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LT1009S8#TR Linear Technology LT1009 Series - 2.5V Reference; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1009CZ#TRPBF Linear Technology LT1009 Series - 2.5V Reference; Package: TO-92; Pins: 3; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1009CZ Linear Technology LT1009 Series - 2.5V Reference; Package: TO-92; Pins: 3; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1009IZ#PBF Linear Technology LT1009 Series - 2.5V Reference; Package: TO-92; Pins: 3; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1009CMS8 Linear Technology LT1009 Series - 2.5V Reference; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1009IS8#PBF Linear Technology LT1009 Series - 2.5V Reference; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

MPX2100 Series equivalent

Catalog Datasheet MFG & Type PDF Document Tags

MPX2100 Series equivalent

Abstract: DEVB173 Power Supply Voltage Full Scale Pressure MPX2010 MPX2050 MPX2100 MPX2200 MPX2700 Overpressure Full Scale , . Any of these sources will produce equivalent outputs. The output is a ground referenced analog signal , XDCR1 MPX2000 SERIES 1 SENSOR 1 5 + 6 ­ U2B MC33272 R1 93.1 k 1% C3 0.001 µF 8 7 OUT 3 I G 4 GND , % Figure 2. Sensor Mini Block +8 V 5 + 6 ­ 8 7 OUT 3 4 2 XDCR1 MPX2000 SERIES 1 SENSOR U2A 3 , in Figure 2 is then equivalent to Figure 3 with a VOFFSET input of 0.5 V. The resulting 0.5 V to 4.5
Motorola
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AN1324 DEVB173 MPX2100 Series equivalent pressure sensor instrumentation amplifier circuit

DEVB173

Abstract: MPX2050 P2. Any of these sources will produce equivalent outputs. The output is a ground referenced analog , Pressure MPX2010 MPX2050 MPX2100 MPX2200 MPX2700 Overpressure PFS kPa PMAX - - , MC33272 R1 2 XDCR1 MPX2000 SERIES 1 SENSOR 93.1 k 1% GND Freescale Semiconductor, Inc , 12.4 k 1% 7 OUT U2B MC33272 R1 2 XDCR1 MPX2000 SERIES 1 SENSOR VOFFSET 8 U2A , . For purposes of analysis, the complete circuit in Figure 2 is then equivalent to Figure 3 with a
Motorola
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mpx2010 schematic MC33272P MPX2000 Series scale sensor MPX2100 Series MC78L08ACP AN1324/D

DEVB173

Abstract: MPX2100 Series equivalent Scale Pressure MPX2Q10 MPX2050 MPX2100 MPX2200 MPX2700 Overpressure Full Scale Output Zero Pressure , . Any of these sources will produce equivalent outputs. The output is a ground referenced analog signal , complete circuit in Figure 2 is then equivalent to Figure 3 with a V o F F S E T inPut ° f 0-5 V. The , ranges, MPX2050, MPX2100, MPX2200, and MPX2700 pressure sensors can be substituted directly for each , MPX2200 200 kPa sensor for an MPX2100 100 kPa unit will change the full scale output from 4.5 V at 100 kPa
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schematic sensor mpx2200 MPX2100DP equivalent N1324

AN1324

Abstract: DEVB173 these sources will produce equivalent outputs. The output is a ground referenced analog signal. It , MPX2050 MPX2100 MPX2200 MPX2700 Overpressure PFS kPa Zero Pressure Offset Sensitivity , MPX2000 SERIES 1 SENSOR 93.1 k 1% GND R7 TRIM R3 39.2 k R5 1.33 k 1% U2A 3 , MPX2000 SERIES 1 SENSOR VOFFSET 8 U2A 3 MC33272 + 1 2 ­ 4 93.1 k R2 1% 750 1% R4 , , providing a total of 12.4 k. For purposes of analysis, the complete circuit in Figure 2 is then equivalent
Motorola
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motorola 4 pin sensor

MPX2700 Series

Abstract: DEVB173 these sources will produce equivalent outputs. The output is a ground referenced analog signal. It , MPX2050 MPX2100 MPX2200 MPX2700 Overpressure PFS kPa Zero Pressure Offset Sensitivity , MPX2000 SERIES 1 SENSOR 93.1 k 1% GND R7 TRIM R3 39.2 k R5 1.33 k 1% U2A 3 , MPX2000 SERIES 1 SENSOR VOFFSET 8 U2A 3 MC33272 + 1 2 ­ 4 93.1 k R2 1% 750 1% R4 , , providing a total of 12.4 k. For purposes of analysis, the complete circuit in Figure 2 is then equivalent
Motorola
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MPX2700 Series motorola regulator

DEVB173

Abstract: MPX2100 Series equivalent differential pressure between P1 and P2. Any of these sources will produce equivalent outputs. The output is , 100 200 700 Full Scale Pressure MPX2010 MPX2050 MPX2100 MPX2200 MPX2700 Overpressure PFS , SERIES 1 SENSOR 93.1 k 1% GND ARCHIVED BY FREESCALE SEMICONDUCTOR, INC. 2005 Freescale , R6 12.4 k 1% 7 OUT U2B MC33272 R1 2 XDCR1 MPX2000 SERIES 1 SENSOR VOFFSET 8 , . For purposes of analysis, the complete circuit in Figure 2 is then equivalent to Figure 3 with a
Motorola
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motorola op amp

LM358 voltage comparator

Abstract: LM358 IN COMPARATOR CIRCUIT evaluating BASIC SENSOR OPERATION Motorola's MPX2000 Series sensors are temperature compensated and , some signal conditioning to obtain a usable voltage level. For this specific design, an MPX2100 and , ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ Á Á Á Á Á ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ Table 1. MPX2100 Electrical Characteristics for VS = 10 , pressure switch design. The LM324 is a quad op amp that has equivalent amplifier characteristics to the
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LM358 voltage comparator LM358 IN COMPARATOR CIRCUIT LM358 op amp LM358 comparator low speed LM358 sensor temperature LM358 comparator hysteresis AN1517/D AN1517

LM358 IN COMPARATOR CIRCUIT

Abstract: LM358 comparator ic comparator circuit, while evaluating BASIC SENSOR OPERATION Motorola's MPX2000 Series sensors are , specific design, an MPX2100 and 5.0 V supply is used to provide a maximum sensor output of 20 mV. The , . INTRODUCTION Table 1. MPX2100 Electrical Characteristics for VS = 10 V, TA = 25°C Characteristic , that has equivalent amplifier characteristics to the LM358. VCC R1 U1 LM358 Vin Vout
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LM358 comparator ic simple LM324 COMPARATOR CIRCUIT Lm324 window comparator datasheet lm358 cmos LM358 comparator circuit of low voltage comparator using lm311 for

LM358 comparator low speed

Abstract: LM358 op amp evaluating BASIC SENSOR OPERATION Motorola's MPX2000 Series sensors are temperature compensated and , some signal conditioning to obtain a usable voltage level. For this specific design, an MPX2100 and , ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ Á Á Á Á ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ Table 1. MPX2100 Electrical , that has equivalent amplifier characteristics to the LM358. VCC R1 U1 LM358 Vin Vout
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LM311 comparator hysteresis heart rate monitor lm324 heart rate monitor using LM358 Lm324 window comparator sensor voltage using LM358 window comparator circuit using op amp lm311

heart rate monitor using LM358

Abstract: LM358 IN COMPARATOR CIRCUIT Motorola's MPX2000 Series sensors are temperature compensated and calibrated (i.e., offset and full­scale , level. For this specific design, an MPX2100 and 5.0 V supply is used to provide a maximum sensor output , ÁÁÁÁÁ ÁÁÁÁ ÁÁÁÁÁ ÁÁÁÁ Table 1. MPX2100 Electrical Characteristics for VS = 10 V, TA = 25°C Symbol POP , that has equivalent amplifier characteristics to the LM358. VCC R1 Vin U1 LM358 Vout VREF
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LM358 comparator circuit Signal Conditioning lm358 LM339 comparator sensor LM358 for comparator ic lm311 LM358 LM311 LM311

MPM3002

Abstract: MPX51000 performance in pressure sensing applications. The completely integrated MPX5100 (0 ­15 PSI) series pressure , 10K 2K Figure 2. High Level, Ground Referenced Output Using an MPX2000 Series Transducer THE SENSOR The MPX5100 is the next level of integration beyond the MPX2000 series. The MPX2000 series of , ground referenced output amplified to a high­level from an MPX2100 (0 ­15 PSI) transducer. For optimum , reference voltage is equivalent to the sensor output when the desired pressure exists in the system. A
Motorola
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MPX5100DP MPM3002 MPX51000 schematic diagram motor controller mc33033 ic2 78L05 MOTOR PUMP AN1307 MC33079 3386P MC33033P 78L05

LM358 IN COMPARATOR CIRCUIT

Abstract: LM358 comparator circuit Series sensors are temperature compensated and calibrated (i.e., offset and full-scale span are , voltage level. For this specific design, an MPX2100 and 5.0 V supply is used to provide a maximum sensor , Table 1. MPX2100 Electrical Characteristics for VS = 10 V, TA = 25°C Characteristics Pressure Range , design. The LM324 is a quad op amp that has equivalent amplifier characteristics to the LM358. VCC
Freescale Semiconductor
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comparator circuit using LM358 LM358 output drive circuits LM358 voltage comparator specifications LM339 comparator window transistor lm311 Heart rate using LM358

heart rate monitor using LM358

Abstract: LM358 op amp Motorola's MPX2000 Series sensors are temperature compensated and calibrated (i.e., offset and full­scale , level. For this specific design, an MPX2100 and 5.0 V supply is used to provide a maximum sensor output , ÁÁÁÁÁÁÁÁ Table 1. MPX2100 Electrical Characteristics for VS = 10 V, TA = 25°C Symbol POP VS Minimum 0 , was chosen for the pressure switch design. The LM324 is a quad op amp that has equivalent amplifier
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lm339 open collector LM358 comparator POTENTIOMETER

LM358 sensor temperature

Abstract: comparator circuit using LM358 Series sensors are temperature compensated and calibrated (i.e., offset and full-scale span are precision , this specific design, an MPX2100 and 5.0 V supply is used to provide a maximum sensor output of 20 mV , . MPX2100 Electrical Characteristics for Vs = 10 V, Ta = 25 C Characteristic Pressure Range Supply Voltage , that has equivalent amplifier characteristics to the LM358. 1 Hysteresis v r e f (Vr e f u w
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sensor motor DC schematic diagram

Abstract: schematic diagram motor controller mc33033 performance in pressure sensing applications. The completely integrated MPX5100 (0-1 5 PSI) series pressure , Data A N1307 Figure 2. High Level, Ground Referenced Output Using an MPX2000 Series Transducer THE SENSOR The MPX5100 is the next level of integration beyond the MPX2000 series. The MPX2000 series , create a ground referenced output amplified to a high-level from an MPX2100 (0-1 5 PSI) transducer. For , by creating a reference voltage. This reference voltage is equivalent to the sensor output when the
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sensor motor DC schematic diagram MC33033 digital pressure sensor circuit diagram mpx equivalent transistor n 4212 schematic diagram motor controller 1307 TRANSISTOR DEVB-104 SS-12SDP2

XDCR1 MPX2000

Abstract: Voltage-to-Frequency Interconnect RV1 S+ RP1 RP2 S­ RV2 RC2 Return Figure 1. Sensor Equivalent Circuit PRESSURE SENSOR , , when they are placed in series with zero TC temperature compensation resistors RC1 and RC2 the amount , very nearly fixed at 1/2 B+. In a typical MPX2100 sensor, the bridge resistors are nominally 425 ohms , microprocessor A/D inputs. Over a zero to 50° C temperature range, combined accuracy for an MPX2000 series sensor , ­ 14 U1B MC33274 U1D MC33274 R3 1 k U1C MC33274 8 R8 15 k GND XDCR1 MPX1000 Series
Freescale Semiconductor
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XDCR1 MPX2000 Voltage-to-Frequency Interconnect AD6548 XDCR1 AN1318 AN1316/D AN1305 AN1315 AN1309 AN1312

XDCR1 MPX2000

Abstract: XDCR1 MPX7000 Series . Sensor Equivalent Circuit PRESSURE SENSOR BASICS The essence of piezoresistive pressure sensors is , temperature coefficients. Therefore, when they are placed in series with zero TC temperature compensation , , the output voltage common mode is very nearly fixed at 1/2 B+. In a typical MPX2100 sensor, the bridge , ° C temperature range, combined accuracy for an MPX2000 series sensor and this interface is on the , R8 15 k GND XDCR1 MPX2000 SERIES PRESSURE SENSOR 3 2 R10 240* C3 .001 µF R9 15 k U1A
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XDCR1 MPX7000 Series AN-1312 lucas zener AN1313 AN1303 AD654

Voltage-to-Frequency Interconnect

Abstract: adjustable zero span amplifier ic , frequency modulation and 4-20 mA current loops are considered. Figure 1. Sensor Equivalent Circuit , , when they are placed in series with zero T c temperature compensation resistors RC1 and RC2 the amount , very nearly fixed at 1/2 B+. In a typical MPX2100 sensor, the bridge resistors are nominally 425 ohms , MPX2000 series sensor and this interface is on the order of ± 10%. Motorola Sensor Device Data 4-251 , . This voltage is fed into the LTC1100CN8's ground pin which is equivalent to returning R3 to pin 14 of
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adjustable zero span amplifier ic lcd 5657 isolated 4-20 ma converter ic 0-5 v to 4-20 ma converter MPX2100 sensor AD654 equivalent

sensor motor DC schematic diagram

Abstract: MPX51000 sensing applications. The completely integrated MPX5100 (0 ­15 PSI) series pressure transducer provides a , , Ground Referenced Output Using an MPX2000 Series Transducer THE SENSOR The MPX5100 is the next level of integration beyond the MPX2000 series. The MPX2000 series of pressure transducers already , high­level from an MPX2100 (0 ­15 PSI) transducer. For optimum performance, matched metal film resistor , reference voltage is equivalent to the sensor output when the desired pressure exists in the system. A
Motorola
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78L05 Motorola HALL IC Motorola hall motorola operational amplifier Nippon capacitors MOTOROLA brushless dc controller AN1307/D

u1d motorola

Abstract: XDCR1 MPX7000 Series + PRESSURE RC1 RP2 RV1 S+ S­ RP1 RV2 RC2 RETURN Figure 1. Sensor Equivalent Circuit , . Therefore, when they are placed in series with zero TC temperature compensation resistors RC1 and RC2 the , common mode is very nearly fixed at 1/2 B+. In a typical MPX2100 sensor, the bridge resistors are , temperature range, combined accuracy for an MPX2000 series sensor and this interface is on the order of ± 10 , R6 1k 12 13 R4 1k XDCR1 MPX2000 SERIES PRESSURE SENSOR 3 4 2 1 10 9
Motorola
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u1d motorola mpx7000 piezoresistance MC1404 MC34072 MC68HC11 AN1318/D
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