MICRO POWER FREQUENCY DIVIDER
AN ANALOG DESIGN FOR A MICRO POWER FREQUENCY DIVIDER (10) IS DESCRIBED. IT COMPRISES AN ARRANGEMENT OF TWO PMOS AND THREE NMOS TRANSISTORS. TWO PMOS TRANSISTORS (12, 14) HAVE ITS BULK CONNECTED TO GROUND. THREE NMOS TRANSISTORS (16, 18, 20) HAVING ITS BULK CONNECTED TO GROUND. THE FREQUENCY DIVIDER...
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| Format: | Patent |
| Sprache: | eng |
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| Zusammenfassung: | AN ANALOG DESIGN FOR A MICRO POWER FREQUENCY DIVIDER (10) IS DESCRIBED. IT COMPRISES AN ARRANGEMENT OF TWO PMOS AND THREE NMOS TRANSISTORS. TWO PMOS TRANSISTORS (12, 14) HAVE ITS BULK CONNECTED TO GROUND. THREE NMOS TRANSISTORS (16, 18, 20) HAVING ITS BULK CONNECTED TO GROUND. THE FREQUENCY DIVIDER (10) HALVES THE INPUT VOLTAGE INTO AN OUTPUT VOLTAGE, WITH THE CARRIER FREQUENCY AS CONTROL VOLTAGE FOR REFERENCE, AND CONSUMING MINIMAL POWER SUPPLY WHEN THE BULK TERMINAL IS CONNECTED TO GROUND. THE FREQUENCY DIVIDER (10) CAN BE CASCADED TO ACHIEVE A DESIRED FREQUENCY DIVISION. |
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