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Application note LTC1966

Catalog Datasheet MFG & Type PDF Document Tags

LTTG

Abstract: marking 24b sot-23 CONVENTIONAL LOG/ANTILOG + VOUT ­ 1966fb 1 LTC1966 Absolute Maximum Ratings (Note 1) Pin , limited to less than 10mA. Note 3: The LTC1966 output (VOUT) is high impedance and can be overdriven , ­55°C to 125°C. Note 6: High speed automatic testing cannot be performed with CAVE = 10µF . The LTC1966 , internal circuitry. Note 7: High speed automatic testing cannot be performed with 60Hz inputs. The LTC1966 , guarantee proper operation of all internal circuitry. Note 8: The LTC1966 is inherently very linear. Unlike
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LTC1967 LTTG marking 24b sot-23 LTC1966MPMS8 Application note LTC1966 dual slope adc icl7106 CR8348-2500-N LT1175-5 LT1494 LT1782 LT1880

LTTG

Abstract: LT2050 than 10mA. Note 3: The LTC1966 output (VOUT) is high impedance and can be overdriven, either sinking , performed to guarantee proper operation of all internal circuitry. Note 8: The LTC1966 is inherently very , are used for high speed testing. Note 9: The power supply rejections of the LTC1966 are measured , CHARACTERISTICS Note 11: High speed automatic testing cannot be performed with 60Hz inputs. The LTC1966 is 100 , . Note 12: The LTC1966 is a switched capacitor device and the input/output impedance is an average
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LT2050 LTC1966CMS8 LTC1966IMS8 Sallen-Key adc 7106 stability analysis made simple venable LTC2050 LT2178/LT2178A LTC2402 LTC2420 LTC2422
Abstract: beyond the rails, the current should be limited to less than 10mA. Note 3: The LTC1966 output (VOUT) is , °C. Note 6: High speed automatic testing cannot be performed with CAVE = 10µF The LTC1966 is 100% tested , circuitry. Note 7: High speed automatic testing cannot be performed with 60Hz inputs. The LTC1966 is 100 , operation of all internal circuitry. Note 8: The LTC1966 is inherently very linear. Unlike older log , testing. Note 9: The power supply rejections of the LTC1966 are measured with DC inputs from 50mV to Linear Technology
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LTC1968

Application note LTC1966

Abstract: LTC1968 . NOTE: The LTC1966/7/8 output impedance is high, and 10M DVM input impedance will cause up to ­ 1 , QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 427B RMS TO DC CONVERTER LTC1966/LTC1967/LTC1968 DESCRIPTION Demonstration circuit 427B features the LTC1966/7/8 Precision Micro-power true RMS-to-DC , illustrated in the Design Cookbook section of the datasheet. DC427B-A contains the LTC1966, DC427B-B contains the LTC1967, and DC427BC contains the LTC1968. The LTC1966/7/8 is a patent-pending -based RMS to DC
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using the ltc1966 rms to dc LTC1966/LTC1967/LTC1968 LTC1966/7/8 DC427B

LTTG

Abstract: stability analysis made simple venable than 10mA. Note 3: The LTC1966 output (VOUT) is high impedance and can be overdriven, either sinking , performed to guarantee proper operation of all internal circuitry. Note 8: The LTC1966 is inherently very , are used for high speed testing. Note 9: The power supply rejections of the LTC1966 are measured , internal circuitry. Note 12: The LTC1966 is a switched capacitor device and the input/output impedance , Impedance" for more information. Note 13: The common mode rejection ratios of the LTC1966 are measured
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SCR Gate Drive for ac to dc converter 7106 based dvm ICL7106 application notes RMS-Dc converters 50Hz sine wave filter circuit 7136 low drop out regulator

Application note LTC1966

Abstract: chang capacitor 10uF 50v , no filter NOTE: There 2. Bottom LTC1966 connected to optional DCAccurate post-filter , terminals E4 and E7. NOTE: The LTC1966 output impedance is high, and a 10M DVM input impedance will , discussion of the LTC1966 input sampling, refer to the "Input Impedance" information in the "Application , jumper JP1, the LTC1966 SHDN pin may be driven. NOTE: The LT1494 Op-Amps and the R1/R3 divider , DEMO BOARD QUICK START GUIDE DC427 RMS TO DC CONVERTER LTC1966 DESCRIPTION Demo board DC427
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LTC3411 chang capacitor 10uF 50v OP AMP COOKBOOK capacitor 1uf 16v x7r 0402 op amp 7343 res 0402 079X4 D52LC 1/16W 04023C102MAT 04025A100KAT

LTTG

Abstract: Application note LTC1966 U 1966f 1 LTC1966 ABSOLUTE (Note 1) AXI U RATI GS U U W PACKAGE/ORDER I FOR , driven beyond the rails, the current should be limited to less than 10mA. Note 3: The LTC1966 output , to guarantee proper operation of all internal circuitry. Note 8: The LTC1966 is inherently very , are used for high speed testing. Note 9: The power supply rejections of the LTC1966 are measured with , proper operation of all internal circuitry. Note 12: The LTC1966 is a switched capacitor device and the
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LT1175CS8-5

Application note LTC1966

Abstract: LTC1966 , no filter NOTE: There 2. Bottom LTC1966 connected to optional DCAccurate post-filter , terminals E4 and E7. NOTE: The LTC1966 output impedance is high, and a 10M DVM input impedance will , discussion of the LTC1966 input sampling, refer to the "Input Impedance" information in the "Application , jumper JP1, the LTC1966 SHDN pin may be driven. NOTE: The LT1494 Op-Amps and the R1/R3 divider , DEMO BOARD QUICK START GUIDE DC427 RMS TO DC CONVERTER LTC1966 DESCRIPTION Demo board DC427
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cmos cookbook RMS-to-dc chang capacitor DC427A

scr preregulator

Abstract: SCR Gate Drive for ac to dc converter Application Note 106 February 2007 Instrumentation Circuitry Using RMS-to-DC Converters RMS , -1 Application Note 106 POSITIVE SUPPLY 2.7V TO 5.5V DEPENDING ON DEVICE CHOICE +V DIFFERENTIAL INPUTS , Bandwidth an106f AN106-4 Application Note 106 Low Distortion AC Line RMS Voltage Regulator , -5 Application Note 106 The AC line voltage is applied to the Q2-diode bridge. The Q2-diode bridge output is , concert with the A1-A2 path. an106f AN106-6 Application Note 106 INPUT 0mV TO 1mV 1µF HIGH
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scr preregulator Fluke a55 lk-343 LK-343-A-FM lk-343A FM FLUKE 8920 manual 1966/LTC1967/LTC1968 AN106-19 AN106-20

LT6101

Abstract: MHP100S-005 Note 297 Hi Side Uni 2.5µV Direct ADC LTC1966 Data Sheet, pp. 29, 32 Both (AC) Application Note 92 Hi Side 4 RMS Current Uni various Avalanche PDs Linear Technology , Battery gas gauge Application Note 89 5V, TEC Controller Application Note 66, Application Note 84 , · ROUT, as well as output current, are dictated by the application. In order to allow , Side Bi ~1mV 12V, Over-The-Top Design Note 341 Low Side Uni ~1µV ­48V, Direct
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LT6100 LTC6101 LT6101 MHP100S-005 LT1910 lxml-pw09 USER-CONFIGURE RS232 LTC4059

A3UV

Abstract: U W W W ABSOLUTE (Note 1) Supply Voltage V+ to GND . 6V Input Currents (Note 2) . ±10mA Output Current (Note 3 , . â'"0.3V to V+ Operating Temperature Range (Note 4) LTC1968C/LTC1968I . â'" 40°C to 85°C Specified Temperature Range (Note 5) LTC1968C/LTC1968I . â , Voltage Drift (Note 11) G 2 10 LINERR Linearity Error 50mV to 350mV (Notes 7, 8) G
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A3UV LTC2054

7136 low drop out regulator

Abstract: LTC1968 ATIO (Note 1) Supply Voltage V+ to GND . 6V Input Currents (Note 2) . ±10mA Output Current (Note 3 , . ­0.3V to V+ Operating Temperature Range (Note 4) LTC1968C/LTC1968I . ­ 40°C to 85°C Specified Temperature Range (Note 5) LTC1968C/LTC1968I . ­ 40 , (Note 11) 2 10 LINERR Linearity Error 50mV to 350mV (Notes 7, 8) ±0.02
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LTAFG Cookbook DC to 500 MHz RMS-to-DC Converter LTC1968CMS8 LTC1968IMS8 LTC6203

LTAFG

Abstract: ltc6203 LTC1968 U U RATI GS W W W W AXI U U ABSOLUTE PACKAGE/ORDER I FOR ATIO (Note , . 6V Input Currents (Note 2) . ±10mA Output Current (Note 3 , . ­0.3V to V+ Operating Temperature Range (Note 4) LTC1968C/LTC1968I . ­ 40°C to 85°C Specified Temperature Range (Note 5) LTC1968C/LTC1968I . ­ 40 , , 7) TYP 0.75 mV (Note 11) 2 10 50mV to 350mV (Notes 7, 8) ±0.02
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icl7106 lcd F10a80 panel meter 7106

LTC6106

Abstract: tip129 are the property of their respective owners. TYPICAL APPLICATION Load Monitor Alarms Above 60W , ­ ) .±36V PMON, IMON (Note 3) . ­0.3V to VCC + 1V, Up to 16V CMPOUT, CMPOUT , TYP MAX UNITS Supply l 6 IPMON = +200A, IIMON = +200A (Note 2) l 2 Supply , ­0.1 18 V Voltage Sense Differential Input Voltage Range VCC < 11V (Note 5) l ±(VCC ­ 3 , V VV(CL) Voltage Sense Differential Clipping Limit (Note 5) VCC 12V l ±9 V
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LT2940 LTC6106 LTC4261 tip129 D44VH11 pin diagram details of cd4040 LK AC 102k LTC6101/ LTC6101HV LTC6104 LTC4151

LT1966

Abstract: 3.7V Li-Ion battery charge controller with 5v APPLICATION NOTE-105 Application Note 105 December 2005 Current Sense Circuit Collection , applications themselves. This Application Note compiles solutions to current sensing problems and organizes the , chapters if they have broad application. This Application Note Will Change This Application Note is a , Introduction-1 APPLICATION NOTE 105: Current Sense Circuit Collection Current Sense Basics This chapter , Application Note, return to the Introduction. DC VSUPPLY + LOW SIDE CURRENT SENSING RSENSE
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LT1966 3.7V Li-Ion battery charge controller with 5v APD bias 250v p-MOSFET soft start 70v schematic diagram 48V automatic battery charger circuit diagram for 48v 10a automatic battery charger NOTE--105 CMPT5551 LTC1540 BAT54C 2N7002

stability analysis made simple venable

Abstract: analog cookbook RATI GS W W W W AXI U U ABSOLUTE PACKAGE/ORDER I FOR ATIO (Note 1) Supply Voltage V+ to GND . 6V Input Currents (Note 2) . ±10mA Output Current (Note 3 , . ­0.3V to V+ Operating Temperature Range (Note 4) LTC1967C/LTC1967I . ­ 40°C to 85°C Specified Temperature Range (Note 5) LTC1967C/LTC1967I . ­ 40
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analog cookbook circuit drawing of digital multimeter 7106 LCD driver Analysis of the Sallen-Key architecture sallen key cookbook scr firing METHODS
Abstract: AXI U U ABSOLUTE (Note 1) Supply Voltage V+ to GND . 6V Input Currents (Note 2) . ±10mA Output Current (Note 3 , . â'"0.3V to V+ Operating Temperature Range (Note 4) LTC1967C/LTC1967I . â'" 40°C to 85°C Specified Temperature Range (Note 5) LTC1967C/LTC1967I . â , (Notes 6, 7) âVOOS/âT Output Offset Drift (Note 11) q LINERR Linearity Error Linear Technology
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LT6101

Abstract: fluxgate sensor , Over-The-Top Design Note 341 Low Side Uni ~1µV ­48V, Direct ADC Linear Technology Magazine Aug. 2004, p. 33 Low Side Bi 2.5µV Direct ADC Design Note 297 Hi Side Uni 2.5µV Direct ADC LTC1966 Data Sheet, pp. 29, 32 Both (AC) Application Note 92 Hi Side , Battery gas gauge Application Note 89 5V, TEC Controller Application Note 66, Application Note 84 , current, are dictated by the application. In order to allow compatibility with most circuits, the
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fluxgate sensor S4B85N06-05 7805 rg1 Conversion Solutions - InfoCard 2n7002 12w elektronik DDR D-85737 D-59387 D-73230 I-20156 SE-164

lm 7803 3V Positive Voltage Regulator

Abstract: ic 4440 40w amplifier 12v .58 Application Specific Comparators.58 Silicon Oscillators , .177 Passive Application Notes , High Temperature Comparators Data Conversion Filters References Page 58 Application
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lm 7803 3V Positive Voltage Regulator ic 4440 40w amplifier 12v ltsx e3 mt 1389 de w10 mic package bridge rectifier LM 4440 AUDIO AMPLIFIER CIRCUIT 1-800-4-LINEAR

mosfet 4800

Abstract: schematic diagram inverter 12v to 24v 30a Comparators .59 Application Specific Comparators , .140 General Information .141 Application Notes , Micropower Page 59 Application Specific High Frequency Page 60 Reference Material 3 Sec 1
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mosfet 4800 schematic diagram inverter 12v to 24v 30a schematic diagram inverter 500w USING MOSFET 4606 MOSFET INVERTER ltsx e3 mosfet driver ic aot 110 optocoupler
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