I am just a little confused reading a data sheet on the LM2907. The datasheet I am reading the datasheet SNAS55C-June 2000-Revised March 2013. The equation for Vout on page 1 is given as, Vout=fin*Vcc*R1*C1. But on page 8, the equation is given as, Vout=fin*Vcc*R1*C1*K where K is the gain constant. Is this K fixed at 1? Also on page 9, to determine Fmax, the equation uses a value of I2. What is this I2 and where is it on the diagrams. I am assuming the diagrams that these equations are referring to is figure 5 on page 4 and figure 19 on page 9. Last question, is Vout of these two figures the output of pin 4 dropped across the 10k resistor? If so, could you explain the 67hz/v. Does this mean an increase of 67hz corresponds to a voltage increase of 1 Volt for this particular setup?
I am just a little confused reading a data sheet on the LM2907. The datasheet I am reading the datasheet SNAS55C-June 2000-Revised March 2013. The equation for Vout on page 1 is given as, Vout=fin*Vcc*R1*C1. But on page 8, the equation is given as, Vout=fin*Vcc*R1*C1*K where K is the gain constant. Is this K fixed at 1? Also on page 9, to determine Fmax, the equation uses a value of I2. What is this I2 and where is it on the diagrams. I am assuming the diagrams that these equations are referring to is figure 5 on page 4 and figure 19 on page 9. Last question, is Vout of these two figures the output of pin 4 dropped across the 10k resistor? If so, could you explain the 67hz/v. Does this mean an increase of 67hz corresponds to a voltage increase of 1 Volt?