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Part Manufacturer Description Datasheet Download Buy Part
LT1571EGN-2 Linear Technology LT1571 - Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C
LT1571CGN-5#PBF Linear Technology Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; No of Pins: 16; Temperature Range: 0°C to +70°C
LT1571EGN-5#TR Linear Technology LT1571 - Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1571EGN-1#TRPBF Linear Technology LT1571 - Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C
LT1571CGN-5 Linear Technology Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; No of Pins: 16; Temperature Range: 0°C to +70°C
LT1571EGN-5#PBF Linear Technology LT1571 - Constant-Current/Constant-Voltage Battery Charger with Preset Voltage and Termination Flag; Package: SSOP; Pins: 16; Temperature Range: -40°C to 85°C

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rv preset 47k

Abstract:
Text: >R12 >e.sK J 019 RIO .2 K i RI >3.: < éí ïï.rt' «11 g1» Y 4.7K -VA" T-tí Q23 ) OUTPUT 020 Q16 î Ι I K? < 5K R14 220 < R15 > 4.7K ORDERING INFORMATION DESCRIPTION TEMPERATURE RANGE ORDER , VCC=5V 1.45 1.67 1.9 1.1 1.67 2.2 V 'trig Trigger current VTRIG=0V 0.5 0.9 0.5 2.0 HA Preset Reset , N + » >c _ 1 i ~ rv N 1 1 25Â


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PDF 200mA. 500kHz rv preset 47k IC ne556 NE556 pin configuration NE556N IC timer 556 IC TIMER dual timer IC NE 556 IC NE 556 ic 555 timer monostable mode for ic NE 556 555 and 556 timer IC circuit diagram
2001 - Not Available

Abstract:
Text: VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain = 20 * Log (VX / Vs) = Ground (Earth , RING 27 100uF + 10H 500 1K 5V 10 VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K , VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V Return Loss = 20 * Log (V1 / Vs) = Ground , VLOOP4 22nF 82K 23 C2 26 C1 24 VLOOP2 25 VLOOP1 1K 5V LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Met , NB2 THL cancellation and line impedance matching circuit VX ZA RV LCD LOOP RS OptoIsolation TIP


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PDF MH88437-P 56kbits IEC950
2001 - 1100HZ

Abstract:
Text: + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground (Earth) 5V Figure 6 - Test Circuit 1 , LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V = Ground (Earth) Gain = 20 * Log (VX / Vs) Figure , VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Return Loss = 20 , 10H 500 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met , RV AGND VCC ZA 9 7 6 16 8 4.7K + 10uF 5V Met. to Long. Balance = 20 * Log (V1 / Vs) =


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PDF MH88437-P 56kbits IEC950 1100HZ 300-3400Hz MH88435 MH88437 MH88437-P MH88437AD-P MH88437AS-P MH88437AS-PR MSAN-154
2001 - MH88435

Abstract:
Text: + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground (Earth) 5V Figure 6 - Test Circuit 1 , LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V = Ground (Earth) Gain = 20 * Log (VX / Vs) Figure , VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Return Loss = 20 , 10H 500 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met , RV AGND VCC ZA 9 7 6 16 8 4.7K + 10uF 5V Met. to Long. Balance = 20 * Log (V1 / Vs) =


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PDF MH88437-P 56kbits IEC950 MH88435 MH88437 MH88437-P MH88437AD-P MH88437AS-P MH88437AS-PR MSAN-154
1999 - MH88436

Abstract:
Text: 13 100uF 27 10H 500 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K , VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log (V(Zin , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 MH88436 MH88435 MH88435-P MH88435AD-P MH88435AD-PI MH88435AS-P MH88435AS-PI MH88437 zener diode 6v2
2001 - 600R

Abstract:
Text: VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure 6 - Test Circuit 1 -V 11 = , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 600R MH88435 MH88435-P MH88435AD-P MH88437 MSAN-154
2001 - 6V2 philips zener diode

Abstract:
Text: MH88435-P 27 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K + 10uF 5V Gain = [20 * Log , 500 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 5V Return Loss = , =20mA LCD 28 TIP 27 + 10H 500 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD


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PDF MH88435-P DS5132 IEC950 UL1950 6V2 philips zener diode National Hybrid MH88437 MH88435AS-PI MH88435AS-P MH88435AD-PI MH88435AD-P MH88435-P MH88435 vx 2515
2003 - 10uf 63v capacitor

Abstract:
Text: 25 1K 5V 27 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground , 100uF 10H 500 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain = , 27 10H 500 VLOOP2 + 10 VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K , 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met. Balance = 20 * Log (V1 / Vs) CMR = , Analog Buffer Ring & Loop Buffer VX ZA RV LCD LOOP RS User Connections Figure 1 -


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PDF MH88437-P DS5060 56kbits IEC950 10uf 63v capacitor 100uF 100v philips MSAN-154 MH88437AS-P MH88437AD-P MH88437-P MH88437 CTR21 300-3400Hz transformerless 220 vdc to 9 vdc
2001 - Not Available

Abstract:
Text: VLOOP2 27 1K = Ground (Earth) 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V , 21 22 LOOP VR+ VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain , RV AGND VCC ZA 9 6 16 8 7 4.7K 5V 10uF 27 MH88435 NB2 2 100uF + 10H 500 13 RS 15 LCD 28 TIP NB1 1 15K , VR+ 4 5 21 22 VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 , 24 25 VLOOP2 1K 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Met. to Long


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PDF MH88435-P IEC950 UL1950 MH88435AD-P MH88435AD-P1
2001 - MH88437

Abstract:
Text: VLOOP2 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground (Earth) 5V , + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain = 20 * Log (VX , LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Return Loss = 20 * Log (V1 , VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met. Balance = 20 * Log , Analog Buffer Ring & Loop Buffer VX ZA RV LCD LOOP RS User Connections Figure 1 -


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PDF MH88437-P DS5060 56kbits IEC950 MH88437 MH88437-P MH88437AD-P MH88437AD-PI MH88437AS-P MH88437AS-PI
1998 - mh88437adp

Abstract:
Text: RING 27 1K 5V 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground (Earth) 5V , 100uF + 10H 500 1K 5V 10 VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V Gain = 20 , + VRNB1 NB2 THL cancellation and line impedance matching circuit VX ZA RV LCD LOOP RS OptoIsolation TIP , VLOOP1 VLOOP2 C2 SC SC IC NP NP CL RV LCD Advance Information Figure 2 - Pin Connections Pin , VBIAS LOOP IC RS LCD RV CL NP NP Description Network Balance 1. External passive components must be


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PDF MH88437-P 56kbits IEC950 DS5060 mh88437adp Mitel Integrated DTMF
2002 - 9v1 zener diode

Abstract:
Text: 25 1K 5V 27 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground , 100uF 10H 500 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain = , 27 10H 500 VLOOP2 + 10 VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K , 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met. Balance = 20 * Log (V1 / Vs) CMR = , Analog Buffer Ring & Loop Buffer VX ZA RV LCD LOOP RS User Connections Figure 1 -


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PDF MH88437-P DS5060 56kbits IEC950 195lude 9v1 zener diode 1100HZ CTR21 MH88437 MH88437-P MH88437AD-P MH88437AS-P MSAN-154
600R

Abstract:
Text: VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure 6 - Test Circuit 1 -V 11 = , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 600R MH88435 MH88435-P MH88435AD-P MH88437 MSAN-154
1999 - Not Available

Abstract:
Text: 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 27 NB2 2 13 RS 15 LCD 28 TIP NB1 1 , RV AGND VCC ZA 7 9 6 16 8 4.7K 1K 5V 5V Gain = [20 * Log (VX / Vs)] + 6.02 dB Figure 7 - , RING 360K 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 NB2 2 15K 13 RS 15 LCD , 5 21 22 VRMH88435 VX SC SC RING 360K 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K , 360K 24 25 VLOOP2 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K VBIAS 10 10uF 27 V2 NB2 2 15K 13 RS 15 LCD


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PDF MH88435-P IEC950 UL1950 DS5132 MH88435AD-P MH88435AS-P
2002 - MH88435AD-P

Abstract:
Text: VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure 6 - Test Circuit 1 -V 11 = , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 MH88435AD-P 600R MH88435 MH88435-P MH88437 MSAN-154
2006 - 600R

Abstract:
Text: VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure 6 - Test Circuit 1 -V 11 = , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 600R MH88435 MH88435-P MH88435AD-P MH88437 MSAN-154 zener diode 6v2
2003 - 10C6

Abstract:
Text: VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Figure 6 - Test Circuit 1 -V 11 = , VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10H 500 10uF 5V Gain = 20 * Log , + 10 VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Long. to Met. Balance = 20 , matching circuit Analog Buffer VLOOP1 VLOOP2 Isolation Ring & Loop Buffer VX ZA RV LCD , TIP RING IC VLOOP1 VLOOP2 IC SC SC IC NP NP IC RV LCD Figure 2 - Pin Connections


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PDF MH88435-P DS5132 IEC950 UL1950 10C6 600R MH88435 MH88435-P MH88435AD-P MH88437 MSAN-154
1999 - MH88437

Abstract:
Text: VLOOP2 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground (Earth) 5V , + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain = 20 * Log (VX , LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Return Loss = 20 * Log (V1 , VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met. Balance = 20 * Log , Analog Buffer Ring & Loop Buffer VX ZA RV LCD LOOP RS User Connections Figure 1 -


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PDF MH88437-P DS5060 56kbits IEC950 MH88437 MH88437-P MH88437AD-P MH88437AD-PI MH88437AS-P MH88437AS-PI National Hybrid zener 5.6v
2001 - Not Available

Abstract:
Text: RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 27 NB2 2 13 RS 15 LCD 28 TIP NB1 1 15K ILOOP 1K = Ground , VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 NB2 2 15K 13 RS 15 LCD 28 TIP NB1 1 Preliminary , 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 10H 500 + NB2 2 300 100uF 15K 13 , + VRMH88435 VX NB2 2 300 100uF RING 360K 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF , Buffer VR+ VRNB1 NB2 THL cancellation and line impedance matching circuit VX ZA RV LCD LOOP RS Network


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PDF MH88435-P IEC950 UL1950 DS5132 MH88435AD-P
2001 - 600R

Abstract:
Text: RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Figure 6 - Test Circuit 1 12 Zarlink Semiconductor , 27 10H 500 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K + 10uF 5V , - 5 V1 NB2 300 100uF 27 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 1K , 100uF 27 VLOOP2 V2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10H 500 , LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V Met. to Long. Balance = 20 * Log (V1 / Vs


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PDF MH88435-P IEC950 600R MH88435 MH88435-P MH88437 MSAN-154
2001 - 200-500Hz

Abstract:
Text: VLOOP2 27 1K = Ground (Earth) 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V , 21 22 LOOP VR+ VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain , RV AGND VCC ZA 9 6 16 8 7 4.7K 5V 10uF 27 MH88435 NB2 2 100uF + 10H 500 13 RS 15 LCD 28 TIP NB1 1 15K , VR+ 4 5 21 22 VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 , 24 25 VLOOP2 1K 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Met. to Long


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PDF MH88435-P IEC950 UL1950 MH88435AD-P1 200-500Hz
2001 - IT 154

Abstract:
Text: VLOOP2 27 1K = Ground (Earth) 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 10uF 5V , 21 22 LOOP VR+ VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain , RV AGND VCC ZA 9 6 16 8 7 4.7K 5V 10uF 27 MH88435 NB2 2 100uF + 10H 500 13 RS 15 LCD 28 TIP NB1 1 15K , VR+ 4 5 21 22 VRVX SC SC RING 24 25 VLOOP2 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 6 16 8 7 4.7K 10uF 27 , 24 25 VLOOP2 1K 5V 10 VBIAS VLOOP1 LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Met. to Long


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PDF MH88435-P IEC950 IT 154
application of programmable variable resistor

Abstract:
Text: Vcc DS1847 R2 4.7k SDA R1 4.7k VCC SCL SDA H0 A0 NC A1 L1 WP , 4.7k R1 4.7k Vcc DS1847 SDA SDA H0 A0 NC A1 2-Wire Master (Optional , the output voltage at a certain fixed resistance. Vout = Vin Rv Rv + R f Equation 1 Where, Vin = Vcc = 5V Rv = DS1847 50kW resistor (Rmin = 850W, Rmax = 50kW) (Notice that the minimum resistance at position 0 is not 0W but 850W.) Rf = Fixed resistor Vin Rf Vout Rv Figure 6


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PDF DS1847 DS1847 DS1848, DS1848 DS1848. application of programmable variable resistor 47K variable resistor 10kohm resistor resistor fix value resistor 50k Variable Value Resistor AN237 50kW
2001 - Not Available

Abstract:
Text: VLOOP3 27 VLOOP2 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground , 500Ω VLOOP2 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 7 9 6 16 8 4.7K 5V Gain , 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Gain = 20 * Log (V(Zin , VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V = Ground (Earth) Return Loss , „¦ VLOOP2 + 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met


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PDF MH88437-P DS5060 56kbits IEC950
2003 - MH88437AS-P1

Abstract:
Text: VLOOP2 25 RING 27 1K 5V 10 VBIAS VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K = Ground , VLOOP2 25 RING 27 1K 5V 10 VBIAS VLOOP1 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V Gain = , 10uF LC RV AGND VCC ZA + 9 6 16 8 7 4.7K 5V Return Loss = 20 * Log (V1 / Vs) = Ground (Earth , VLOOP1 + 10uF LC RV AGND VCC ZA 9 7 6 16 8 4.7K 5V Long. to Met. Balance = 20 * Log (V1 / Vs) CMR = 20 , ZA RV LCD LOOP RS OptoIsolation TIP RING Input Buffer & Line Termination Logic Input Buffer


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PDF MH88437-P IEC950 MH88437AS-P1 12 kHz filter
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