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"current divider rule"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Theory 2-3 Current Divider Rule put voltage. Remember that the voltage divider rule always , % error. 2.4 Current Divider Rule When the output of a circuit is not loaded, the current divider rule , . Current Divider Rule I + I1 ) I2 (2­9) V + I 1R 1 + I 2R 2 (2­10) R2 R ) R2 ) I2 + , . An easy method of remembering the current divider rule is to remember the voltage divider rule. Then , the ratio of R1 and R2 using the voltage divider rule (the load current has been accounted for). R Texas Instruments
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SLOA074 SLOD006A voltage divider rule voltage divider norton theorem norton amplifier
Abstract: . . . . . . . . . . . . . . . . . . . 3 Current Divider Rule . . . . . . . . . . . . . . . . . . . , 3 6 Current Divider Rule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , resistor value, but this calculation can lead to a 10% error. Current Divider Rule When the output of a circuit is not loaded, the current divider rule can be used to calculate the current flow in the output , R2 V Figure 6. Current Divider Rule +I )I V+I R +I R R I +I )I +I )I +I R I 1 Texas Instruments
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SLOA025 sloa025a SLOA025A
Abstract: . . . . . . . . . . . . . . . . . . . 3 Current Divider Rule . . . . . . . . . . . . . . . . . . . , 3 6 Current Divider Rule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , resistor value, but this calculation can lead to a 10% error. Current Divider Rule When the output of a circuit is not loaded, the current divider rule can be used to calculate the current flow in the output , R2 V Figure 6. Current Divider Rule +I )I V+I R +I R R I+I )I +I )I +I R I 1 1 Texas Instruments
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Abstract: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Current Divider Rule . . , . . . . . . . . . . . . . 6 Current Divider Rule . . . . . . . . . . . . . . . . . . . . . . . . . , Divider Rule When the output of a circuit is not loaded, the current divider rule can be used to , R1 V Figure 6. Current Divider Rule +I )I V+I R +I R R I +I )I +I )I +I R I 1 , current divider rule is to remember the voltage divider rule. Then modify the voltage divider rule such Texas Instruments
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Mancini ohm law
Abstract: current and damping resistor control bit · Power-down control via hardware pin or software Block , ] Divider 2 - 34 (Table 6) [111] CLK2 REF Divide 1-2055 (Table 1) (Table 5) Charge Pump (Table 3) Resistor (Table 4) 300 pF Divider 2 - 8232 [110] [122] CP 11pF CLK1 1 0 [124] Divider 2 - 34 , date). Table 1. Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 12 X X X X X X X X X X X X , 1 1 1 1 1 1 1 1 0 0 1 0 0 0 0 0 0 0 0 0 0 0 Rule 1+ Bit 0 1 + Bit 0 subtract 2 from the desired Integrated Circuit Systems
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ICS307-03 ICS307G-03 ICS307G-03T
Abstract: . 3 4.1. Companding Rule Selection , 3000 Frequency (Hz) 4. Considerations for Optimal Voice Quality 4.1. Companding Rule Selection , . Changes of input signal amplitude that do not exceed the current quantization step size cause the , the step size is changed. This time period, also called the "companding rule", is programmed with , rule set to "3 of 3", a string of three consecutive ones or zeros from the comparator will be detected CML Microcircuits
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CMX649 CMX649 application E1 PCM encoder introduction to cvsd CMX649 operation and application E940
Abstract: Table 2. VCO Divider Bits 23 22 21 20 19 18 17 16 15 14 13 Rule 12 , 1 1 1 1 Rule output divide = ([121.118]+2)*2^[94]) Table 7. Output Divider for Output 3 , User selectable charge pump current and damping resistor · Power-down control via hardware pin or , X1 CP 300 pF 11pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110] (Table 5) X2 , ) 1 Divider 2 - 34 (Table 6) 0 IDT® SERIALLY PROGRAMMABLE CLOCK SOURCE 1 (Table 7 Integrated Device Technology
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307G03LF 307GI03L
Abstract: 1 1 1 1 1 1 Rule output divide = ([121.118]+2)*2^[94]) Table 7. Output Divider for , frequency switching User selectable charge pump current and damping resistor â'¢ Power-down control via , ) (Table 1) REF Divide 1-2055 X1 CP 300 pF 11pF [Bit 122] Divider 2 - 8232 CLK1 , ] Programming Register (132 bits) 1 Divider 2 - 34 (Table 6) 0 IDT® SERIALLY PROGRAMMABLE CLOCK SOURCE 1 (Table 7) [Bit 111] Divider 2 - 34 [Bit 124] CLK2 CLK3 [Bit 129 Integrated Device Technology
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Abstract: divider node voltage. Thus, using the 10:1 rule, the divider series current would be 1mA. Since the , R1 How much current is too much or too little for a stable divider voltage at the FB pin , off is between divider current, ISERIES1, vs the FB pin input current, IFB vs noise induced by large resistor values. Determining the Initial VFB Series Divider Values A simple rule of thumb will help determine a reasonable voltage divider current for the feedback voltage. You will need to reduce the Intersil
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EL7554 0.47k resistor ISL95810 TB-458 TB458
Abstract: output frequency switching User selectable charge pump current and damping resistor bit · Power-down , 0 DIN CS SCLK Programming Register (132 bits) [Bit 123] Divider 2 - 34 (Table 6) [Bit 111] CLK2 Resistor (Table 4) 300 pF Divider 2 - 8232 (Table 5) [Bit 110] CP 11pF CLK1 1 0 [Bit 124] Divider 2 - 34 (Table 7) [Bit 129] CLK3 IDTTM / ICSTM SERIALLY PROGRAMMABLE CLOCK SOURCE 1 , . Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 . 2054 2055 1 1 1 1 Integrated Circuit Systems
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307G 199707558G
Abstract: serial interface Glitch-free output frequency switching User selectable charge pump current and damping , Divide 1-2055 X1 CP 300 pF 11pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110 , Register (132 bits) 1 Divider 2 - 34 (Table 6) 0 IDTTM / ICSTM SERIALLY PROGRAMMABLE CLOCK SOURCE 1 (Table 7) [Bit 111] Divider 2 - 34 [Bit 124] CLK2 CLK3 [Bit 129 , -03 SERIALLY PROGRAMMABLE CLOCK SOURCE SER PROG CLOCK SYNTHESIZER Table 1. Input Divider Divide Value Integrated Device Technology
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307GI-03 307G-03 8232
Abstract: 1 Rule output divide = ([117.114]+2)*2^[113]) Table 7. Output Divider for Output 3 Divide Value , charge pump current and damping resistor control bit · Power-down control via hardware pin or software , bits) [Bit 123] Divider 2 - 34 (Table 6) [Bit 111] CLK2 Resistor (Table 4) 300 pF Divider 2 - 8232 (Table 5) [Bit 110] CP 11pF CLK1 1 0 [Bit 124] Divider 2 - 34 (Table 7) [Bit 129] CLK3 , Table 1. Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 . 2054 2055 Integrated Circuit Systems
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ICS252
Abstract: output frequency switching User selectable charge pump current and damping resistor bit · Power-down , Programming Register (132 bits) [Bit 123] Divider 2 - 34 (Table 6) [Bit 111] CLK2 REF Divide 1-2055 Resistor (Table 4) 300 pF Divider 2 - 8232 (Table 5) [Bit 110] CP 11pF CLK1 1 0 [Bit 124] Divider 2 , . Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 . 2054 2055 1 1 1 1 , 11.2 Bits [1.0] = 11 Rule 1+ Bit 0 1 + Bit 0 subtract 2 from the desired value, convert to binary Integrated Circuit Systems
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Abstract: serial interface Glitch-free output frequency switching User selectable charge pump current and damping , Divide 1-2055 X1 CP 300 pF 11pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110 , Register (132 bits) 1 Divider 2 - 34 (Table 6) 0 IDTTM / ICSTM SERIALLY PROGRAMMABLE CLOCK SOURCE 1 (Table 7) [Bit 111] Divider 2 - 34 [Bit 124] CLK2 CLK3 [Bit 129 , -03 SERIALLY PROGRAMMABLE CLOCK SOURCE SER PROG CLOCK SYNTHESIZER Table 1. Input Divider Divide Value Integrated Circuit Systems
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ICS307GI-03T 4116 TSSOP-16 ICS307G-03LF ICS307G-03LFT
Abstract: output frequency switching User selectable charge pump current and damping resistor control bit · , (Table 2) 1 0 DIN CS SCLK Programming Register (132 bits) [Bit 123] Divider 2 - 34 (Table 6) [Bit 111] CLK2 Resistor (Table 4) 300 pF Divider 2 - 8232 (Table 5) [Bit 110] CP 11pF CLK1 1 0 [Bit 124] Divider 2 - 34 (Table 7) [Bit 129] CLK3 MDS 307-03 D I n t e gra te d C i r c u i t S y , -03 SERIALLY PROGRAMMABLE CLOCK SOURCE Table 1. Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Integrated Circuit Systems
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ICS307GI-03LFT
Abstract: output frequency switching User selectable charge pump current and damping resistor bit · Power-down , 0 DIN CS SCLK Programming Register (132 bits) [Bit 123] Divider 2 - 34 (Table 6) [Bit 111] CLK2 Resistor (Table 4) 300 pF Divider 2 - 8232 (Table 5) [Bit 110] CP 11pF CLK1 1 0 [Bit 124] Divider 2 - 34 (Table 7) [Bit 129] CLK3 IDTTM / ICSTM SERIALLY PROGRAMMABLE CLOCK SOURCE 1 , . Input Divider Divide Value 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 . 2054 2055 1 1 1 1 Integrated Circuit Systems
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Abstract: serial interface Glitch-free output frequency switching User selectable charge pump current and damping , ) X1 REF Divide 1-2055 CP 11pF 300 pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110 , Register (132 bits) 1 Divider 2 - 34 (Table 6) 0 CLK3 [Bit 129] 1 MDS 307-03 B I n t e gra te d C i r c u i t S y s t e m s (Table 7) [Bit 111] Divider 2 - 34 [Bit 124 , Table 1. Input Divider Divide Value 12 11 10 9 8 7 Bits 6 5 4 3 2 Integrated Circuit Systems
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Abstract: 1 1 1 1 1 1 Rule output divide = ([121.118]+2)*2^[94]) Table 7. Output Divider for , serial interface Glitch-free output frequency switching User selectable charge pump current and damping , pF 11pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110] (Table 5) X2 VCO DIVIDE 12-2055 (Table 2) 1 0 DIN CS SCLK [Bit 123] Programming Register (132 bits) 1 Divider , 111] Divider 2 - 34 [Bit 124] CLK2 CLK3 [Bit 129] ICS307-03 REV J 090209 Integrated Device Technology
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U-09-01
Abstract: User selectable charge pump current and damping resistor · Power-down control via hardware pin or , X1 CP 300 pF 11pF [Bit 122] Divider 2 - 8232 CLK1 [Bit 110] (Table 5) X2 , ) 1 Divider 2 - 34 (Table 6) 0 IDTTM / ICSTM SERIALLY PROGRAMMABLE CLOCK SOURCE 1 (Table 7) [Bit 111] Divider 2 - 34 [Bit 124] CLK2 CLK3 [Bit 129] ICS307-03 REV K , -03 SERIALLY PROGRAMMABLE CLOCK SOURCE SER PROG CLOCK SYNTHESIZER Table 1. Input Divider Divide Value Integrated Device Technology
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307G-03LF 307GI-03LFT ICS30703 IDT VersaClock
Abstract: Table 2. VCO Divider Bits 23 22 21 20 19 18 17 16 15 14 13 Rule 12 , serial interface Glitch-free output frequency switching User selectable charge pump current and damping , ] Divider 2 - 8232 CLK1 [Bit 110] (Table 5) VCO DIVIDE 12-2055 X2 (Table 2) 1 0 DIN CS SCLK [Bit 123] Programming Register (132 bits) 1 Divider 2 - 34 (Table 6) 0 CLK3 , ] Divider 2 - 34 [Bit 124] CLK2 5 25 Race Stre et, San Jo se, CA 9 5126 Revision 101705 Integrated Circuit Systems
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MK 8232
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