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SDP8405-015 Honeywell Sensing and Control PHOTO TRANSISTOR DETECTOR ri Buy
SDP8405-012 Honeywell Sensing and Control PHOTO TRANSISTOR DETECTOR ri Buy
SDP8406-001 Honeywell Sensing and Control PHOTO TRANSISTOR DETECTOR ri Buy

PHOTO RESISTOR

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Replacing a Photo Resistor (CdS) with a Phototransistor Ambient light sensors are used to detect light in a , , using a Vishay phototransistor in place of a photo resistor requires only a change in a resistor value. Figure 1 shows how the photo resistor, S1-CDS, is replaced by the TEMT6000X01 TEMT6000X01 phototransistor. The light-to-current transfer factor of the TEMT6000X01 TEMT6000X01 is about 25 % of the 4-mm photo resistor. For the same , Ambient Light Sensors Replacing a Photo Resistor (CdS) with a Phototransistor Figure 2 and 3 show how ... Vishay Semiconductors
Original
datasheet

2 pages,
93.54 Kb

goodsky relay datasheet photo triac Photo resistor (any type) datasheet CDS light resistor "Photo resistor" TEMT600 CDS light sensor goodsky S9014C Photo resistor datasheet SH-112D PHOTO RESISTOR TEMT6000X01 RHW-SH-112DM cds light sensors CdS PHOTO resistor varistor 7d271k goodsky 12v relay 7d271k goodsky relay TEXT
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Abstract: overall photo sense tolerance depends upon the accuracy of the external resistor. Using 1% or better , resistor is calculated to get the collector current when the photo diode is saturated. With a typical 10 , NCP5080 NCP5080 Xenon Photoflash Capacitor Charge with Photo Sense Interface The NCP5080 NCP5080 product is a , Protection ·Dedicated Photo Flash Trigger Pin ·Provides IGBT drive ·Embedded Photodiode Sense ·Adjustable , Applications ·Digital Camera Photo Flash ·Digital Cellular Phone Camera Photo Flash ·Low Power Beacon 1 ... ON Semiconductor
Original
datasheet

12 pages,
431.33 Kb

PerkinElmer strobe light 200 xenon beacon Rubycon photoflash xenon strobe light light source xenon flash tube FET-O-D03150220E-02 transformer photo flash schematic diagram ip camera NCP5080 Lamps FLASH TUBE xenon perkin elmer strobe circuit EC3215G-X schematic diagram xenon power supply PERKINELMER FLASH TUBE PERKINELMER xenon FLASH lamp schematic xenon power supply igbt xenon tube xenon tube xenon Schematic Power Supply TEXT
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Abstract: V range, capable to support the internal resistor network (R load minimum is 500 kW). The photo , be tested. 12. The overall photo sense tolerance depends upon the accuracy of the external resistor , depicted in Figure 4. The sense resistor is calculated to get the collector current when the photo diode , NCP5080 NCP5080 Xenon Photoflash Capacitor Charge with Photo Sense Interface The NCP5080 NCP5080 product is a , Short Circuit Protection •ăDedicated Photo Flash Trigger Pin •ăProvides IGBT drive ... ON Semiconductor
Original
datasheet

12 pages,
321.9 Kb

NCP5080 TEXT
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Abstract: V DD (+V ) 2 Photo Resistor 3 Time Select1 4 8 LS7217 LS7217 APPLICATIONS Lighting , €¢ Input interface to Photo Resistor • Programmable Duration Selection • Shunt regulator • 50Hz , dark condition. VSS (Pin 6) VSS is the supply voltage negative terminal. PHOTO RESISTOR Input (Pin 3) The photo resistor input has hysteresis for a postiive trip 50Hz / 60 Hz SELECT Input (Pin 8 , photo resistor connected operation. Floating this input selects the correct timing for between the ... LSI Computer Systems
Original
datasheet

4 pages,
173.55 Kb

A3800 TEXT
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Abstract: integrated onto the same chip l Photo sensitivity: 1.2 V/uW (when internal resistor is used) l Small , PHOTO IC Photo IC with op amplifier S7765 S7765 Monolithic photo IC integrated with photodiode and op amp S7765 S7765 photo IC consists of a photodiode and an op amp for converting the photodiode output current into a voltage with ground as reference level. By short-circuiting the internal resistor terminal (RF) to the output terminal (OUT), the internal resistor (3 M Typ.) can be used for currentto-voltage ... Hamamatsu Photonics
Original
datasheet

2 pages,
136.19 Kb

SE-171 datasheets of op-amp ic 741 ic 741 datasheet ic 741 datasheets KPIC1045E01 OP 741 pdf of 741 ic photo amplifier application circuit PHOTO RESISTOR photodiode amplifier S7765 733 op amp OP-AMP ic 741 datasheet 741 OP Amp DATASHEET OF IC 741 TEXT
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Abstract: V DD (+V ) 2 Photo Resistor 3 Time Select1 4 8 LS7217 LS7217 APPLICATIONS Lighting , interface to Photo Resistor · Programmable Duration Selection · Shunt regulator · 50Hz / 60Hz time base , accelerated by a factor of 60. PHOTO RESISTOR Input (Pin 3) The photo resistor input has hysteresis for a postiive trip point. The input will work with a photo resistor connected between the input and VDD. The photo resistor provides a low impedance in the presence of ambient light and a high impedance in the ... LSI Computer Systems
Original
datasheet

3 pages,
167.92 Kb

SILONEX - NSL19M51 1N4004 1N4004 at 50hz 2N3904 19M51 photo resistor LDR 3 Q1 photo LS7217 ic timer relay Photocell LDR NSL-19M51 A3800 PHOTO RESISTOR LDR 03 PHOTO RESISTOR TEXT
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Abstract: V DD (+V ) 2 Photo Resistor 3 Time Select1 4 8 LS7217 LS7217 APPLICATIONS Lighting , interface to Photo Resistor · Programmable Duration Selection · Shunt regulator · 50Hz / 60Hz time base , accelerated by a factor of 60. PHOTO RESISTOR Input (Pin 3) The photo resistor input has hysteresis for a postiive trip point. The input will work with a photo resistor connected between the input and VDD. The photo resistor provides a low impedance in the presence of ambient light and a high impedance in the ... LSI Computer Systems
Original
datasheet

3 pages,
128.16 Kb

TA 7217 1N4004 2N3904 A3800 "Photo resistor" ic 7217 LS7217 Photo resistor datasheet 1N4004 at 50hz data sheet IC 7217 ic timer relay Photocell LDR dusk datasheet and application 7217 7217 IC photo resistor LDR 3 7217 PHOTO RESISTOR LDR 03 PHOTO RESISTOR TEXT
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Abstract: the IC. Relay OUT 1 V DD (+V ) 2 Photo Resistor 3 Time Select1 8 4 50Hz , interface to Photo Resistor • Programmable Duration Selection • Shunt regulator • 50Hz / 60Hz time , correct timing for 50Hz operation. Floating this input selects the correct timing for PHOTO RESISTOR Input (Pin 3) 60Hz operation. A low at this input places the LS7218 LS7218 into The photo resistor input has , will work with a photo resistor connected 60. between the input and V DD. The photo resistor provides ... LSI Computer Systems
Original
datasheet

3 pages,
167.5 Kb

A3800 TEXT
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Abstract: INPUT, ANALOG This pin senses the voltage developed across the external Photo Bias resistor. Since , clock to control the DC/DC converter and to set up the output current and the photo sensor. The SCL , voltage, derived from the Vbat supply, to bias the external photo sense. The current capability of this , noise that may influence the photo sense analog function. The bias parameters associated with the AMBS , , resistor shall be used to get the highest accuracy of the LED biases. An external current source can be ... ON Semiconductor
Original
datasheet

17 pages,
291.4 Kb

White LED pspice model horus NCP5021 NCP5021MUTXG 470R UQFN-16 SFH5711 smartphone brightness controller UQFN16 523AF DNSR0320MW2T1 LLGA16 NSR0240M2T5G pspice photo sensor phg4 TEXT
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Abstract: INPUT, ANALOG This pin senses the voltage developed across the external Photo Bias resistor. Since , clock to control the DC/DC converter and to set up the output current and the photo sensor. The SCL , voltage, derived from the Vbat supply, to bias the external photo sense. The current capability of this , noise that may influence the photo sense analog function. The bias parameters associated with the AMBS , , resistor shall be used to get the highest accuracy of the LED biases. An external current source can be ... ON Semiconductor
Original
datasheet

17 pages,
346.72 Kb

UQFN16 PHG2 NSR0240M2T5G NSR02 NCP5021MUTXG 470R SFH5711 523AF DNSR0320MW2T1 NCP5021 TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
, 65, 66,Photo Resistor 67,Photo Diode 68,Photo Transistor2 69,Photo Transistor3 70,Optocoupler #SimImages File 0,Ground 1,DC Suppply 2,Battery 3,AC Supply 4,DC Voltage Source 5,DC Current Source 6,Resistor 7,Potentiometer 8,Capacitor 9,Inductor 10,Cored Inductor 11,Coupled Inductor 12,Transformer 13,Delayline 14,Switch 15, 16, 17,Thermistor 18,Fuse 19,Impedence 20, 21, 22, 23,SPDT 24,High Low Switch 25, 26, 27,Pushbutton 28, 29
/datasheets/files/kaleidoscope/cad/visionics_edwinxp140/edwinxp/sys/simimages.prf
Kaleidoscope 04/09/2003 1.75 Kb PRF simimages.prf
/bipolar/*.* $ENDCMP # $CMP PHOTORESISTOR D Photo resistor $ENDCMP # $CMP PNP F transistors/bipolar
/datasheets/files/kaleidoscope/cad/kicad - kicad/library/device.dcm
Kaleidoscope 07/04/2005 2.23 Kb DCM device.dcm
operation during day-time, a photo resistor (LDR) senses the light intensity and switches off the circuit. ) Figure 9: Demo Board Photo IRA - E100S E100S UAA4713 UAA4713 11/14 DIP14 DIP14 PACKAGE MECHANICAL DATA DIM. mm inch MIN. TYP.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1530.htm
STMicroelectronics 02/04/1999 12.64 Kb HTM 1530.htm
operation during day-time, a photo resistor (LDR) senses the light intensity and switches off the circuit. ) Figure 9: Demo Board Photo IRA - E100S E100S UAA4713 UAA4713 11/14 DIP14 DIP14 PACKAGE MECHANICAL DATA DIM. mm inch MIN. TYP.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1530-v2.htm
STMicroelectronics 14/06/1999 12.6 Kb HTM 1530-v2.htm
photo resistor (LDR) senses the light intensity and switches off the circuit. The capacitor at pin 2 INFORMATION (continued) Figure 9: Demo Board Photo IRA - E100S E100S UAA4713 UAA4713 11/14 DIP14 DIP14 PACKAGE MECHANICAL DATA
/datasheets/files/stmicroelectronics/books/ascii/docs/1530.htm
STMicroelectronics 25/05/2000 15.16 Kb HTM 1530.htm
sensor. To avoid circuit operation during day-time, a photo resistor (LDR) senses the light intensity (continued) Figure 9: Demo Board Photo IRA - E100S E100S UAA4713 UAA4713 11/14 DIP14 DIP14 PACKAGE MECHANICAL DATA DIM. mm
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1530-v1.htm
STMicroelectronics 25/05/2000 14.46 Kb HTM 1530-v1.htm
CONTROLLER By putting a photo resistor in parallel with R2 (see Fig.28), the output voltage is controlled by An external resistor Rcl (+/-1%, 1/4W), connected between pin2 and ground, sets the requested current resistor values out of the above mentioned range. The pin cannot be left floating; when not used, it has to be connected to GND. Fig.11 shows the output current available vs. resistor value. In programmable
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5235-v2.htm
STMicroelectronics 14/06/1999 26.71 Kb HTM 5235-v2.htm
CONTROLLER By putting a photo resistor in parallel with R2 (see Fig.28), the output voltage is controlled by fi xed . An external resistor Rcl (+/-1%, 1/4W), connected between pin2 and ground, sets the the load current. It is not recommended to use resistor values out of the above mentioned range. The current available vs. resistor value. In programmable current limi ting with R CL =13K W the dropout has application. The Rcl sets the charging current and the resistor divider determines the final charging vo ltage
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5235.htm
STMicroelectronics 20/10/2000 30.36 Kb HTM 5235.htm
CONTROLLER By putting a photo resistor in parallel with R2 (see Fig.28), the output voltage is controlled by An external resistor Rcl (+/-1%, 1/4W), connected between pin2 and ground, sets the requested current resistor values out of the above mentioned range. The pin cannot be left floating; when not used, it has to be connected to GND. Fig.11 shows the output current available vs. resistor value. In programmable
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5235-v1.htm
STMicroelectronics 02/04/1999 26.75 Kb HTM 5235-v1.htm
dropout voltage, which depends on Iout. LIGHT CONTROLLER By putting a photo resistor in parallel with An external resistor Rcl (+/-1%, 1/4W), connected between pin2 and ground, sets the requested current resistor values out of the above mentioned range. The pin cannot be left floating; when not used, it has to be connected to GND. Fig.11 shows the output current available vs. resistor value. In the charging current and the resistor divider determines the final charging vo ltage to a value given
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5235-v3.htm
STMicroelectronics 25/05/2000 28.56 Kb HTM 5235-v3.htm