| 41. | In addition, some digital circuits slow down at high temperatures due to changes in MOSFET device characteristics.
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| 42. | One solution is to connect in parallel with the switching MOSFET another MOSFET biased into its linear region.
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| 43. | One solution is to connect in parallel with the switching MOSFET another MOSFET biased into its linear region.
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| 44. | From the article on hybrid-pi model, we find for the MOSFET in the active mode:
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| 45. | To achieve this, MOSFET gate drivers typically feed the MOSFET output voltage back into the gate driver.
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| 46. | To achieve this, MOSFET gate drivers typically feed the MOSFET output voltage back into the gate driver.
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| 47. | Also interested in obtaining circuits for Linear DC Regulated Power Supply with series Pass using MOSFET . regds.
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| 48. | The dual-gate MOSFET has a tetrode configuration, where both gates control the current in the device.
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| 49. | Solid-state relays built around MOSFET switches usually employ a photodiode opto-isolator to drive the switch.
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| 50. | IGBTs can be generally found in high current machines where it is not possible to parallel sufficient MOSFET transistors.
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