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sensor LDR 1

Catalog Datasheet MFG & Type PDF Document Tags

sensor LDR

Abstract: LDR light sensor Figure 2. + = 210 UChannel is the voltage applied to the standard sensor input AMUX 1 , is the voltage applied to the standard sensor input AMUX 1, UOffset is the offset compensation value , . Table 1 Reference Voltage and Input Channel Matrix Input Battery Sensor Signal Reference , the LDR is calculated based on the formula shown in Figure 9. = 1 1024 - R1 is 18kOhm , LDR is not a linear function, a power with about 1.1 is necessary. = 10 _10 1 0.9
Infineon Technologies
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ldr resistor

Abstract: ldr sensor continuously measures the analog voltage whatever the input value. Figure 1 shows how to connect a sensor , analog voltage in Stop mode while the ADC measures it in Run mode. Figure 1. Sensor output , Figure 2 shows how to connect a sensor output to an STM32L15xxx device using comparator 1 (COMP1). COMP1 , is fixed to VREFINT. Figure 2. Sensor output connection to COMP1 1. Legend for Figure 2 , microcontroller state. Using an LDR sensor, the microcontroller can switch to/from Lowpower mode depending on the
STMicroelectronics
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sensor LDR

Abstract: ldr sensor RegVLDCntl, 01H ; Disable SVLD countinuous mode LDR RegIRQ1 ; Save IRQ flags STA V_IRQ_1 ; Save IRQ , in Sleep External_IRQ: SHRR V_IRQ_1 JPC SVLD_TEST_HANDLER HandEnd: LDR RTI STACK0 , serial bus for communication, but it is also possible to use a Manchester protocol or only 1 wire of the , . Copyright © 2005, EM Microelectronic-Marin SA 1 www.emmicroelectronic.com AppNote 28 Software , init Check actual sensor pos. Yes No SCR Mode Check actual sensor pos. Update
EM Microelectronic-Marin
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TINKERKIT LDR SENSOR

Abstract:  PRODUCT INFO TinkerKit LDR Sensor Code: T000090 LDR (or Light Dependant Resistor, or Photoresistor) is a variable resistor. Light falling on the sensor decreases its resistance. Output: This module outputs 5v when the sensor receives no light (the circuit is open) and 0v when exposed to bright , , and T000090 LDR Analog Sensor connected to I0, maps the result to a range from 0 to 255  and uses , of lightness. This module is a SENSOR. The connector is an OUTPUT which must be connected to one
Arduino
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TINKERKIT LDR SENSOR T010111
Abstract: .0 November 1, 2013 Application Note 1895 Variables Data Plots 1.0 LDR GND AVG LDR GND MAX LDR BIAS , Hardened Temperature Sensor Introduction This interim report documents the results of low and high dose , sensor. The tests were conducted to provide an assessment of the total dose hardness of the part and to , Bay Hopewell Designs N40 panoramic 60Co irradiator. Annealing was performed under the Figure 1 bias , circuitry. Test Fixturing Figure 1 shows the configuration used for biased irradiation at both high and Intersil
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ISL71590SEH CY2014 AN1895

sensor LDR 1

Abstract: LDR light sensor PIR sensor and the internal PIR amplifiers as well as the external timeout and LDR networks. TABLE , R10 V SS AC 11 LDR R9 LS6506R C7 - C6 - MODE D1 PIR SENSOR VSS LDR Earth Gnd R2 R6 AMP 2 OUT C2 15 R5 3 LR AMP 2 (- ) IN AMP 1 , Z1 14 - VSS TIME OUT CONTROL C9 C6 R6 R5 3 R9 PIR SENSOR 15 LDR , Momentary SW2 = SPST SW3 = SPST D1 = 1N4004 LDR = Silonex NSL-19M51 (Typical) Z1 = 15V, 1/2W, 5% T1
LSI Computer Systems
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sensor LDR 1 LDR light sensor A3800 LS6507R 115VAC 220VAC LS6506R-S LS6507R-S
Abstract: provide power to the PIR sensor and the internal PIR amplifiers as well as the external timeout and LDR , 0.01µF LDR = SILONEX NSL-19M51 (Typical) C6 = 0.1uF Z1 = 15V, 1/2W, 5% D1 = DF02 Bridge Rectifier , C5 AMP 1 (+ ) IN AMP 2 (- ) IN PIR SENSOR 15 C6 R6 R5 3 AMP 2 OUT 5V , , Melville, NY 11747 (631) 271-0400 FAX (631) 271-0405 PIR SENSOR INTERFACE FEATURES: â'¢ Latching , adjustments â'¢ 3 Operating Modes: 1. Manual On or Auto On / (Manual Off and Delayed Auto On) or (Manual LSI Computer Systems
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6506R-060209-9 CD4049UB/CD4050B 6506R-012608-10 MPSA42 120VRMS 277VRMS
Abstract: PIR sensor and the internal PIR amplifiers as well as the external timeout and LDR networks. TABLE , 11 LDR R9 LS6506R C7 - C6 - MODE D1 PIR SENSOR VSS LDR Earth , 3 R9 PIR SENSOR 15 LDR 11 R13 LS6507R C8 7 G TRIAC OUT MODE , 15 DIFF AMP 1 INPUT(- ) 16 DIFF AMP 1 OUTPUT 3 TIME-OUT INPUT LDR INPUT ON , , Melville, NY 11747 (631) 271-0400 FAX (631) 271-0405 PIR SENSOR INTERFACE FEATURES: â'¢ Latching LSI Computer Systems
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6506R 6506R-042308-11

sensor LDR

Abstract: ldr sensor Limited Page 1 Matrix Multimedia Sensor Board 1 About this document This document concerns , develop programming code using Flowcode icons. Sensor Board Layout 4 +V GND 5 e 3 1 blocks sensors 6 2 1) 2) 3) 4) 5) 6) 9 Way D-type Plug On-board light sensor , (Appendix 1) consists of up to 4 sensors, an LDR, a variable resistor to simulate varying analogue signal , Matrix Multimedia Sensor Board Appendix 1 ­ Circuit Diagram Copyright © 2004 Matrix Multimedia
Matrix Multimedia
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sensor LDR ldr sensor ph sensor sensor LDR diagram motion DETECTOR CIRCUIT using LDR motion DETECTOR CIRCUIT DIAGRAM EB-003-00-1

RE200B

Abstract: Sensor Pir RE200B LDR Z1 14 - VSS R10 C7 C6 R6 V DD LOAD PIR SENSOR 15 R5 3 R9 AMP 1 (+ ) IN AMP 2 (-) IN LDR 11 R13 LS6507 C8 7 + G TRIAC OUT , Momentary SW2 = SPST SW3 = SPST D1 = 1N4004 LDR = Silonex HSL-19M52 (Typical) Z1 = 15V, 1/2W, 5% T1 , , Melville, NY 11747 (631) 271-0400 FAX (631) 271-0405 PIR SENSOR INTERFACE FEATURES: · Latching , 4 for State Diagrams. Operation for the Mode 1 is as follows: Refer to Figure 2. The IC will power
LSI Computer Systems
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LS6506 RE200B Sensor Pir RE200B LHi 878 LHi 878 application RE200B datasheet LHi 958 LS6506-S LS6507-S

PIR Sensor Interface

Abstract: LS6506R LS6507R timeout and LDR networks. TABLE 1 Output Operation Time as a Function of Time Out Input Control , - MODE D1 PIR SENSOR VSS LDR Earth Gnd R2 R6 AMP 2 OUT C2 15 R5 , 1N4148 C5 = 0.01µF LDR = SILONEX NSL-19M51 (Typical) C6 = 0.1uF Z1 = 15V, 1/2W, 5% D1 = DF02 Bridge , CONTROL C9 C6 R6 R5 3 R9 PIR SENSOR 15 LDR 11 R13 LS6507R C8 7 , SPST D1 = 1N4004 LDR = Silonex NSL-19M51 (Typical) Z1 = 15V, 1/2W, 5% T1 = Q4008L4 (Typical
LSI Computer Systems
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PIR Sensor Interface LS6506R LS6507R pir sensor 6506R-060209-12

Heimann lhi 878

Abstract: Heimann lhi 958 .1µF,250V * C9 = .1µF,400V D1 = 1N4004 LDR = SILONEX HSL-19M52 (Typical) Z1 = 9.1V, 1/2W T1 = , R5 16 + R7 R3 2 AMP 2 (-)IN C4 PIR SENSOR 1 C5 - AMP 1 (+)IN R4 3 , (631) 271-0400 FAX (631) 271-0405 A3800 PIR SENSOR INTERFACE January 1998 DESCRIPTION: (See , motion from a PIR Sensor and initiating appropriate responses. The detailed description of the , can be recognized and appear as pulses at the Digital Filter output. 6501LP-040900-1 DIFF. AMP. 1
LSI Computer Systems
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Heimann lhi 878 Heimann lhi 958 LHi 954 LHi 954 heimann LHi 978 LHi 874 LS6501LP

Heimann LHi 978

Abstract: AMP 1 (+)IN + R4 2 16 R2 3 PIR SENSOR 15 C6 R6 R5 C5 + C2 - , ,250V * C9 = .1µF,400V D1 = 1N4004 LDR = SILONEX HSL-19M52 (Typical) Z1 = 9.1V, 1/2W T1 = Q4008L4 , C3 AMP 1 OUT AMP 1 (-)IN R5 16 + R7 R3 2 AMP 2 (-)IN C4 PIR SENSOR 1 C5 - AMP 1 (+)IN R4 3 R6 15 + PIR SENSOR 2 C6 R8 AMP 2 OUT R10 5V , detecting motion from a PIR Sensor and initiating appropriate responses. The detailed description of the
LSI Computer Systems
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Heimann LHi 978

Heimann lhi 878

Abstract: Heimann lhi 958 * C9 = .1µF,400V D1 = 1N4004 LDR = SILONEX HSL-19M52 (Typica Z1 = 9.1V, 1/2W T1 = Q4008L4 (Typical , OUT AMP 1 (-)IN R5 16 + R7 R3 2 AMP 2 (-)IN C4 PIR SENSOR 1 C5 - AMP 1 (+)IN R4 3 R6 15 + PIR SENSOR 2 C6 R8 AMP 2 OUT R10 5V REG OUT , ASSIGNMENT - TOP VIEW DIFF. AMP. 1 OUTPUT 1 DIFF. AMP. 2 INPUT (-) 16 DIFF. AMP 1 INPUT (-) 2 15 DIFF. AMP 1 INPUT (+) DIFF. AMP. 2 OUTPUT 3 14 5V REGULATOR OUTPUT OSCILLATOR
LSI Computer Systems
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pir motion sensor LHi 958 LHi 958 application note trigger coil heimann LHi 874 application note Heimann lhi 874 LHi 958 application

LDR sensor light dark sensor

Abstract: LDR light sensor Switch is set to the random mode, the Switch's light sensor kicks in. When it is night, the switch will , sw1 (Figure 1) is switched to OFF, the relay is switched off by q1, and the light is off. The LED is , Timer Mode. The LED will blink 1 second on and 1 second off. The circuit polls the pin 3 to see if the LDR (s1) senses the darkness. If s1 senses darkness, the first random delay starts. The random delay period is between 0 seconds to 1 hour. When the first random delay time is up, q1 is switched on so
Microchip Technology
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LDR sensor light dark sensor led ldr sensor dark light sensor using LDR circuit for pseudo random generator LDR Datasheet ldr sensor FOR LIGHT SENSING PIC12CXXX DS40160A/4

sensor LDR

Abstract: ldr sensor ) from dig. BB to RF Application-Specific Controller/Sensor Thin MAC Digital Digital RX 1) Despreading 2) Demodulation Dedicated DSP Functions Digital TX 1) Spreading . Air-framing Error , ZMD44101 Single-Chip 868/915 MHz LDR Transceiver Features Description ISM band , Interactive Toys Block Diagram Single-Chip LDR Transceiver Complete PHY Analogue Analogue Receiver , Support etc. e.g. RS-232 Upper Layer Functionality Application Interfaces (e.g. Sensor
Zentrum Mikroelektronik Dresden
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direct sequence spread spectrum direct sequence spread spectrum transmitter 40 meter Direct conversion receiver Analogue Meter diagram Digital LDR D-01109 CH-2006

SDA02-54

Abstract: C5 PIR SENSOR 1 - R7 R3 2 AMP 2 (-) IN R4 C4 3 R6 AMP 1 15 (+) IN , 11747 (631) 271-0400 FAX (631) 271-0405 A3800 October 2008 PIR SENSOR INTERFACE , PIR Sensor and initiating appropriate responses. The detailed description of the functional blocks is , . AMP. 1 OUTPUT 1 DIFF. AMP. 2 INPUT (-) 16 DIFF. AMP 1 INPUT (-) 2 15 DIFF. AMP 1 , Interface with PIR Sensor â'¢ Two-Stage Differential Amplifier â'¢ Amplifier Gain and Bandwidth externally
LSI Computer Systems
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SDA02-54 6501LP-101308-1 6501LP-090806-7 6501LP-012703-8

SDA02-54

Abstract: RE200B AMP 2 (-)IN AMP 1 (+)IN + C2 - 16 R2 R4 2 C5 C6 R6 R5 3 PIR SENSOR , C3 AMP 1 OUT AMP 1 (-)IN R5 16 + PIR SENSOR 1 C5 - R7 R3 2 AMP 2 (-)IN AMP 1 (+)IN R4 C4 3 R6 15 + PIR SENSOR 2 C6 R8 AMP 2 OUT R10 , (631) 271-0400 FAX (631) 271-0405 A3800 September 2006 PIR SENSOR INTERFACE DESCRIPTION , Sensor and initiating appropriate responses. The detailed description of the functional blocks is as
LSI Computer Systems
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RE200B nicera RE200B sensor SDA02 54 re200b amplifier RE-200B 6501LP-090806-1
Abstract: , TA = 25 °C, PEN = 1 (unless otherwise noted) Parameter Min IDD supply current â'" LDR Pulse , 1 25 ISINK sink current @ 0.6 V, LDR pin PDRIVE = 3 125 350 250 counts , Figure 1. Timing Diagrams 5 tf S P 20000 1 16000 0.8 Avg Sensor LUX , IDD @ 25 °C 1 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 0 0 Figure 3. ALS Sensor LUX vs Meter LUX using White Light Avg Sensor LUX Avg Sensor LUX 1 0.9 0.8 0.7 0.6 0.5 Avago Technologies
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APDS-9950 AV02-3959EN

TSL2671

Abstract: FLAME FAILURE DETECTOR LDR LDR current mode setting. See Figure 15. VBUS VDD(analog) VDD(digital) R2 1 mF RP RP 1 mF LED RPI R1 TSL2671 LDR INT SCL SDA Figure 15. Application Hardware Circuit , Device D Proximity Detection D D D D VDD 1 - Programmable Number of IR Pulses - , with Upper and Lower Threshold - Covers a 2000:1 Dynamic Range Programmable Wait Timer - , - 2.5 mA Typical Current 6 SDA SCL 2 5 INT GND 3 4 LDR Package Image Not Actual
Texas Advanced Optoelectronic Solutions
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TAOS118 FLAME FAILURE DETECTOR LDR LDR light sensor on hardware based sensor LDR curve simple proximity detector using transistor TSL26711
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