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100mVRMS

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Abstract: : Inductance: Line side windings in series - measurement @ 10kHz, 100mVrms Leakage Inductance: Line side windings in series, IC side windings short circuited - measurement @ 100kHz, 100mVrms Coupling Capacitance: IC side winding to Line side windings in parallel @ 10kHz, 100mVrms Test Voltage: 2,5kV for 1 sec. - , Inductance: Line side windings in series - measurement @ 10kHz, 100mVrms Leakage Inductance: Line side windings in series, IC side windings short circuited - measurement @ 100kHz, 100mVrms Coupling Capacitance ... Talema Nuvotem
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10 pages,
221.31 Kb

AM2095 PEB20950 PSB2197 AM20950 UF-130A UHF-230B UMJ-190S UMJ-192S UMV-130B-172 PEB2095 ISO STANDARDS 1660 PSB2196 Talema UV-130A TEXT
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Abstract: components · Built in compressor and expander mute circuit · Unity gain level set a 100mVrms · Response time , THDc Vnoc RRc Vinc= 100mVrms, 0dB Vinc= Vinc= Vinc= Vinc= 316mVrms, 10dB 10mVrms, -20dB 1mVrms, -40dB , -1.5 -1 -1 -1 -1 0 0 0 0 0 0.3 1.5 1 1 1 1 1.5 5.0 -18 dB dB dB dB dB % mVrms dB Vinc=100mVrms, f=1kHz Rg = 600 Vcc = 1kHz, 3V(DC), 100mVrms - 0.8 -25 KSI-W006-002 KSI-W006-002 3 Electrical , ) Muting Attenuation Input Impedance SL5020/P SL5020/P Min. - Symbol CTc Attc Rinc Test Conditions Vinc=100mVrms ... AUK
Original
datasheet

9 pages,
294.71 Kb

SL5020 SL-5020 SL5020P SL5020/P TEXT
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Abstract: 0dB MONO : 400Hz, 100mVrms 9 V21 SUB : 400Hz, 100mVrms V8 / V9 b , 10 V21 : 100Hz, 100mVrms SUB : 100Hz, 100mVrms 100% BIL.Q 11 V21 12 V21 1kHz MONO : 10kHz, 100mVrmsv V8 / V9 b b SUB : 10kHz, 100mVrms V8 / V9 b b V8 / V9 b b V8 / V9 b b V8 / V9 b b , , 100mVrms 14 V21 15 V21 16 V21 17 V21 18 V21 19 V21 +BIL.Q V8 ... Toshiba
Original
datasheet

14 pages,
372.77 Kb

VR25 100PPM TA7762N TEXT
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Abstract: SA578 SA578 AN1762 AN1762 specified and set at 100mVRMS. The earlier compandors also have a set unity gain , have their 0dB levels at 100mVRMS. If a designer wanted a different 0dB level, two op amps would have , formulas 1 and 2, design a compandor with a 0dB level of 100mVRMS. Try to achieve a THD of 0.1 on the , and a 0dB level of 100mVRMS. The bandwidth of the expandor, the compressor, and the compandor (where , 100mVRMS 100mVRMS 100mVRMS 10mV to 1VRMS Power-Down NO NO NO NO NO NO YES ... Philips Semiconductors
Original
datasheet

15 pages,
154.2 Kb

compandor Signal Path Designer SA570F SA571 application note SA572 SA572N SA578D NE578 circuit diagram of hearing aid SA576 SA578 NE577 compressor ALC SA577 AN1762 NE577 sa571 AN1762 NE577 SA575 AN1762 NE577 Hearing Aid Circuit Diagram philips AN1762 NE577 AN1762 AN1762 NE577 SA570 SA570N TEXT
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Abstract: ), (3+6) 100kHz, 100mVrms (4+5), (3+6) 10kHz, 100mVrms ±2% 1MHz, 100mVrms (uH±10%) (uH, Max , (6+3) (2-4) tie (2+7) (OHMS Max) (4+5), (1+8), (3+6) 100kHz, 100mVrms (pF Max) LB 17MHz (dB , ), (2+8), (3+5), (4+6), (3+6), (4+5) (1+8), (2+7) 100Khz, 100mVrms 100Khz, 100mVrms (pF Max) (pF Max ... Pulse Engineering
Original
datasheet

2 pages,
334.51 Kb

EN60950 TEXT
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Abstract: =1% VOL=0dB VIN=2Vrms, f=1kHz VOL=0dB VIN=100mVrms, f=1kHz VOL=+15dB VIN=2Vrms, f=1kHz VOL=0dB f , 1 GVBASS1 2 GVBASS 2 3 GVBASS 3 VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, =0dB VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, =+10dB VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, =-10dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, =0dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, =+10dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, =-10dB x VIH VIL ... Original
datasheet

4 pages,
67.05 Kb

SSOP32 NJW1194 -120dBtyp NJW1194V TEXT
datasheet frame
Abstract: components · Built in compressor and expander mute circuit · Unity gain level set a 100mVrms · Response , , 3V(DC), 100mVrms - -25 -18 dB Vinc= 100mVrms, 0dB Vinc= Vinc= Vinc= Vinc= 316mVrms, 10dB 10mVrms, -20dB 1mVrms, -40dB 100uVrms, -60dB Vinc=100mVrms, f=1kHz KSI-W006 KSI-W006 , (CE) CTc Vinc=100mVrms. Exp Output - -72 -50 dB Muting Attenuation Attc Vinc=100mVrms. Vpin13=GND - -65 -50 dB Input Impedance Rinc PIN 10 - 20 - ... AUK
Original
datasheet

8 pages,
90.81 Kb

marking GC3 MF variable CAPACITOR 50v compressor audio compressor expander IC 10 pin SL-5020 SL5020 FULL WAVE RECTIFIER CIRCUITS compressor audio audio compressor expander IC, 8 pin SL5020P precision FULL WAVE RECTIFIER audio compressor expander IC 8 pin SL5020/P audio compressor SL5020/P compressor IC SL5020/P audio compressor expander IC SL5020/P SL5020/P SL5020/P TEXT
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Abstract: ) with others (2-3) shorted shorted shorted 10kHz, 100mVrms 100kHz, 100mVrms 100kHz, 100mVrms  , shorted 100kHz, 100mVrms 300kHz ~ 8MHz (OHMS Max) (pF Max) (dB Max) 1.0 35 0.5 Notes: * Use ... Pulse Engineering
Original
datasheet

2 pages,
357.22 Kb

TEXT
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Abstract: Input Impedance ­2­ RIN f=1kHz,THD=1% VOL=0dB VIN=2Vrms, f=1kHz VOL=0dB VIN=100mVrms, f , Bass Voltage Gain 2 GVBASS 2 Bass Voltage Gain 3 GVBASS 3 VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, Treble=0dB VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, Treble=+10dB VIN=100mVrms, f=10kHz VOL=0dB, TONE=ON, Treble=-10dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, Bass=0dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, Bass=+10dB VIN=100mVrms, f=100Hz VOL=0dB, TONE=ON, Bass=-10dB xLogic Control ... New Japan Radio
Original
datasheet

4 pages,
68.6 Kb

treble and bass SSOP32 bass treble control circuit -120dBtyp V1000 AUDIO NJW1194V NJW1194 TEXT
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Abstract: down point Vin=100mVrms Vin=100mVrms Vin=100mVrms Vin=100mVrms 4) IHF-A MAIN VOLUME GVM , Conditions Vin=100mVrms, f = 2kHz IN_L OUT_L Vin=100mVrms, f = 2kHz IN_L OUT_R Vin=100mVrms, f=20Hz Vin=100mVrms, f=20kHz Vin=100mVrms, f=20kHz Vin=100mVrms, f=20kHz Vin=100mVrms, f=20kHz Vin=100mVrms, f=20kHz Vin=1mVrms 6) Vin=50mVrms 6) Vin=200mVrms 6) Vin=1Vrms 6) Vin=100mVrms Vin=100mVrms Vin=100mVrms ±1dB - ±8dB Vin=100mVrms ±9dB - ±15dB Vin=100mVrms Vin=100mVrms, f=15kHz Vin=100mVrms, f=15kHz Vin=100mVrms, f ... ROHM
Original
datasheet

17 pages,
1850.5 Kb

5.1 channel surround sound IC 5.1 surround sound diagrams 3D surround sound IC 3D surround sound 15 pin ICs BD3830FS BD3831FS TEXT
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Abstract: 100Hz, VRR RRR = 20log B VRR = 100mVrms, Ripple rejection, Lch RRL 40 53 - dB fRR = 100Hz, VRR RRR = 20log VRR = 100mVrms, B Ripple rejection, Cch RRC 40 53 - dB fRR = 100Hz, VRR RRR = 20log B VRR = 100mVrms, Muting level, Rch VMUTER 80 90 , , Rch VBMAXR 13 15.5 18 dB Comparison with f = 100Hz, VIN = 100mVrms, bass flat Bass boost gain, Lch VBMAXL 13 15.5 18 dB Comparison with f = 100Hz, VIN = 100mVrms ... OCR Scan
datasheet

16 pages,
688.4 Kb

TA7762N SW-22 TEXT
datasheet frame
Abstract: components · Built in compressor and expander mute circuit · Unity gain level set a 100mVrms · Response , , 3V(DC), 100mVrms - -25 -18 dB Vinc= 100mVrms, 0dB Vinc= Vinc= Vinc= Vinc= 316mVrms, 10dB 10mVrms, -20dB 1mVrms, -40dB 100uVrms, -60dB Vinc=100mVrms, f=1kHz KSI-W006 KSI-W006 , (CE) CTc Vinc=100mVrms. Exp Output - -72 -50 dB Muting Attenuation Attc Vinc=100mVrms. Vpin13=GND - -65 -50 dB Input Impedance Rinc PIN 10 - 20 - ... Lansdale Semiconductor
Original
datasheet

12 pages,
263.27 Kb

audio compressor expander IC MC33111 MC33111D MC33111P MC78L05ACP ML33111 ML33111-5P ML33111EP precision full wave audio compressor expander IC 8 pin walkie-talkie precision FULL WAVE RECTIFIER TEXT
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Archived Files

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V R = 100mVrms f = 100Hz; C SVR = 100 m F 40 50 dB HEADPHONE DRIVER V o(DC) DC Output Voltage 1.50 = 10K W ; P o = 5mW 40 50 dB SVR Ripple Rejection V r = 100mVrms, f = 100Hz Vol. control = 1/3V ref = 100mVrms C SVR = 100 m F TDA7273 TDA7273 5/9 Figure 13: SVR vs. Frequency V S = 3V (R L = 32 W , V r =
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1480-v2.htm
STMicroelectronics 14/06/1999 6.05 Kb HTM 1480-v2.htm
22Hz to 22KHz 100 m V SVR Ripple Rejection R g = 2.2K W V R = 100mVrms f = 100Hz; C SVR = 100 m F r = 100mVrms, f = 100Hz Vol. control = 1/3V ref C SVR = 100 m F; R g =600 W 47 dB Volume Control Supply Voltage (DRIVER) V S = 3V R g = 2.2K W V R = 100mVrms C SVR = 100 m F TDA7273 TDA7273 5/9 Figure 13: SVR
/datasheets/files/stmicroelectronics/books/ascii/docs/1480.htm
STMicroelectronics 25/05/2000 8.22 Kb HTM 1480.htm
V R = 100mVrms f = 100Hz; C SVR = 100 m F 40 50 dB HEADPHONE DRIVER V o(DC) DC Output Voltage 1.50 = 10K W ; P o = 5mW 40 50 dB SVR Ripple Rejection V r = 100mVrms, f = 100Hz Vol. control = 1/3V ref = 100mVrms C SVR = 100 m F TDA7273 TDA7273 5/9 Figure 13: SVR vs. Frequency V S = 3V (R L = 32 W , V r =
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1480.htm
STMicroelectronics 02/04/1999 6.09 Kb HTM 1480.htm
= 2.2K W ; B = 22Hz to 22KHz 1.2 m V SVR1 Ripple Rejection R S = 2.2K W ; Vr = 100mVrms f = 3V R S = 2.2K W V R = 100mVrms C SVR = 100 m F TDA7285 TDA7285 5/11 Figure 9: Closed Loop 50K W ; R L = 32 W ; f = 1KHz) (DRIVER) V S = 3V R S = 600 W V R = 100mVrms C SVR
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1483-v1.htm
STMicroelectronics 25/05/2000 9.47 Kb HTM 1483-v1.htm
100mVrms f = 100Hz; C SVR = 100 m F 40 50 dB HEADPHONE DRIVER V o(DC) DC Output Voltage 1.50 V Cross Talk Rg = 10K W ; P o = 5mW 40 50 dB SVR Ripple Rejection V r = 100mVrms, f = 100Hz Vol. Output Voltage vs. Supply Voltage (DRIVER) V S = 3V R g = 2.2K W V R = 100mVrms C SVR = 100
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1480-v1.htm
STMicroelectronics 25/05/2000 7.81 Kb HTM 1480-v1.htm
R S = 2.2K W ; B = 22Hz to 22KHz 1.2 m V SVR1 Ripple Rejection R S = 2.2K W ; Vr = 100mVrms f = 330mVrms R L = 10K W V S = 3V R S = 2.2K W V R = 100mVrms C SVR = 100 m F TDA7285 TDA7285 5/11 Figure 9: Closed ; f = 1KHz) (DRIVER) V S = 3V R S = 600 W V R = 100mVrms C SVR = 100 m F TDA7285 TDA7285 6/11 Figure 15
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1483-v2.htm
STMicroelectronics 14/06/1999 7.63 Kb HTM 1483-v2.htm
to 22KHz 1.2 m V SVR1 Ripple Rejection R S = 2.2K W ; Vr = 100mVrms f = 100Hz; C SVR = 100 m F 50 dB = 100mVrms C SVR = 100 m F TDA7285 TDA7285 5/11 Figure 9: Closed Loop Gain vs. Frequency (DRIVER) Figure 10 100mVrms C SVR = 100 m F TDA7285 TDA7285 6/11 Figure 15: Reference Voltage (Pin 12) vs. Sup - ply Voltage (MOTOR
/datasheets/files/stmicroelectronics/books/ascii/docs/1483.htm
STMicroelectronics 25/05/2000 10.07 Kb HTM 1483.htm
R S = 2.2K W ; B = 22Hz to 22KHz 1.2 m V SVR1 Ripple Rejection R S = 2.2K W ; Vr = 100mVrms f = 330mVrms R L = 10K W V S = 3V R S = 2.2K W V R = 100mVrms C SVR = 100 m F TDA7285 TDA7285 5/11 Figure 9: Closed ; f = 1KHz) (DRIVER) V S = 3V R S = 600 W V R = 100mVrms C SVR = 100 m F TDA7285 TDA7285 6/11 Figure 15
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1483.htm
STMicroelectronics 02/04/1999 7.66 Kb HTM 1483.htm
) 83  SNR Conditions Po=400mW to 1W RMS  PSRR (dB) 65  PSRR Conditions Vr=100mVrms
/datasheets/files/national/pf/lm4664.html
National 17/02/2005 12.61 Kb HTML lm4664.html
) 65  PSRR Conditions 100mVrms, fripple=217Hz, Po=10mW, 1kHz  THD (%) .65  THD
/datasheets/files/national/pf/lm4666.html
National 17/02/2005 13.29 Kb HTML lm4666.html