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LM358AMX Texas Instruments Low Power Dual Operational Amplifier 8-SOIC 0 to 70 visit Texas Instruments
LM358DR Texas Instruments Dual Operational Amplifiers 8-SOIC 0 to 70 visit Texas Instruments
LM358AM Texas Instruments Low Power Dual Operational Amplifier 8-SOIC 0 to 70 visit Texas Instruments
LM358ADRG4 Texas Instruments Dual Operational Amplifier 8-SOIC 0 to 70 visit Texas Instruments
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LM358 IN COMPARATOR CIRCUIT

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: RH LM358 Op Amp Used in a Comparator Circuit Figure 4 shows the schematic for the LM358 op amp , LM311. This circuit is also reverse logic. LM358 Op Amp with a Transistor Output Stage Used in a Comparator Circuit The LM358 with a transistor output stage is shown in Figure 5. This circuit has similar , shows the comparator's performance. Based on its performance, this circuit can be used in many types , 4. LM358 Comparator Circuit Schematic Normal State VCC R1 VREFH Hysteresis RPU U1 Motorola
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LM358 voltage comparator LM358 op amp LM358 comparator low speed LM358 sensor temperature sensor voltage using LM358 Lm324 window comparator AN1517/D AN1517
Abstract: Amp Used in a Comparator Circuit Figure 4 shows the schematic for the LM358 op amp comparator stage , Op Amp with a Transistor Output Stage Used in a Comparator Circuit The LM358 with a transistor , the characteristics and design criteria for each comparator circuit, while evaluating them in , explained in the following section. LM311 Used in a Comparator Circuit The LM311 chip is designed , State Figure 4. LM358 Comparator Circuit Schematic VCC R1 VREFH Hysteresis VREF (VREFLW) Vin Motorola
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heart rate monitor using LM358 LM358 comparator Heart rate using LM358 heart rate monitor lm324 LM358 LM311 lm339 open collector
Abstract: Comparator Circuit Schematic LM358 OP AMP WITH A TRANSISTOR OUTPUT STAGE USED IN A COMPARATOR CIRCUIT The LM358 with a transistor output stage is shown in Figure 5. This circuit has similar performance , the following section. LM311 USED IN A COMPARATOR CIRCUIT The LM311 chip is designed specifically , (VREFLW) RH Figure 3. Setting the Reference Voltages R2 LM358 OP AMP USED IN A COMPARATOR CIRCUIT Figure 4 shows the schematic for the LM358 op amp comparator stage, and Table 2 shows its Freescale Semiconductor
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LM358 comparator circuit comparator circuit using LM358 LM358 output drive circuits LM358 voltage comparator specifications simple LM324 COMPARATOR CIRCUIT LM339 comparator window
Abstract: MMBT3904LT1 Figure 3. Setting the Reference Voltages RH LM358 Op Amp Used in a Comparator Circuit , logic. LM358 Op Amp with a Transistor Output Stage Used in a Comparator Circuit The LM358 with a transistor output stage is shown in Figure 5. This circuit has similar performance to the LM311 comparator , comparison is tabulated in Table 2. LM311 Used in a Comparator Circuit The LM311 chip is designed , VREF (VREFUW) Hysteresis VREFL RH R2 Figure 4. LM358 Comparator Circuit Schematic Normal Motorola
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LM311 comparator hysteresis Lm324 window comparator datasheet transistor lm311 LM339 comparator rhu SENSORS COMPARATOR LM358
Abstract: Op Amp Used in a Comparator Circuit Figure 4 shows the schematic for the LM358 op amp comparator , LM311. This circuit is also reverse logic. LM358 Op Amp with a Transistor Output Stage Used in a Comparator Circuit The LM358 with a transistor output stage is shown in Figure 5. This circuit has similar , . Table 2 shows the comparator's performance. Based on its performance, this circuit can be used in many , Comparator Circuit Schematic Normal State VCC R1 VREFH Hysteresis RPU U1 LM358 Vin Motorola
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LM358 comparator ic lm358 cmos pressure transducer 30 psi micro usa window comparator MPX2100 controlling ic lm311
Abstract: Reference Voltages RH LM358 Op Amp Used in a Comparator Circuit Figure 4 shows the schematic for the , output transistor stage. LM358 Op Amp with a Transistor Output Stage Used in a Comparator Circuit The , the characteristics and design criteria for each comparator circuit, while evaluating them in , section. LM311 Used in a Comparator Circuit The LM311 chip is designed specifically for use as a , (VREFUW) Hysteresis VREFL R2 RH Normal State Figure 4. LM358 Comparator Circuit Schematic VCC R1 Motorola
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Signal Conditioning lm358 sensor LM358 for comparator ic lm311 temperature control using lm358 OPAMP LM311 LM311 window comparator hysteresis
Abstract: Transistor Output Stage Used in a Comparator Circuit The LM358 with a transistor output stage is shown in , characteristics and design criteria for each comparator circuit, while evaluating them in overall performance , explained In the following section. LM311 Used in a Comparator Circuit The LM311 chip is designed , ) vrefl Figure 4. LM358 Comparator Circuit Schematic Normal State - V r e f h Hysteresis v R E F ( v r e f lw ) Figure 3. Setting the Reference Voltages LM358 Op Amp Used in a Comparator -
OCR Scan
MPX2100 Series equivalent
Abstract: . The LM311 Used in a Comparator Circuit performance, this circuit can be used in many types of , is in Figure 7 shows the schematic for the LM358 op-amp comparator stage, and Table 1 shows its , LM358 with a transistor output stage is shown in Figure This circuit has similar performance to the , Comparator Circuit Schematic Figure 8. The LM358 with a Transistor Output Stage Comparator Circuit Motorola Sensor Device Data 4-315 AN1535 The LM339 Used in a Window Comparator Circuit The -
OCR Scan
lm311 OP-AMP opamp Lm358 pin function LM311 OPERATIONAL AMPLIFIER OPERATION r2rh r sensing circuit using LM358 schematic l MTS102/103/105
Abstract: The LM358 Op­Amp Used in a Comparator Circuit Figure 7 shows the schematic for the LM358 op­amp , each comparator circuit, while evaluating them in overall performance (i.e., switching speed , VREFH The LM311 Used in a Comparator Circuit The LM311 chip is designed specifically for use as a , the following equation: The LM339 Used in a Window Comparator Circuit Using two voltage , circuit is intended for applications in which a continuous analog range of temperature is to be sensed Motorola
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schematic diagram rice cooker VCC FOR OPAMP LM311 MTS102 Application Note AN1535 LM358 temperature control AN1535/D
Abstract: . The higher switching frequency may allow up to a 2:1 reduction in output filter inductor size. The MIC4575 is available in 3.3V, and 5V fixed output versions or a 1.23V to 20V adjustable output version , guaranteed to ±10%. In shutdown mode, the regulator draws less than 200uA standby current. The regulator , is available in TO-220 (T) and TO-263 (U) packages for the industrial temperature range , survive a short circuit to ground for input voltage above 24V. 4-108 April 1998· MIC4575 Micrel Semiconductor
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diagram Converter 24v to 12v charger on LM358 battery charger on LM358 charge battery lm339 lm358 frequency duty cycle nichicon LM2575 MIC4575BT LM3420 UPL1V151MPH UPL1C331MPH 1N5819
Abstract: Low power, low noise dual op-amps in SO8 package APX393 Dual low voltage comparator in SO8 package APX339 Quad low voltage comparator in TSSOP14 package Shunt Regulators Cost-effective , applications Timer Devices NE555 Timer device in SO8 package. 0 to 70ºC operating temperature range (NEW) SA555 Timer device in SO8 package. -40 to 85ºC operating temperature range (NEW) NA555 Timer device in SO8 package. -40 to 105ºC operating temperature range (NEW) Op-amps and Comparators Diodes
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microchip tl431 LMV321 LM555 KA555 LMV324 LMV358 APX4558
Abstract: comparator array SOP8 ­ 1.6~3.6v 0.37 Switching Regulators BA9700AF * Single channel controller SOP14 -40 , . pwr tran. IO: 70mA max SOP8 ­ 4~28v 0.32 BA6404F Built-in auto reset circuit IO: 70mA SOP8 -20 +80°C 4~28v 0.32 BA6408F Built-in auto reset circuit IO: 70mA SOP8 5~14.5v 0.51 Transistor Array BA12003BF 7 , SOP14 8.7 6.2 SOP16 10.0 6.2 SOP18 11.2 7.8 All dimensions in mm. SSOP-A16, 24 DIMENSIONS A B , dimensions in mm. SSOP-B8, 14 DIMENSIONS A 6.4 4.4 14 1 8 7 1.15 0.11 0.65 0.22 A SSOP-B8 -
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BA3129F BA10358FV QFP32 BA10324 NE55321 MC4741 LM324 slew rate lm324 and lm339 LM324 FUNCTION LS4558 BA3128F BA728F BA10358F BA4558F
Abstract: LM358 6 4 Q1 VN2222LL U3 3 8 COMP IN IOUT 1 .24V = R3 R2 R1 VIN R8 10k R9 10M , frequency may allow up to a 2:1 reduction in output filter inductor size. The MIC4575 is available in 3.3V , specified voltages and load conditions. The oscillator frequency is guaranteed to ±10%. In shutdown mode , inductors. Frequency compensation is provided internally. The MIC4575 is available in TO-220 (T) and TO , short circuit to ground for input voltage above 24V. July 2001 3 MIC4575 MIC4575 Micrel Micrel Semiconductor
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SS26 R4 lm358 24v
Abstract: the 52kHz LM2575. The higher switching frequency may allow up to a 4:1 reduction in output filter inductor values. The MIC4575 is available in 3.3V, and 5V fixed output versions or a 1.23V to 18V , frequency is guaranteed to ±10%. In shutdown mode, the regulator draws less than 200uA standby current , internally. Applications · · · · · · · The MIC4575 is available in TO-220 (BT) and TO-263 (BU , Oscillator Current Limit Driver Comparator L1 SW VOUT 1A Switch D1 COUT 1.23V Micrel Semiconductor
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HM77-11003 lm358 li ion charger circuit MBR1603 BATA7 9435 motorola UPL1J151MPH RCH106-680K 1N5244 SP-1/2-A1-0R100J 2N2222 MIC4575BU MBRS130LT3
Abstract: . The higher switching frequency may allow up to a 2:1 reduction in output filter inductor size. The MIC4575 is available in 3.3V, and 5V fixed output versions or a 1.23V to 20V adjustable output version , guaranteed to ±10%. In shutdown mode, the regulator draws less than 200uA standby current. The regulator , . Applications · · · · · · · The MIC4575 is available in TO-220 (T) and TO-263 (U) packages for the , survive a short circuit to ground for input voltage above 24V. Note 2: Specification for packaged Micrel Semiconductor
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MIC4575-3 330uF 16V uux1h470mt1gs LM3587 LM339 sd LM2575 BOOST CONVERTER
Abstract: comparator (LM358) fed from a Wheatstone bridge containing the NTC thermistor in one of its arms. The arm , fat-fryer temperature control circuit based on a Philips NTC thermistor in metal encapsulation All rights , electro-mechanical temperature controllers, especially in automotive equipment, industrial systems and domestic , for fat fryers. The sensor has already been adopted by the French company SEB in their Universalis , temperaturecontrol network designed to sense temperatures between 150 and 200 °C in a fat fryer with an accuracy Philips Components
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philips NTC thermistor philips ntc thermistors LM358 wheatstone bridge LM35* NTC philips NTC 22 thermistor NTC Thermistor 100 B25/85 1N4004 CCA210
Abstract: . The higher switching frequency may allow up to a 2:1 reduction in output filter inductor size. · , available in 3.3V, and 5V fixed output versions or a 1.23V to 20V adjustable output version. Both versions , In shutdown mode, the regulator draws less than 200uA standby current. The regulator performs , provided internally. The MIC4575 is available in TO-220 (T) and TO-263 (U) packages for the industrial , survive a short circuit to ground for input voltage above 24V. June 2005 3 M9999 Micrel Semiconductor
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0-12v variable power supply LM358 pinout motorola 1N4148 nichicon sp MIC4575WU MIC4575WT M9999-062105
Abstract: . The higher switching frequency may allow up to a 2:1 reduction in output filter inductor size. · , available in 3.3V, and 5V fixed output versions or a 1.23V to 20V adjustable output version. Both versions , In shutdown mode, the regulator draws less than 200uA standby current. The regulator performs , provided internally. The MIC4575 is available in TO-220 (T) and TO-263 (U) packages for the industrial , survive a short circuit to ground for input voltage above 24V. July 2001 3 MIC4575 MIC4575 Micrel Semiconductor
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PL52B-68-500 LM358 internal block diagram MBRS160 pin diagram of LM358 nichicon low esr capacitors c 9435
Abstract: AMPLIFIERS Typical Single-Supply Circuit (V+=5.0VDC) +5V * +V IN + +VO VO (Volts) R2 1M R1 , Incorporated LM358 LOW POWER DUAL OPERATIONAL AMPLIFIERS Typical Single-Supply Circuit (Continued) (V , applies for the devi ce soldered in a printed circuit board, operating in a still air ambient. The , to saturate or to reduce the power which is dissipated in the integrated circuit. 3. Short circuits , taken to insure that the power supply for the integrated circuit never becomes reversed in polarity or Diodes
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DS35167
Abstract: Circuit Shown) MAXIMUM RATINGS (TA = +25°C, unless otherwise noted.) Symbol LM258 LM358 LM2904 , simultaneous shorts on all amplifiers. http://onsemi.com 4 LM358, LM258, LM2904, LM2904V CIRCUIT , LM358, LM258, LM2904, LM2904V Dual Differential Input, Low Power Operational Amplifiers Utilizing the circuit designs perfected for recently introduced Quad Operational Amplifiers, these dual , amplifier. The LM358 series is equivalent to one­half of an LM324. These amplifiers have several distinct ON Semiconductor
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MC1558 MC1741 LM358 oscillator 1.2 lm358 lm2904n lm358 pin diagram LM258/LM358 LM358/D
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