![LTspice Tips - Current Dependent Current Source - Maker, DIY - Electronic Component and Engineering Solution Forum - TechForum │ Digi-Key LTspice Tips - Current Dependent Current Source - Maker, DIY - Electronic Component and Engineering Solution Forum - TechForum │ Digi-Key](https://global.discourse-cdn.com/digikey/original/3X/2/6/26aafd560e38e1b2a2c7b4f0aa00b38020c84554.png)
LTspice Tips - Current Dependent Current Source - Maker, DIY - Electronic Component and Engineering Solution Forum - TechForum │ Digi-Key
![SOLVED: Q3. Find 1. Voltage gain of the circuit given below. 2. Frequency response of the circuit using LTSpice (No Analytical Solution Needed) V2 R1 12k 13.6 R2 100k C2 Vo C1 SOLVED: Q3. Find 1. Voltage gain of the circuit given below. 2. Frequency response of the circuit using LTSpice (No Analytical Solution Needed) V2 R1 12k 13.6 R2 100k C2 Vo C1](https://cdn.numerade.com/ask_images/8634e1d771e54850862fbf8ba6ca589e.jpg)
SOLVED: Q3. Find 1. Voltage gain of the circuit given below. 2. Frequency response of the circuit using LTSpice (No Analytical Solution Needed) V2 R1 12k 13.6 R2 100k C2 Vo C1
Installing and using LTspice IV (now including LTXVII). From beginner to advanced. | Page 161 | diyAudio
![error - LTSpice divergence between AC analysis and transient analysis for low frequency gain - Electrical Engineering Stack Exchange error - LTSpice divergence between AC analysis and transient analysis for low frequency gain - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/8M9a0.png)
error - LTSpice divergence between AC analysis and transient analysis for low frequency gain - Electrical Engineering Stack Exchange
Installing and using LTspice IV (now including LTXVII). From beginner to advanced. | Page 161 | diyAudio
![operational amplifier - Determining Open Loop Gain of an opamp in LTspice - Electrical Engineering Stack Exchange operational amplifier - Determining Open Loop Gain of an opamp in LTspice - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/zWVRq.png)