4.58 In the circuit of Fig. P4.52 let 1,-250 μΑ and Rss250 kS2, and let the FETs have k, -1/25 V). X. – 0.2, k, – 0.1 mA/V, and λ,-1/(20 V). (a) Find am., am, and the CMRR both for single- (b) How does a (c) Repeat part (b), but for the case a ended and double-ended utilization, fect the CMRR for double-ended utilization? match in the g ‘s. 10% mismatch in the gmin ,s af- 10% mis-

image 337 - 4.58 In the circuit of Fig. P4.52 let 1,-250 μΑ and Rss250 kS2, and let the FETs have k, -1/25 V). X. - 0.2, k, - 0.1 mA/V, and λ,-1/(20 V). (a) Find am., am, and the CMRR both for single- (b) How does a (c) Repeat part (b), but for the case a ended and double-ended utilization, fect the CMRR for double-ended utilization? match in the g 's. 10% mismatch in the gmin ,s af- 10% mis-image 342 1 - 4.58 In the circuit of Fig. P4.52 let 1,-250 μΑ and Rss250 kS2, and let the FETs have k, -1/25 V). X. - 0.2, k, - 0.1 mA/V, and λ,-1/(20 V). (a) Find am., am, and the CMRR both for single- (b) How does a (c) Repeat part (b), but for the case a ended and double-ended utilization, fect the CMRR for double-ended utilization? match in the g 's. 10% mismatch in the gmin ,s af- 10% mis-

This content is for Premium members only.
sign up for premium and access unlimited solutions for a month at just 5$(not renewed automatically)


images - 4.58 In the circuit of Fig. P4.52 let 1,-250 μΑ and Rss250 kS2, and let the FETs have k, -1/25 V). X. - 0.2, k, - 0.1 mA/V, and λ,-1/(20 V). (a) Find am., am, and the CMRR both for single- (b) How does a (c) Repeat part (b), but for the case a ended and double-ended utilization, fect the CMRR for double-ended utilization? match in the g 's. 10% mismatch in the gmin ,s af- 10% mis-

already a member please login