Yes, you can use a meter to measure it if you have one.
Why would you want to measure the driver when locked down? I mean what we want to know is its inductance at some frequency to allow us to accurately design a zoebel and/or XO ckt., so we want the driver moving at this frequency when we measure it.
GM
Why would you want to measure the driver when locked down? I mean what we want to know is its inductance at some frequency to allow us to accurately design a zoebel and/or XO ckt., so we want the driver moving at this frequency when we measure it.
GM
I found this site. Testing setup and meathod fairly straight up. Is 1000Hz pretty std for Le measurments?
http://www.webervst.com/spkrcalc/para.htm
Thanks everyone!
Ian
http://www.webervst.com/spkrcalc/para.htm
Thanks everyone!
Ian
GM said:Yes, you can use a meter to measure it if you have one.
Why would you want to measure the driver when locked down? I mean what we want to know is its inductance at some frequency to allow us to accurately design a zoebel and/or XO ckt., so we want the driver moving at this frequency when we measure it.
GM
That's what I was wondering. These are "dynamic" drivers aren't they?
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