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ultrasonic 40khz sensor test circuit

Catalog Datasheet MFG & Type PDF Document Tags

rain alarm CIRCUIT using IC 555

Abstract: MA40MF14-5B Circuit 3. Radiation The ultrasonic sensor is installed on a table. Then, the relationship between , ) Ultrasonic Sensor (Transmitter) 17Vp-p Freq.=40kHz 0.01 10 14 5 9 3.9k Ultrasonic , before ordering. Ultrasonic Sensor Application Manual Murata Manufacturing Co., Ltd , specifications before ordering. Introduction An ultrasonic sensor transmit ultrasonic waves into the air and , Murata Ultrasonic Sensor (1) Compact and light-weight (2) High sensitivity and high sound pressure (3
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40khz 16mm ultrasonic receiver and transmitter

Abstract: BPU1640IOAH12 Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 40KHz Frequency (e.g. 40 = 40KHz) 40KHz) uenc e.g Frequen 0K 7 , Circuit 6.Test Circuit e t rcu u BPU16 40 IO AH12 U 6 0 O 12 BPU1640IOAH12 T.G T.G. T.G. G , at 40KHz is within 3dB compared with initial figures at 25#11; in 24 hours after above test condition
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40khz 16mm ultrasonic receiver and transmitter ultrasonic 40khz st
Abstract: Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 = 40KHz) Frequency (e.g. 40 40KHz) re uen nc e g 0K 0K z 7 = , in Overall Sensitivity 6.Test Circuit 6.Test Circuit e u Amp Amp OSC U.S S.C.M #18; 30cm Anechoic Room F.C OSC. :Oscillator F.C :Frequency Counter U.S :Ultrasonic Sensor S.C.M Midas Sensors
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ultrasonic 100 khz transmitter

Abstract: BPU1640IOAH12 Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 = 40KHz) Frequency (e.g. 40 40KHz) re uen nc e g 0K 0K z 7 = , ° Direcivity in Overall Sensitivity 6.Test Circuit 6.Test Circuit e u BPU1640IOAH12 T.G. F.G , .Applications This specification covers the water proof type ultrasonic ceramic transducer which are used for
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ultrasonic 100 khz transmitter 40KHZ
Abstract: Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 40KHz Frequency (e.g. 40 = 40KHz) 40KHz) uenc e.g Frequen 0K 7 , Sensitivity 6.Test circuit 6.Test circuit e t t BPU1 40 T/ RO PBH12 BPU16 40T/ROPBH12 BPU1640T , 40KHz is within 3dB compared with initial figures at 25 in 24 hours after above test condition. 8 Midas Sensors
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sonar transmitter and receiver 40 khz

Abstract: Directivity in Overall Sensitivity Test 6.Test circuit Echo&Rest.Resonant Time test circuit m t Echo&Rest.Resonant Time test circuit P.S P.S S OSC U.S S.C.D OSC P.S S.C.D U.S T.G :Oscillator :Power supply :Special circuit diagram :Ultrasonic Sensor :Target T.G S.P.L test circuit Amp , : Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic , Counter :Ultrasonic Sensor U.S :Ultrasonic Sensor a e S.C.M:Standard Cappacitor Microphone S.C.M
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sonar transmitter and receiver 40 khz 500X280X340
Abstract: Directivity in Overall Sensitivity Test 6.Test circuit Echo&Rest.Resonant Time test circuit m t Echo&Rest.Resonant Time test circuit P.S P.S S OSC U.S S.C.D OSC P.S S.C.D U.S T.G :Oscillator :Power supply :Special circuit diagram :Ultrasonic Sensor :Target T.G S.P.L test circuit Amp , : Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic , Counter :Ultrasonic Sensor U.S :Ultrasonic Sensor a e S.C.M:Standard Cappacitor Microphone S.C.M Midas Sensors
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Abstract: Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 = 40KHz) Frequency (e.g. 40 40KHz) re uen nc e g 0K 0K z 7 = , Direcivity in Overall Sensitivity 6.Test circuit 6.Test circuit e t BPU1640T/ROPBH12 BPU1640T , 38.3±1K Hz Open Structure Open Structure n ct re tu 5. Sound Pressure Level(at 40KHZ) min Midas Sensors
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MCUST10P40B07RO MCUSR10P40B07RO MCUST10P40B07R MCUSR10P40B0

85a3

Abstract: Midas Ultrasonic Sensors Part Number System MC US T 16 1 2 3 4 P 5 1 = = US: Ultrasonic Sensor 3 = T: Transmitter 4 = Diameter (e.g. 16 = 16mm) 5 = P: Plastic 6 = Frequency (e.g. 40 = 40KHz) Frequency (e.g. 40 40KHz) re uen nc e g 0K 0K z 7 = , 0dB 60 60 30 Direcivity in Overall Sensitivity 6.Test circuit 6.Test circuit e t , H z Hz 39±1K H Open Structure Open Structure n ct re tu 5. Sound P Level(at 40KHZ
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85a3

40 khz ultrasonic speaker

Abstract: AS050A DATE: 2010/8/6 Preliminary SPECIFICATION PART NAME ULTRASONIC PARAMETRIC , TITLE : SPEAKER SPECIFICATION 1. GENERAL THESE SPECIFICATIONS DESCRIBE THE ULTRASONIC PARAMETRIC , ) Maximum Input Voltage 40 ± 2 kHz at 25±3 Min.126dB at 25±3 at 40kHz 10Vrms 12°( typical) 10Vrms Sine wave40kHz 135 nF ( typical) Capacitance Test condition at 25±3 at 1kHz 3. TEST METHOD 10Vrms TUT MIC BFO MA Level Recorder 10 V
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AS050A 40 khz ultrasonic speaker 4580R amplifier 40khz nippon ceramic ultrasonic transducer ultrasonic ceramic

ultrasonic sensor 40khz

Abstract: ultrasonic 40khz sensor test circuit test evaluation judgement 60±395 at 40kHz Sound pressure level at 40kHz 100 Check , DATE: 2010/10/29 Preliminary SPECIFICATION PART NAME ULTRASONIC PARAMETRIC , TITLE : SPEAKER SPECIFICATION 1. GENERAL THESE SPECIFICATIONS DESCRIBE THE ULTRASONIC PARAMETRIC , Specification Test condition Resonant frequency Sound Pressure Level 0dB=0.0002ubar , 40kHz 10Vrms 10Vrms Sine wave40kHz Capacitance 35 at 25±3 at 1kHz 15°( typical
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ultrasonic sensor 40khz ultrasonic 40khz sensor test circuit ultrasonic transducer 40khz vibration sensor 40khz vibration speaker AS013A

ultrasonic 40khz sensor test circuit

Abstract: 4580R ) Maximum Input Voltage Test condition 40 ± 2 kHz at 25±3 Min.129dB at 25±3 at 40kHz 10Vrms , . RELIABILITY item 1 Humidity test evaluation judgement 60±395 at 40kHz Sound pressure level at 40kHz 100 Check the figures at 25 in 96 hours after following test conditions Temperature , DATE: 2010/8/6 Preliminary SPECIFICATION PART NAME ULTRASONIC PARAMETRIC , TITLE : SPEAKER SPECIFICATION 1. GENERAL THESE SPECIFICATIONS DESCRIBE THE ULTRASONIC PARAMETRIC
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ultrasonic level sensor 40khz sensor AS078A

AS101A

Abstract: 4580R ) Maximum Input Voltage Test condition 40 ± 2 kHz at 25±3 Min.132dB at 25±3 at 40kHz 10Vrms , . RELIABILITY item 1 Humidity test evaluation judgement 60±395 at 40kHz Sound pressure level at 40kHz 100 Check the figures at 25 in 96 hours after following test conditions Temperature , DATE: 2010/8/6 Preliminary SPECIFICATION PART NAME ULTRASONIC PARAMETRIC , TITLE : SPEAKER SPECIFICATION 1. GENERAL THESE SPECIFICATIONS DESCRIBE THE ULTRASONIC PARAMETRIC
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AS101A

4580R

Abstract: ultrasonic transducer 40khz ) Maximum Input Voltage Test condition 40 ± 2 kHz at 25±3 Min.135dB at 25±3 at 40kHz 10Vrms , . RELIABILITY item 1 Humidity test evaluation judgement 60±395 at 40kHz Sound pressure level at 40kHz 100 Check the figures at 25 in 96 hours after following test conditions Temperature , DATE: 2010/8/6 Preliminary SPECIFICATION PART NAME ULTRASONIC PARAMETRIC , TITLE : SPEAKER SPECIFICATION 1. GENERAL THESE SPECIFICATIONS DESCRIBE THE ULTRASONIC PARAMETRIC
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AS150A 40KHz Ultrasonic Transducer ultrasonic amplifier circuit diagram 40KHZ ULTRASONIC
Abstract: OMNITM Low Voltage Ultrasonic Ceiling Sensor TITLE 24 LOW COMPLIANT CALIFORNIA , sensor settings â'¢ 500â'"2,000 square-foot coverage area 1.5â' Ultrasonic Sensor , occupancy) Test mode: 8 seconds (for an easy check at installation) Ultrasonic (US) output , Catalog No. Date The OMNIUS uses ultrasonic (US) technology to turn lighting on and off based on , filing cabinets) and areas with long periods of minor-motion activity (e.g. typing), this sensor Hubbell
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OMNIUS500 24VDC UL-945VA
Abstract: Wall Switch Occupancy Sensors LightHawkâ"¢ Ultrasonic Dual Circuit Wall Switch Sensor featuring IntelliDAPT® KEY FEATURES â'¢ All-digital ultrasonic (US) sensor â'¢ IntelliDAPT self-adaptive , Circuit Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control, 120/277VAC LHUSD0* Ultrasonic , All-digital ultrasonic (US) sensor 2 relays for either two-level switching or dual-load control Auto-on and , ; self-adjusts based on occupancy Fixed mode: 4, 8, 15, and 30 minutes Test mode: 5 seconds 40kHz output Hubbell
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50/60H 120VAC 277VAC UL-94-5V
Abstract: PIR Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control, 120/277VAC LHMTD0* Ultrasonic and PIR Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic Only Control, 120/277VAC , Wall Switch Occupancy Sensors LightHawkâ"¢ Multi-Technology Dual Circuit Wall Switch Sensor featuring IntelliDAPT® KEY FEATURES â'¢ All-digital dual technology (ultrasonic [US] and passive , All-digital dual technology (ultrasonic [US] and passive infrared [PIR]) sensor 2 relays for either Hubbell
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AT/40khz ultrasonic sensor

Abstract: settings 1.5â' â'¢ 500â'"2,000 square-foot coverage area (depending on model) Ultrasonic Sensor , : 8 seconds (for an easy check at installation) Ultrasonic (US) output OMNIDT500: 40kHz , OMNITM Low Voltage Dual Technology Ultrasonic and PIR TITLE 24 CEC LOW COMPLIANT , VOLTAGE Catalog No. Date The OMNIDT combines ultrasonic (US) and passive infrared (PIR , while virtually eliminating false-offs. This sensor features Hubbell Building Automationâ'™s patented
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AT/40khz ultrasonic sensor OMNIDT2000

MA300D1-1

Abstract: MA40MF14-5B Actuator for high power 1125 Knock sensor Sensor Ultrasonic- Actuator sensor AcousticPickup , increased dramatically. In particular, sensor technology and the greater intelligent functions of today , circuit. In case that the component is not mentioned in our catalog, please contact your Murata , . 10 5 Piezoelectric Ceramics (PIEZOTITEr) Sensors - 11 Ultrasonic Sensors , ceramic, was introduced for applications in ultrasonic transducers, mainly for fish finders. More
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MA300D1-1 MA40MF14-5B ma48mf14 MA200D1-1 MA200D1 MA300D1 P19E-9

circuit diagram for auto on off

Abstract: motion sensor light override switch diagram Technology single and dual circuit wall switch, represent the state-of-the-art in sensor technology utilizing both ultrasonic and passive infrared motion sensing technology. They also have Adaptive Technology that , ' Ultrasonic Major Motion Ultrasonic Minor Motion Passive Infrared 26' 21' Line Circuit 2 120/277V AC , H-MOSS® Occupancy Sensors Dual Technology Single or Dual Circuit Wall Switches Hubbell , All-Digital, Dual Technology Sensor Adaptive Technology ­ No Manual Adjustment Required Built-In Photocell
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AD1277 circuit diagram for auto on off motion sensor light override switch diagram motion sensor infrared AD1227W2 circuit diagram ultrasonic level sensor Single photocell H5241-AD
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