The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC6907CS6#TRPBF Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: 0°C to 70°C
LTC6907CS6 Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: 0°C to 70°C
LTC6907CS6#TRMPBF Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: 0°C to 70°C
LTC6907IS6#TRM Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LTC6907IS6#TR Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LTC6907HS6#TRM Linear Technology LTC6907 - Micropower, 40kHz to 4MHz Resistor Set Oscillator in SOT-23; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C

40KHZ Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - 40KHZ

Abstract: DT31-2005AS DT31-2010AS DT31-2010BS DT31-2016AS DT31-20XXXX
Text: Min. 53dB Min. 53dB Min. 53dB Min. @ 40KHz ~200KHz @ 40KHz ~200KHz @ 40KHz ~300KHz @ 40KHz ~200KHz FR 0.1 dB - - 0.1 dB - - - 0.4 dB Max. @200KHz 0.1 dB @ 40KHz ~200KHz T.H.D 20 dB Min. 20 dB Min. @ 40KHz ~200KHz R.L @ 40KHz ~200KHz @ 40KHz ~200KHz -70 dB Max. -70 dB Max. -70 dB Max. -70 dB Max. @ 40KHz 14dBm @100KHz 5Vp-p @ 40KHz 14dBm @ 40KHz 14dBm SCHEMATIC


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PDF DT31-2010AS DT31-2010BS DT31-2016AS DT31-2005AS DT31-20XXXX 200KHz 40KHz DT31-2005AS DT31-2010AS DT31-2010BS DT31-2016AS DT31-20XXXX
2000 - 40KHZ

Abstract: DT31-2005 DT31-2010AT DT31-2010BT DT31-2016AT DT31-20XXXX
Text: 0.4 dB Max. @200KHz L.B 53dB Min. 53dB Min. 53dB Min. 53dB Min. @ 40KHz ~200KHz @ 40KHz ~200KHz @ 40KHz ~300KHz @ 40KHz ~200KHz FR 0.1 dB - - , @ 40KHz ~200KHz 20 dB Min. @ 40KHz ~200KHz -70 dB Max. -70 dB Max. -70 dB Max. -70 dB Max. @ 40KHz 14dBm T.H.D 20 dB Min. @ 40KHz ~200KHz R.L @ 40KHz ~200KHz @ 40KHz 14dBm @100KHz 5Vp-p @ 40KHz 14dBm SCHEMATIC 3 - 4 1 DELTA ELECTRONICS, INC. (TAOYUAN PLANT


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PDF DT31-2010AT DT31-2010BT DT31-2016AT DT31-2005 DT31-20XXXX DT31-2010B 200KHz 40KHz DT31-2005 DT31-2010AT DT31-2010BT DT31-2016AT DT31-20XXXX
MN3206

Abstract: MN3200 Echo Microphone VCPL
Text: Signal Frequency fi fcp = 40kHz , Output —3dB down 12 kHz Input Signal Swing V, THD=2.5% 0.6 Vrms Insertion Loss Li fCp= 40kHz , fj = 1 kHz -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , fj = 1 kHz, Vi , Voltage V, (V) Vo-Vi fcl,= 40kHz . fj = lkHz I,PF—20kHz—48dB/oct Ta , = 1|V1)D fCp— 40kHz , fi = lkHz LPF=20kHz—48dB/oct Ta=25r -20 -16' -12 -8-4 0 4 Input Signal , -12 V„r)=5V fj = 1kHz ftp= 40kHz Ta


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PDF MN3200 MN3206 128-STAGE MN3206 25Vrms) 10KHz 200KHz. 40kHz Echo Microphone VCPL
MN3102

Abstract: MN3207 1024-stage low noise BBD variable delay line in audio AN6550 LOW NOISE BBD BBD delay line
Text: ˆ^3dB, (0dB at fj = 1 kHz) 10 kHz À^tJÏ®! fi fcp— 40kHz , fi-lkHz, THD-2.5% 0.36 Vrms Li fCp — 40kHz , £j — 1kHz, Vi=0.36Vrms -4 0 4 dB THD fcp — 40kHz , fj = 1kHz, Vj =0.25 Vrms 0.4 2.5 % ihtliflÅ , cp = 40kHz Ta=25°C r / J f > / / 0 1 2 3 4 5 6 ifrifcAtms: v, (V) r t -12 16 20 Vdd —5V, VGc=^VDD fcp= 40kHz , f,=lkHz LPF = , Vdd =5 V, Vgg^Vüd fcp— 40kHz , fi = 1 kHz Ta


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PDF MN3207 1024-Stage MN3207 10kHz) Hz-200 40kHz MN3102 low noise BBD variable delay line in audio AN6550 LOW NOISE BBD BBD delay line
MN3207

Abstract: MN3200 panasonic fj MN32 03H1 AN6550 Echo Microphone delay echo circuit diagram LOW NOISE BBD
Text: . Max. Unit Signal Delay Time tD 2.56 51.2 ms Input Signal Frequency fi fcp = 40kHz , V, = 0.35Vrms 3dB down (OdB at fi = 1 kHz) = 1 kHz) 10 kHz Input Signal Swing Vi fCp= 40kHz , fi = 1 kHz, THD=2.5% 0.36 Vrms Insertion Loss Li fcp= 40kHz , fj =1 kHz, Vi=0.36Vrms -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , fi =1 kHz, Vi=0.25Vrms 0.4 2.5 % Noise Voltage Vno fcp = 100kHz, Weighted by "A" , Series MN3207 I Typical Electrical Characteristic Curves Vo-V, Vdd=5V V -ÜV fcp— 40kHz Taâ


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PDF MN3200 MN3207 1024-STAGE MN3207 25Vrms) 10KHz 200KHz. 40kHz panasonic fj MN32 03H1 AN6550 Echo Microphone delay echo circuit diagram LOW NOISE BBD
MN3102

Abstract: 512-STAGE panasonic fj MN321O MN3210 MN3200 MN32 cp2aa
Text: 51.2 ms Input Signal Frequency fi fcp = 40kHz , Output Attenuation ^ 3dB 12 kHz Input Signal Swing Vi THD=2.5% 0.5 Vrms Insertion Loss Li fCp= 40kHz , fj =1 kHz -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , fj = 1 kHz, Vj=0.25Vrms 0.4 2.5 % Noise Voltage Vno fcp = 100kHz, Weighted by "A" , Vod-SV, vÜG — |vDI) ftP= 40kHz .(i = lkHz LPF=20kHz-48dB/oct Ta=25t: / / / / / / / / / ) Q S H I •a VnD=5V.Voc=j|vDD fCP= 40kHz , fj = lkHz LPF=20kHz—40dB/oct Ta


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PDF MN3200 MN3210 512-STAGE MN3210 512-stage) 25Vrms) 10KHz 14-lead MN3102 panasonic fj MN321O MN32 cp2aa
2011 - JTBC455C24

Abstract: JTBC455C ICMC3357 mc3357
Text: specifications please contact Euroquartz sales. Recovered Audio 3dB Bandwidth (from 455kHz) ± 4.0kHz min. ± 4.0kHz min. ±3.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. ± 4.0kHz min. Recovered Audio Output Voltage (at 455kHz) 340±60mV 185±40mV 180±40mV 100±40mV


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PDF JTBM/JTBC455C2 JTBM/JTBC455C3 JTBM/JTBC455C25 140pF 550pF 135pF TA8104 CXA1184M CXA1484 455kHz) JTBC455C24 JTBC455C ICMC3357 mc3357
2005 - SFELF10M7HA00-B0

Abstract: SFELF10M7LFTA-B0 SFELF10M7GALM-B0 SFELF10M7JAA0-B0 SFTLF10M7HA00-B0 SFECF10M7DF00-R0 SFELG10M7GA00-B0 SFVLF10M7MF00-B0 SFECV10M7KA00-R0 SFELF10M7FAA0-B0
Text: (fn) (MHz) 10.700 3dB (kHz) 180 ± 40kHz 230 ±50kHz 280 ±50kHz fn±150 min. (kHz) 470 max. 510 , 10.700 ±30kHz 10.700 ±30kHz 10.700 ±30kHz 10.700 ±30kHz 10.700 ± 40kHz (fn) (MHz) 10.700 - 3dB (kHz) 300 min. 110 ±30kHz 150 ± 40kHz 180 ± 40kHz 230 ±50kHz 280 ±50kHz fn±175 min. 500 ± 40kHz (kHz , ±30kHz 10.700 ±30kHz 10.700 ±30kHz 3dB (kHz) 180 ± 40kHz 230 ±50kHz 280 ±50kHz (kHz) 520 max. 570 , ±30kHz 10.700 ±30kHz 10.700 ±30kHz 10.700 ±30kHz 0.3±0.1 3dB (kHz) 150 ± 40kHz 180 ± 40kHz 230


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PDF SFECF10M7HA00-R0 SFECF10M7GA00-R0 SFECF10M7FA00-R0 SFECF10M7DF00-R0 30kHz 40kHz 50kHz SFELF10M7HA00-B0 SFELF10M7LFTA-B0 SFELF10M7GALM-B0 SFELF10M7JAA0-B0 SFTLF10M7HA00-B0 SFECF10M7DF00-R0 SFELG10M7GA00-B0 SFVLF10M7MF00-B0 SFECV10M7KA00-R0 SFELF10M7FAA0-B0
2000 - 2007A

Abstract: DT31-2007 DT31-2007AT DT31-2007BT DT31-2010 DT31-20XXXX 11uH 20MH
Text: VAC 1 SEC 2050 VAC 1 SEC 1500 VAC 1 SEC C I.L 0.5 dB Max. @ 40KHz 0.5 dB Max. @ 40KHz 0.5 dB Max. @ 40KHz 0.4 dB Max. @200KHz L.B 50dB Min. 50dB Min. 50dB Min. 53dB Min. @ 40KHz ~300KHz @ 40KHz ~300KHz @ 40KHz ~300KHz @ 40KHz ~200KHz FR 0.1 dB 0.1 dB @33KHz~110KHz R.L 16.5 dB Min. @ 40KHz ~300KHz T.H.D 0.1 dB @33KHz~110KHz 0.1 dB @33KHz~110KHz @ 40KHz ~200KHz 16.5 dB Min. 20 dB Min. @ 40KHz ~300KHz - @ 40KHz ~200KHz -70


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PDF DT31-2007AT DT31-2007BT DT31-2007 DT31-2010 DT31-20XXXX 200KHz 40KHz 300KHz 2007A DT31-2007 DT31-2007AT DT31-2007BT DT31-2010 DT31-20XXXX 11uH 20MH
40khz 16mm ultrasonic receiver and transmitter

Abstract: 40KHZ ULTRASONIC MA40 SERIES MA40 murata MA40S4R 40khz MA40B7 sonar transmitter 40 khz ma40 ULTRASONIC 40khz ultrasonic transmitter 10mm MA40B8R
Text: MA40 SERIES OPEN TYPE FEATURES s s s s MA40E SERIES WATERPROOF TYPE FEATURES 40kHz Sensors Small size: 10 and 16 Combined types High SPL types Low voltage/current types s s s s , 0.7 2.0 2.0 4.5 Allowable Input 85 ( 40kHz ) 20 ( 40kHz ) 40 ( 40kHz ) 100 ( 40kHz ) 140 ( 40kHz sine , 9.9 x 7.1h 14 x 8h 18 x 10h 0.7 2.4 4.8 60 ( 40kHz ) 160 ( 40kHz ) 160 ( 40kHz ) Pulse width 0.4ms , NUMBERING SYSTEM MA40 40kHz FAMILY B: 16mm dia. S: SMALL 10mm dia. E: WATERPROOF (­) (R/S


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PDF MA40E 40kHz MA40S4R/S MA40B8R/S MA40S5 MA40B7 MA40E6-7 MA40E9-1 MA40E7R/S MA40E8-2 40khz 16mm ultrasonic receiver and transmitter 40KHZ ULTRASONIC MA40 SERIES MA40 murata MA40S4R MA40B7 sonar transmitter 40 khz ma40 ULTRASONIC 40khz ultrasonic transmitter 10mm MA40B8R
JTBC455C24

Abstract: TA8104 TA31145 discriminator 455kHz CXA1184M TA31143 4475K mc3371 Chequers Electronic 455KHz
Text: ) Recommended IC Dimensions (Tolerance: ±0.3mm) A B C D JTBM/JTBC455C7 ± 4.0KHz Min. 340±60mV 3.0% Max. MC3357 3.0 4.2 0.6 1.0 JTBM/JTBC455C16 ± 4.0KHz Min. 185±40mV 2.0 , . MC3371 3.0 4.2 0.6 1.0 JTBM/JTBC455C24 ± 4.0KHz Min. 100±40mV 2.0% Max. TA31136 2.5 4.2 1.0 1.0 JTBM/JTBC455C28 ± 4.0KHz Min. 40±20mV 3.0% Max. TA31142 2.5 4.2 1.0 1.0 JTBM/JTBC455C32 ± 4.0KHz Min. 40±20mV 3.0% Max. TA31143 2.5 4.2


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PDF 2002/95/EC JTBM/JTBC455C2 140pF TA8104 JTBM/JTBC455C54 455KHz) TA3114D 450KHz 455KHz JTBC455C24 TA8104 TA31145 discriminator 455kHz CXA1184M TA31143 4475K mc3371 Chequers Electronic 455KHz
mn3205

Abstract: 7A25T MN3200 panasonic fj VCPL
Text: . Max. Unit Signal Delay Time tD 20.48 204.8 ms Input Signal frequency fi fcp = 40kHz , Output Attenuation ^ 3dB 6 kHz Input Signal Swing Vi THD=2.5% 0.36 Vrms Insertion Loss Li fCp= 40kHz , fi =1 kHz -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , fj=1 kHz, V|=0.25Vrms 0.8 2.5 % Output Nose , Curves Vo-V, VDD=5V,VGC=i|vDD fcp= 40kHz ,7a=25t: > r , Vdd=5V, VGG=i|v„„ fCP= 40kHz , fj = lkHz LPF=20kHz —48dB/oct C, =2200pF. 7a=25t


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PDF MN3200 MN3205 4096-STAGE MN3205 10KHz 100msec. 7A25T panasonic fj VCPL
MN3004

Abstract: MN3005 reverberation IC MN3006 40khz MN3003 L-12 MN-3005 bbd delay bbd 128 mn3
Text: =0. 8Vrms 3.5 7 dB Dual 64-Stage Total Harmonic Distortion THD fcp = 40kHz. f i = 1 kH /, Vi , Signal Suing Vi fcp — 40kHz. fi-lkHz. THD —2.5% 1.2 Vrms Tstg=-55~+125t Insertion Lo^s I-i fcp â , €ž-18~ + 0.3V Input Signal Frequency fi fcp- 40kHz. Vi = 1.8Vrms . 3HB down from value at fi — 1kHz 12 , 'C Insertion Loss Li fcp = 40kHz. fi-lkHz Vi - 1.8V rms - 4 0 4 dB Operating Condition Total Harmonic , from value at fi — lkHy fcp= 40kHz , 12 kHz Topr=-20~+60t Input Signal Suing Vi frp= 40kHz . fi =


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PDF 10kHz~ 200kHz 40kHz, 40kHz. 64-Stage 90kHz MN3003 MN3004 MN3004 MN3005 reverberation IC MN3006 40khz L-12 MN-3005 bbd delay bbd 128 mn3
MN3200

Abstract: vibrato MN3209
Text: . Typ. Max. Unit Signal Delay Time to 0.64 12.8 ms Input Siganl Frequency fi fcp = 40kHz , Output —3dB down 12 kHz Input Signal Swing V, THD=2.5% 0.5 Vrms Insertion Loss Li fCp= 40kHz , fi =1 kHz -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , fi = 1 kHz, Vi=0.25Vrms 0.4 2.5 % Noise Voltage Vno , =25t / / / / o -2 -4 -6 -8 -10 -12 -14 -16 -18 Vo-Vi fcp= 40kHz , fi — 1 kHz LPF=20kHz-48dB/oct Ta=25t j , 2.0 1.6 1.2 0.8 0.4 THD-Vi VDD —VGG —Y|VDD fCP= 40kHz ,fi=lkHz LPF=20kHz-48dB/oct 73=251


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PDF MN3200 MN3209 256-STAGE MN3209 25Vrms) 10KHz 100KHz. 40kHz vibrato
1998 - 9192a

Abstract: m6388 MSM6658A MSM6654 MSM6653 MSM6650 MSM6596A M6588 M6374 6C50
Text: -100 6.4/8.0kHz B MSM6372-119 6.4kHz L MSM6373-308 4.0kHz A MSM6373-329 4.0kHz G MSM6374-006 6.4kHz E MSM6374-007 6.4kHz G MSM6374 , ROM l MSM9802-201ROM12 X 00 01 ( 4.0kHz ) 02 (5.3kHz) 03 (6.4kHz) 04 (8.0kHz) 05 ( 4.0kHz )"" (512ms)Hello( 4.0kHz ) 06 (5.3kHz)"" (512ms)Hello(5.3kHz) 07 08 ( 4.0kHz ) "" (128ms)(5.3kHz) "" (128ms) (6.4kHz) "" (128ms)(8.0kHz) "" (128ms) ( 4.0kHz


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PDF J2D0098-38-Z1 MSM6375ROM MSM6372-100 MSM6372-119 MSM6373-308 MSM6373-329 MSM6374-006 MSM6374-007 MSM6374-519 MSM6374-544 9192a m6388 MSM6658A MSM6654 MSM6653 MSM6650 MSM6596A M6588 M6374 6C50
reverberation IC

Abstract: MN3208 MN3200 NM3208 ma27w bbd delay MA27W-B 33af 2048-STAGE OCP20
Text: 10.24 102.4 ms Input Signal Frequency fi fcp= 40kHz , 3dB down (OdB at fj = 1 kHz) 9 kHz Input Signal Swing V, THD=2.5% 0.36 Vrms Insertion Loss Li fOp= 40kHz , fi =1 kHz -4 0 4 dB Total Harmonic Distortion THD fCp= 40kHz , f j = 1 kHz, Vi=0.25Vrms 0.5 2.5 % Noise Vno fcp = 100kHz Weighted by "A" curve , -14v vgg—15 dd fCP= 40kHz Ta , =25t Vo-Vi E OQ —20 —20 VDD=5V Vcg=j|vdd fCP= 40kHz Ta=25t / / / f


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PDF MN3200 MN3208 2048-STAGE NM3208 25Vrms) MA27W-B reverberation IC MN3208 ma27w bbd delay MA27W-B 33af OCP20
MN3204

Abstract: MN3200 20B60 Echo Microphone
Text: Time tD 1.28 25.6 ms Input Signal Frequency fi fcp = 40kHz , Output —3dB down 12 kHz Input Signal Swing v¡ THD=2.5% 0.5 Vrms Insertion Loss Li fCp= 40kHz , fi=1 kHz -4 0 4 dB Total Harmonic Distortion THD fcp= 40kHz ,fi=1kHz, Vi=0.25Vrms 0.4 2.5 % Output Noise Voltage Vno fcp = 100kHz 0.14 nVrms , ) Gi-Vi VDd=5V fi=lkHz fCP= 40kHz Ta , x H c o 5 VDD=5V,VGG = -Uv 15 DD fi = lkHz,fcp = 40kHz Ta


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PDF MN3200 MN3204 512-STAGE MN3204 25Vrms) 10KHz 200KHz. 100kHz 20B60 Echo Microphone
ifr 3205

Abstract: D3308 bbd delay MN3308
Text: . max. Unit Itti® 10! Si Idd fci> = 40kHz 0.05 mA ffl-tiSiÌKÌPnKl) tin Vdd=1.8 —4.0V, ici' = 10 — 100kHz N*4 ms tU2 Vdd = 4.0~5.0V, fci> = 10 —300kHz 2-fcp f, fci' = 40kHz , Vi = 0.22Vrms, ai^Jit(¿C^3dB (0 dB at f, = lkHz) IO kHz xtjm^mm L'i fci' = 40kHz , f, = lkHz, THD = 2.5% 0.30 0.41 Vrms if AJiiife L, fci> = 40kHz , f, = 1kHz, V, = 0.22Vrms -4 o 4 dB THD fci' = 40kHz , f; = , ïiltAÎJ®EE Vi (V) V„ - V, 20 S 10 i Vcn = 3 V fcp= 40kHz f,= 1 kHz Ta = 25 'C 1


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PDF 2048-Stage MN3308i Sa2048fà 66dBtyp, 100kHz 40kHz ifr 3205 D3308 bbd delay MN3308
MN3004

Abstract: MN3000 series mn3004 panasonic MN3000 512-STAGE voice recorder panasonic LOW NOISE BBD
Text: Condition Min. Typ. Max. Unit Signal Delay Time tD 2.56 25.6 ms Input Signal Frequency fi fCP - 40kHz , Vi > 1.8Vrms. 3dB down (OdB at f; - 1kHz) 12 kHz Input Signal Swing Vi fOP= 40kHz , fj = 1 kHz, THD ^2.5% 1.8 Vrms Insertion Loss Li fCP= 40kHz , fj = 1 kHz, Vj =1.8Vrms -4 1.5 4 dB Total Harmonic Distortion THD fCP= 40kHz , fj = 1 kHz, Vj = 1 Vrms 0.4 2.5 % Noise Voltage Vno fCP = 100kHz Weighted by "A" , Electrical Characteristic Curves Vo-Vi VDD=—15 V Vcc-14V fCp= 40kHz


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PDF MN3000 MN3004 512-STAGE MN3004 40kHz MN3000 series mn3004 panasonic voice recorder panasonic LOW NOISE BBD
2004 - MA40S4R

Abstract: bruel kjaer MA40S4S bruel kjaer 2610 TLR312 MA40E7R MA40B8R 1S1588 MA400A1 4011b
Text: 10 (Vp-p) 20 40 21 5 ! MA40B8S : 40kHz. 10Vrms n=20 ! MA40B8R : 40kHz n=20 6 , 2000±20% 2550±20% -40­+85 0.2­4 0.2­6 9 ø9.9×7.1h ø16×12h 0.7 2.0 20 40 40kHz -45 +4 ­5 ­ ­ 44 2000±20% -30­+85 0.2­4 ø16×12h 2.0 100 150 40kHz 0.4ms 100ms (Vp-p) 40kHz () 540 , 2200±20% -30­+85 0.2­2 9 ­ -85 min. 106 min. 75 2800 0.2­1.5 ø14×8h 2.4 160 80 40kHz 0.8ms 60ms ø18×10h 4.6 103 min. 100×50 4000 ­ ø18×12h ø18×12h 4.5 4.5 140 85 40kHz 40kHz (Vp-p) 0.4ms 0.4ms


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PDF BS222 MA40S4R bruel kjaer MA40S4S bruel kjaer 2610 TLR312 MA40E7R MA40B8R 1S1588 MA400A1 4011b
TFM-23

Abstract: TFM-59D TFM-59DA-1 transducer 40khz square wave
Text: ) TFM-23A TFM-23T 80 /4kHz/9VP-P Square Wave/10cm 3 / 4.0kHz /9VP-P Square Wave Resonant , / 4.0kHz /9VP-P Square Wave 72 /4kHz/9VP-P Square Wave /10cm 1.5 / 4.0kHz /9VP-P Square Wave 1.2 PC , / 4.0kHz /3VP-P Square Wave /10cm 80/ 4.0kHz /12VP-P Square Wave /10cm 3/ 4.0kHz /3VP-P Square Wave 6/ 4.0kHz /12VP-P Square Wave Resonant Frequency (kHz) 4.0 Capacitance at 1000Hz (nF) 11


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PDF TFM-23 TFM-23A TFM-23T TFM-23 TFM-23A TFM-23T Wave/10cm TFM-59D TFM-59DA-1 transducer 40khz square wave
2005 - transistor b1018

Abstract: transistor B1017 b1017 B1018 transistor B978 B1020A 20MH B1028 B1040A B1075
Text: Loss @ 135 (dB) -53 ( 40kHz to 200kHz) -53 (30kHz to 300kHz) -50 ( 40kHz to 300kHz) -50 (30kHz to 300kHz) -50 (30kHz to 420kHz) -50 (30kHz to 300kHz) -70 (10kHz, 5.0Vrms) -70 ( 40kHz , ) 0.40 (26kHz to 200kHz) 0.50 ( 40kHz ) (Data not available) 0.65 (30kHz to 580kHz) 0.60 (30kHz to 580kHz) 0.50 (30kHz to 580kHz) 19 ( 40kHz to 200kHz) 16 ( 40kHz to 300kHz) 16.5 ( 40kHz to 300kHz) 16 ( 40kHz to 300kHz) 16 ( 40kHz to 300kHz) 16 ( 40kHz to 300kHz) Isolation Voltage (Vrms @ 60


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PDF UL1950 250Vrms 10kHz, 100mV 100kHz B1017 B1018 B10281 B1020A B1040A1 transistor b1018 transistor B1017 b1017 B1018 transistor B978 B1020A 20MH B1028 B1040A B1075
MN3300

Abstract: MN3304 512-STAGE fcp 40
Text: =3V fCP= 40kHz fi=1kHz Ta=25°C 10 0 -10 3 -20 2 -30 1 0 0 1 2 3 -40 -40 4 DC input voltage VI (V) -30 0 VDD=3V fCP= 40kHz fi=1kHz Ta=25°C 5 4 , ) 0 5 VDD=3V fi=1kHz fCP= 40kHz Ta=25°C 5 fCP=100kHz -2 0 -5 -10 -4 , 0.1 80 100 120 140 160 180 Clock frequency fCP (kHz) 40kHz 0.3 1 0 -1 -2 -3 -4 3 , 4 3 2 1 0 1.0 0 5 10 Gi Ta VDD=3V fi=1kHz fCP= 40kHz Vi=0.22Vrms Ta


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PDF MN3300 MN3304 512-Stage MN3304 40kHz DIP008-P-0300 fcp 40
MN3309

Abstract: D72C 6CP1 BBD delay line MX-3309
Text: fer = 40kHz 0.05 mA refaitfifl (1) ! tni Vm> = 1.8~4.0V, fcp = 10~200kHz N " nu; ms | tU2 Vdd = 4.0— 5.0V, fcp = 10 —1MHz N " rîj; ms K-hm^mi&m. ! fi i fCp = 40kHz , V, = 0.22Vrms, (il tl itfit S 3dB ( 0 dB at fr = lkHz) 12 kHz ! «A fcp = 40kHz , fi = lkHz, THD = 2.5% 0.32 0.40 Vrms if À«* ! L, (cp = 40kHz , f; = 1kHz, Vi = 0.22Vrms -4 0 4 dB éffipisa^ j THD fcp = 40kHz , f, = lkHz, V , MN3309 ^ÌÌÌ^tÉ/Typical Characteristics Vo- V, 1 1 1 Vdd = 3 V (cp= 40kHz Ta= 25'C i


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PDF MN3309 T-M-C9-23 256-Stage MX3309 I28ms 22Vrms) 200kH 40kHz 40kHz MN3309 D72C 6CP1 BBD delay line MX-3309
MN3007

Abstract: bbd delay vte18i03v MN3008 MN3009 MM3009 L-12 AN6551 reverb MN301
Text: fi fcp= 40kHz. Vi = 1 ■5Vrms. 3dB down from value at fi^lkHz 12 kHz Topr=-20~+60'C Input , 40kHz. n-lkHz. Vi = 1. 5 Vrms - 4 0 4 dB Total Harmonic Distortion THD fcp = 40kHz. fi=lkHz. V , 10 kHz Topr=-20~+60 40kHz. fi =1 kHz. THD =2. 5% 1.5 Vrms Tstg , value at fi = lkHz 14 kHz Topr=-20~+60t Input Signal Swing Vi fcp = 40kHz. fi =1 kHz. THD , Time tu fcp = 10kHz~100kHz 2.56 25.5 ms Vo=—18—I-0.3V Input Signal Frequency fi fcp = 40kHz. Vi


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