Part Number: LM567C hello!
I'm using this LM567C ic because i wanted to detect certain frequency of transmitting coil through a sensor coil , and the frequency is 32.768KHz and when sensor coil detect this frequency of transmitting coil by moving a sensor…
Part Number: LM567C hello!
I'm using LM567C
1) my center frequency (fo) = 32.768Khz , i kept C1=0.001uF , so R1= 27.74KOhm = 27.4KOhm ( check weather it's wrong or right )
2) input signal has 3.3Vp-p so, I'm confused how to calculate value…
Part Number: LM567C I am working with a 0-5V, 1000Hz square wave signal with varying duty cycle (5% to upwards of 80%). I only care about confirming a 1000Hz signal exists regardless of duty cycle. Will the LM567C work for this application?
Part Number: LM567C
Hi team,
Can we replace LM566 with LM567 internal VCO?
and can you provide Tina or Spice model of LM567 for simulation?
Regards,
Mirthunraju M
Part Number: LM567C Hello
When LM567 ages, how does it affect its characteristics?
(Will the center frequency and demodulation characteristics change?)
Thanks
Part Number: LM567C Hi team,
How do we understand the largest detection bandwidth?
10[% of fo] means if fo=400Hz, 400Hz*10%=40Hz and the bandwidth becomes from 380Hz to 420Hz. Is this understanding correct?
Best regards,
Shunsuke Yamamoto
Part Number: LM567C Hello E2E Experts,
Good day.
Attached herein are calculations for a center frequency (fo) of 81Hz. Can you take a quick look at the numbers and see if they are correct?
LM567 Tone Decoder Component Calculations.pdf
Regards,
CSC
Part Number: LM567C Hello team,
I received a question from the customer.
VIN is listed as an absolute value with Min as 2Vpp, does this depend on the supply voltage? For example, when VCC(VS?) is 5V, is the absolute value of VIN still 2V?
Regards,
…