Answer to 9.102 For the BiCMOS differential amplifier in Fig.

What is this totem-pole tran- sient current? 2 14.46 Consider the conceptual BiCMOS circuit of Fig. 14.37 (a) for the conditions stated in Problem 14.45. What is the threshold voltage of the inverter if both Qv and Op have W/L = 2 μm/ 1 μm?

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Question: *10.107 Consider the BiCMOS amplifier shown in Fig. P10.107. The BIT has lV,El = 0.7 V, β = 200. C, 0.8 pF, and f, = 600 MHz. The NMOS transistor has V, = 1 V, k, W/L = 2 mA/V, and Cgs-Ced-1 pF. (a) Consider the dc bias circuit. Neglect the base current of Q,2 in determining the current in Q,. Find the de bias currents in Q1 and Q2, and show that they are

Question: V OD For the BiCMOS differential amplifier in Fig. 5, VDD = Vss=3V, I= (A+1)*0.1mA, (W/L)1= (W/L)2=20, kn’=100uA/V; 2=0.02 and Va= (B+1)*8V. Based on these parameters, calculate a) the output impedance (R.) for the overall amplifier; b) Differential gain, Ad; c) CMRR, if the tail current source is implemented as a simple current ...

2. Then, on the BiCMOS IC cross-section shown below, draw the corresponding amplifier by adding the proper wire interconnection, resistors and capacitors, and the ac coupling/bypass capacitors needed to complete the design. Use the sam label for the resistors and capacitors as in your schematic.

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Question: ma Question #2 Consider the BiCMOS amplifier shown in Fig. 2. The BJT has Vbe = 0.7 V and ß = 200. The MOSFET has Vtn = 1 V and Kn = 1 . Neglect the Early effect in both devices. i. Consider the de bias circuit. Neglect the base current in Q2 in determining the current in Q1. Find the de bias currents in Q1 and Q2 and show that they are approximately 100 uA

The DC biasing current of a BiCMOS amplifier is kept constant at 0-5 μA. All bipolar transistors are identical, with βF (npn)-100, βRpnp,-50, and VA = 40 V. Also, the MOS transistors are identical, with 3 V and VGS-6 V at lp mA.

Question: Consider the BiCMOS follower circuit shown in Figure 1a. The BIT transistor parameters are VBE,on-0.7V, VCE,sat= 0.2V, VA=00, and the depletion mode n-MOSFET parameters are VTH=-1.8. kn- 12mA/V2, λ-0 (You can treat depletion mode MOSFETS as regular MOSFETS) a. Determine the maximum and minimum values of output voltage and the …