<thinking>
To create the netlist, we need to identify all the components and their connections between nodes:

1. **Voltage Source \( V_s \):** Connected between nodes 5 and 1.
2. **Resistor \( R_2 \):** Connected between nodes 5 and 1.
3. **Resistor \( R_3 \):** Connected between nodes 5 and 6.
4. **Inductor \( L_1 \):** Connected between nodes 6 and 0.
5. **Voltage Controlled Voltage Source \( x_2V_s \):** Positive terminal at node 6, negative terminal at node 5, controlling voltage is \( V_s \).
6. **Voltage Controlled Voltage Source \( x_1V_s \):** Positive terminal at node 1, negative terminal at node 0, controlling voltage is \( V_s \).
7. **Resistor \( R_1 \):** Connected between nodes 1 and 3.
8. **Capacitor \( C_1 \):** Connected between nodes 1 and 3.
9. **Resistor \( R_4 \):** Connected between nodes 1 and 2.
10. **Resistor \( R_5 \):** Connected between nodes 3 and 0.
11. **Voltage Source \( V_1 \):** Connected between nodes 2 and 0.

Now, we will write the netlist using these components and their connections:

- Voltage sources are denoted by "V" followed by the node numbers and the value.
- Resistors are denoted by "R" followed by the node numbers and the resistance value.
- Inductors are denoted by "L" followed by the node numbers and the inductance value.
- Capacitors are denoted by "C" followed by the node numbers and the capacitance value.
- Voltage controlled voltage sources are denoted by "E" followed by the node numbers, controlling nodes, and the gain.

Assuming the values are given as parameters, the netlist is constructed as follows:
</thinking>

<answer>
V1 2 0 V1
Vs 5 1 Vs
R2 5 1 R2
R3 5 6 R3
L1 6 0 L1
E1 6 5 5 1 x2
E2 1 0 5 1 x1
R1 1 3 R1
C1 1 3 C1
R4 1 2 R4
R5 3 0 R5
</answer>