Low Power and Low Voltage Circuit Design with the FGMOS Transistor

| ? 1(a, b) | ? parameter of input transistors M1 a and M1 b, respectively, in Fig. 5.18. Only different when there is mismatch | |
| ? 1 | ? parameter of input transistors in the transconductor in Fig. 5.1. Also, in Fig. 5.18 when ? 1a = ? 1b | |
| ? i | Mi ? parameter | |
| ? n | Parameter associated to the Flicker noise of n-channel transistors (Table 5.1) | |
| ? p | Parameter associated to the Flicker noise of p-channel transistors (Table 5.1) | |
| ? 1 i for i =[2, 4] | Percentage of mismatch in capacitance C in for transistor Mi (eq. (5.33). Transconductor in Fig. 5.1) | |
| ? 2 i for i =[2, 4] | Percentage of mismatch in capacitance C CM for transistor Mi (eq. (5.34). Transconductor in Fig. 5.1) | |
| ? 3 i | Percentage of mismatch in capacitance C VDD for transistor Mi (eq. (5.52). Transconductor in Fig. 5.1) | |
| ? o | Cut-off frequency | |
| ? o1 | Coefficient of x 2 in the state space eq. (5.60) and of both x 1 and x 2 in the state space eq. (5.92) | |
| ? o2 | Coefficient of x1 in the state space eq. (5.60) and also in state space eq. (5.93) | |
| ? o3 | Coefficient of x 1 in the state space eq. (5.61) and of the input in state space eq. (5.92) | |
| ? o4 | Coefficient of the input ( |