(MIT) ***tro 2 4.132. What value of W/L is required to set Vps = 0.50 V in the circuit in Fig. P4.132 if V = 5 V and R = 68 ks? V •1000$xotro Figure P4.132 4:55 PM

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**Exercise 4.132:**

**Objective:** Determine the value of \( W/L \) required to set \( V_{DS} = 0.50 \, V \) in the given circuit.

**Parameters:**

- \( V = 5 \, V \)
- \( R = 68 \, k\Omega \)

**Circuit Description (Figure P4.132):**

The circuit shown consists of a DC voltage source \( V \) connected in series with a resistor \( R \) and a transistor. The resistor is connected to the drain of the transistor. The transistor is grounded at the source, and \( V_{DS} \) is measured across the drain-source terminals. 

This setup is typically used to analyze transistor operation and determine specific design parameters such as the width-to-length ratio (\( W/L \)) for achieving desired operational characteristics.
Transcribed Image Text:**Exercise 4.132:** **Objective:** Determine the value of \( W/L \) required to set \( V_{DS} = 0.50 \, V \) in the given circuit. **Parameters:** - \( V = 5 \, V \) - \( R = 68 \, k\Omega \) **Circuit Description (Figure P4.132):** The circuit shown consists of a DC voltage source \( V \) connected in series with a resistor \( R \) and a transistor. The resistor is connected to the drain of the transistor. The transistor is grounded at the source, and \( V_{DS} \) is measured across the drain-source terminals. This setup is typically used to analyze transistor operation and determine specific design parameters such as the width-to-length ratio (\( W/L \)) for achieving desired operational characteristics.
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