
<!--
function volt(number,X) {
// rounds number to X decimal places, defaults to 2
X = (!X ? 5 : X);
return Math.round(number*Math.pow(10,X))/Math.pow(10,X);
}
function compute1b(obj) {
with (Math) {
f2=eval(obj.frequencyl.value);
f1=eval(obj.frequencyh.value);
r1=eval(obj.ohmsnbp.value);
l1 =  r1 / ((f2 - f1) *6.283) *1000
obj.low1nb1.value =volt(l1);
obj.high1nb1.value=volt(1 / (39.472 *(l1 / 1000) *(f1 *f2)) *1000000);
obj.high2nb1.value=volt(.707 / (r1 *6.283 *(f2 - f1)) *1000000);
obj.low2nb2.value=volt(1 / ((.707 / (r1 *6.283 *(f2 - f1)) *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))))) *1000);
obj.low2nb1.value=volt(1 / (39.472 *(.707 / (r1 *6.283 *(f2 - f1))) *(f1 *f2)) *1000);
obj.high2nb2.value=volt(1 / (39.472 *(1 / ((.707 / (r1 *6.283 *(f2 - f1)) *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1)))))) *(f1 *f2)) *1000000); 
obj.low3nb3.value=volt((.5 *r1) /(6.283 *(f2 - f1)) *1000);
obj.high3nb3.value=volt(1 / (39.472 *(f1 *f2) *((.5 *r1) /(6.283 *(f2 - f1)))) *1000000);
obj.high3nb2.value=volt(1 /(1.4884 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *((.5 *r1) /(6.283 *(f2 - f1)))) *1000000);
obj.low3nb2.value=volt(1 / (39.472 *(f1 *f2) *(1 /(1.4884 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *((.5 *r1) /(6.283 *(f2 - f1)))))) *1000);
obj.low3nb1.value=volt(1 / (.499849 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *(1 /(1.4884 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *((.5 *r1) /(6.283 *(f2 - f1)))))) *1000);
obj.high3nb1.value=volt(1 / (39.472 *(f1 *f2) *(1 / (.499849 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *(1 /(1.4884 *((6.283 *(f2 - f1)) *(6.283 *(f2 - f1))) *((.5 *r1) /(6.283 *(f2 - f1)))))))) *1000000);
}	
}
//-->