without removing Vcc)?

So if I run an analog limiter to protect the input of the FV-1, and I limit to 3Vp-p, can I ignore the 6db headroom rule?

Can you recommend any analog compressor/limiter circuits that will work from a single 3.3v supply?

How much headroom do you suggest for the FV-1?

What p-p input value will clip the ADC?

What sort of gain (loss) do you expect from most effect patches?

RE: http://www.spinsemi.com/forum/viewtopic.php?t=82 I have pared this code down and still have a useable, tunable notch. What I need to figure is the relation between the POT value (for frequency) and the actual notch frequency. ;Frequency control rdax pot0,1 ;get freq control rdfx p0fil,0.01 ;aver...

What are the address boundaries for each effects patch?

I notice that most patches seem to leave some "blank space" (hex 00s).

The spaces seem to be 0x200 long.

Is this true?

How quickly can you update a patch from external EEPROM?

How long does it take for the FV-1 to recognize that S0,S1,S2 have changed?

Is it necessary to include the low pass filter components when feeding left channel output to the right channel input of the FV-1?

I am fine with having the FV1 reload (under MPU direction)

Is there a way to disassemble the EEPROM code or otherwise know what location contains the value of any specific parameter (ie: delay time)

Is it possible to modify specific locations in external EEPROM to adjust additional parameters (ie: notch filter center frequency)?

Is it active high or pull-down?

With a simple RC filter on a PWM output from a uP, will the FV-1 accept the DC with ripple input?

Is there any way to separately control the parameters of the left and right DSP channels?