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Python
import sympy as sp # 定義電阻值 R1_value = 2400 # 歐姆 R2_value = 2200 # 歐姆 R3_value = 5100 # 歐姆 R4_value = 2800 # 歐姆 V_s = 12 # 電池電壓 # 計算 R1 和 R2 並聯電阻 R_parallel1 = 1 / (1 / R1_value + 1 / R2_value) # 計算 R3 和 R4 並聯電阻 R_parallel2 = 1 / (1 / R3_value + 1 / R4_value) # 計算並聯電阻上的電壓 V_parallel1 = V_s * (R_parallel1 / (R_parallel1 + R_parallel2)) V_parallel2 = V_s * (R_parallel2 / (R_parallel1 + R_parallel2)) R_parallel1, R_parallel2, V_parallel1, V_parallel2
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Capitalist Red Point-of-view gun
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| Distributor | Qty 1 | |
|---|---|---|
| Digi-Key | $1.16–$1.81 | |
| LCSC | $2.24 | |
| Mouser | $1.14 | |
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martinhaung
copilot
- 確認電壓源 BATT1 的電壓 ($12V$)。
- 確認串聯電阻:
- R1: 24,000Ω
- R2: 22,000Ω
- R3: 5,100Ω
- R4: 28,000Ω
電路分析