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200mVP-P

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Abstract: ( 50mVpp X f- 2 MHz, V15-O V15-O V / Pini 0=S 2 ( 50mVpp )f /> f = 2 MHz» V15- 5 V // Pini 0=S 2 ( 200mVpp , (2Û0nrA/pp). V42 = 5 V Pin6=S1(200mVpp), V42=0 V min typ max unit 26 37 48 mA 31tf> 20 28 37 mA 37tr , // P»n6=S1 (200mVpp), V43=5V Pin6-S1(200mVpp>, V42 * 0 V Pin 6 =- S 2 ( 300mVpp ), f -100 kHz£ 500 kHz , Pin7-S1 (200mVpp), V4Í=5V Pin7=SK200mVpp). V41 = 0 V Pin7=S1 (200mvpp)t // V44 = 5 V // Pin? =S 1 , )tm^ 18bfV 3.0 3.3 3.5 V ^hn 1 -S 5 j^OOmVpp >,1096/S 1096/S 18t?> 3.7 4.0 4.3 V / CFQ¿'3 :v%J «SS(-200mVpp ... OCR Scan
datasheet

9 pages,
321.62 Kb

LA7266M 200MVP-P datasheet abstract
datasheet frame
Abstract: 450W 450W 451.2W 450W 451.2W RIPPLE & NOISE (max.) Note.2 200mVp-p 200mVp-p 200mVp-p 200mVp-p 200mVp-p 200mVp-p 200mVp-p VOLTAGE ADJ. RANGE 2.97 - 3.63V 4.5-5.5V 10.8-13.5V 13.5- 16.5V 21.6-28.5V ... OCR Scan
datasheet

2 pages,
993.04 Kb

SE-450 450W heatsink TRANSISTOR SE 135 datasheet abstract
datasheet frame
Abstract: 375W 200mVp-p 4.5 ~ 5.5V 3.0% 0.5% 2.0% SE-450-12 SE-450-12 12V 37.5A 0 ~ 37.5A 450W 200mVp-p 10.8 ~ 13.5V 1.0% 0.3% 0.5% SE-450-15 SE-450-15 15V 30A 0 ~ 30A 450W 200mVp-p 13.5 ~ 16.5V 1.0% 0.3% 0.5% SE-450-24 SE-450-24 24V 18.8A 0 ~ 18.8A 451.2W 200mVp-p 21.6 ~ 28.5V 1.5% 0.2% 0.5% SE-450-36 SE-450-36 36V 12.5A 0 ~ 12.5A 450W 200mVp-p 32.4 ~ 39.6V 1.0% 0.2% 0.5% SE-450-48 SE-450-48 48V 9.4A 0 ~ 9.4A 451.2W 200mVp-p 43.2 ~ 52.8V 1.0% 0.2% 0.5% RIPPLE & NOISE (max.) Note.2 200mVp-p 2.97 ~ 3.63V VOLTAGE TOLERANCE Note.3 3.0% LINE REGULATION LOAD REGULATION ... Original
datasheet

2 pages,
309.59 Kb

450W 24V power supply 45036 12v 30a pwm diagram SE-450 SE-450 abstract
datasheet frame
Abstract: dB RL=8,PO=0.4W Input UnterminatedVripple = 200mVp-p, 217Hz CBP=1F, RL=8 Input , 200mVp-p, 1kHz ,CBP=1F, RL=8 Input groundedVripple = 200mVp-p, 65 217Hz, CBP=1F, RL=8 Input groundedVripple = 200mVp-p, 70 1kHz, CBP=1F, RL=8 XTALK VNO Channel Separation f=1kHz,CBP=1F,3D , UnterminatedVripple = 70 200mVp-p, 217Hz CBP=1F, RL=32 Input UnterminatedVripple = 72 200mVp-p, 1kHz PSRR Power Supply CBP=1F, RL=32 Rejection Ratio Input groundedVripple = 200mVp-p, - 65 ... Original
datasheet

14 pages,
444.08 Kb

QFN-24 LM4888SQ LM4888 3D Plus "stereo amplifier" 5V supply LN4888 LN4888 abstract
datasheet frame
Abstract: S15= 200mVp-p,f=4.286MHz 4.3MHz BPF (2) GF4L1 S15 T17 ,S15= (200mVp-p,f=1.1MHz) VF4C 0dB 4.3MHz BPF (3) GF4L2 S15 T17 ,S15= (200mVp-p,f=2.2MHz) VF4C 0dB 4.3MHz BPF (4) GF4H S15 T17 ,S15= (200mVp-p,f=7.5MHz) VF4C 0dB REC BELL FBLR1 S15 T21 V5=V6=0V,V16=0V, SW21B SW21B=ON,S15= 200mVp-p,f=45MHz S27=Comp.Sync1 REC BELL (1) VBLRC S15 T21 V5=V6=0V,V16=0V, SW21B SW21B=ON,S15= 200mVp-p,f=FBLR1 S27=Comp.Sync REC BELL (2 ... Original
datasheet

18 pages,
265.46 Kb

V14V14 s27c T1733 GF1L LA7358 LA7358 abstract
datasheet frame
Abstract: RANGE 0-25A 0-22A 0-12.5A 0-11A 0-6.5A 200mVp-p 200mVp-p 200mVp-p 200mVp-p ... Original
datasheet

2 pages,
65.5 Kb

PSP-300-12 240Vac fan ISO-9001 ISO-9001 abstract
datasheet frame
Abstract: BPF(1) VF4C V6=5V,V16=0V,S27=Comp.Sync, S15=(200mVp-p,f=4.286MHz) 4.3MHz BPF(2) GF4L1 ,S15=(200mVp-p, f=1.1MHz),VF4C(0dB) 4.3MHz BPF(3) GF4L2 ,S15=(200mVp-p, f=2.2MHz),VF4C(0dB) 4.3MHz BPF(4) GF4H ,S15=(200mVp-p, f=7.5MHz),VF4C(0dB) REC BELL FBLR1 (1) V5=V6=0V,V16=0V,SW21B SW21B=ON, S15=(200mVp-p,f=45MHz) S27=Comp.Sync REC BELL FBLR2 ,V5=4V VBLRC V5=V6=0V,V16=0V,SW21B SW21B=ON, (2) REC BELL(1) S15=(200mVp-p,f=FBLR1) S27=Comp.Sync REC BELL(2 ... Original
datasheet

10 pages,
147.37 Kb

LA7337 52887 N5288A N5288A abstract
datasheet frame
Abstract: S29=Comp.Sync S16= 4.3MHz BPF (1) VF4C S16 T18 V5=5V,V17=OV, S29=Comp.Sync S16= 200mVp-p,f=4.286MHz 4.3MHz BPF (2) GF4L1 S16 T18 ,S16= (200mVp-p,f=1.1MHz) VF4C 0dB 4.3MHz BPF (3) GF4L2 S16 T18 ,S16= (200mVp-p,f=2.2MHz) VF4C 0dB 4.3MHz BPF (4) GF4H S16 T18 ,S16= (200mVp-p,f=7.5MHz) VF4C 0dB REC BELL FBLR1 S16 T22 V5=0V,V17=0V,SW22B SW22B=ON S16= 200mVp-p,f=45MHz S29=Comp.Sync1 REC BELL (1) VBLRC S16 T22 V5=0V ... Original
datasheet

18 pages,
355 Kb

SW22B A0247 F1071 LA7358M LA7358M abstract
datasheet frame
Abstract: White balance (l) GviO Vcc=4.8V, Veef=1.8V lOstep 200mVpp 200 250 300 mVpp White balance (2) Gvn VCC=4.8V,Vref=1.8V lOstep 200mVpp 0.85 1 1.15 - White balance (3) Gvi2 VCc=4.8V,Vref=1.8V lOstep 200mVpp , LPFcharacteristics (l) Gv14 VCC=4.8V, VREF= 1.8V 2.5MHz Sine wave, 200mVPP - - -16 dB LPF characteristics (2) Gvi5 VCC=4.8V, Vref=1.8V 2.5MHz Sine wave, 200mVPP - - -16 dB C S/H characteristics (l) GvI6 Voc=4.8V, Vref=1.8V 500kHz pulse, 200mVPP 200 250 - mVpp C S/H characteristics (2) Gvi7 Vcc=4.8V, Vref=1.8V 500kHz ... OCR Scan
datasheet

4 pages,
160.3 Kb

QFH048-P-1010 AN2254FAP v474 Gv27 GV26 AN2154FAP datasheet abstract
datasheet frame
Abstract: White balance (l) GviO Vcc=4.8V, Veef=1.8V lOstep 200mVpp 200 250 300 mVpp White balance (2) Gvn VCc=4.8V,Vref=1.8V lOstep 200mVpp 0.85 1 1.15 - White balance (3) Gvi2 VCc=4.8V,Vref=1.8V lOstep 200mVpp , LPFcharacteristics (l) Gv14 VCC=4.8V, Vref= 1.8V 2.5MHz Sine wave, 200mVPP - - -16 dB LPF characteristics (2) Gvi5 VCC=4.8V, Vref=1.8V 2.5MHz Sine wave, 200mVPP - - -16 dB C S/H characteristics (l) GvI6 Voc=4.8V, Vref=1.8V 500kHz pulse, 200mVPP 200 250 - mVpp C S/H characteristics (2) Gvi7 Vcc=4.8V, Vref=1.8V 500kHz ... OCR Scan
datasheet

4 pages,
160.29 Kb

QFH048-P-1010 AN2154FAP AN2254FAP AN2154FAP abstract
datasheet frame
Abstract: NJU7119 NJU7119 C-MOS NJU7119 NJU7119 1 C-MOS 1.85.5V TTL,C-MOS IC 7mV(max) SC88A SC88A (tPLH/tPHL) (tTHL) C-MOS VDD=1.85.5V VIO=7mV max 100A(typ.) 160/70ns(typ) 4ns(typ) NJU7119F3 NJU7119F3 (Top View) IN- 1 5 VDD VSS 2 IN+ 3 OUT 4 SC88A SC88A VDD IN OUT IN+ VSS 1 NJU7119 NJU7119 (Ta=25) 7.0 V VDD V VID �0 ( 1) V VIC -0.37.0 mW PD 250 ( 3) Topr -40+85 Tstg ... Original
datasheet

10 pages,
173.23 Kb

SC88A NJU7119F3 NJU7119 NJU7119 abstract
datasheet frame
Abstract: S16 = sine wave (200mVp-p, f = 4.286MHz) 4.3MHz BPF GF4L1 S16 T18 characteristics (2) V5 = 5V, V17 = 0V, S29 = Comp.Sync S16 = sine wave (200mVp-p, f = 1.1MHz) referenced (0dB) to , S16 = sine wave (200mVp-p, f = 2.2MHz) referenced (0dB) to VF4C. 4.3MHz BPF GF4H S16 T18 characteristics (4) V5 = 5V, V17 = 0V, S29 = Comp.Sync S16 = sine wave (200mVp-p, f = 7.5MHz) referenced , MHz S16 = sine wave (200mVp-p, f = 4 to 5MHz) S29 = Comp.Sync (Note1) REC BELL VBLRC S16 ... Original
datasheet

17 pages,
429.53 Kb

SW22B s16 transistor Reference sine wave LA7358M a0247 transistor t18 FET ENA0247 ENA0247 abstract
datasheet frame

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forced to maximum gain Input signal on pin 4 VATTE = 200mVpp ATE2 = 20log (VOUTE / VATTE) with Rpin24 = VATTE = 200mVpp ATE = 20log(VOUTE / VATTE) TEA7540 TEA7540 TEA7540 TEA7540 9/12 Figure 11: Test Configuration V + = 3V pin 7 Input signal on pin 4 VATTE = 200mVpp Rpin24 = 11K W ATE6 = 20log(VOUTE / VATTE) Figure 12: Test pin 7 is forced to receive mode Input signal pin 25: VATTR = 200mVpp Rpin23 = 9K W ATRVOL = 20log
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4296-v2.htm
STMicroelectronics 14/06/1999 12.52 Kb HTM 4296-v2.htm
forced to maximum gain Input signal on pin 4 VATTE = 200mVpp ATE2 = 20log (VOUTE / VATTE) with Rpin24 = VATTE = 200mVpp ATE = 20log(VOUTE / VATTE) TEA7540 TEA7540 TEA7540 TEA7540 9/12 Figure 11: Test Configuration V + = 3V pin 7 Input signal on pin 4 VATTE = 200mVpp Rpin24 = 11K W ATE6 = 20log(VOUTE / VATTE) Figure 12: Test pin 7 is forced to receive mode Input signal pin 25: VATTR = 200mVpp Rpin23 = 9K W ATRVOL = 20log
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4296-v1.htm
STMicroelectronics 02/04/1999 12.55 Kb HTM 4296-v1.htm
receive mode pin 11 and pin 17 are forced to maximum gain Input signal on pin 4 VATTE = 200mVpp ATE2 pin 7 is forced to transmit mode Input signal on pin 4 VATTE = 200mVpp ATE = 20log(VOUTE / VATTE = 200mVpp Rpin24 = 11K W ATE6 = 20log(VOUTE / VATTE) Figure 12: Test Configuration V + Configuration V + = 3V pin 7 is forced to receive mode Input signal pin 25: VATTR = 200mVpp Rpin23
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4296-v3.htm
STMicroelectronics 25/05/2000 14.33 Kb HTM 4296-v3.htm
receive mode pin 11 and pin 17 are forced to maximum gain Input signal on pin 4 VATTE = 200mVpp ATE2 = to transmit mode Input signal on pin 4 VATTE = 200mVpp ATE = 20log(VOUTE / VATTE) TEA7540 TEA7540 TEA7540 TEA7540 9/12 have been forced at maximum gain by V11 and V17 Input signal on pin 4 VATTE = 200mVpp Rpin24 = 11K receive mode Input signal pin 25: VATTR = 200mVpp Rpin23 = 9K W ATRVOL = 20log(VOUTR / VATTR) TEA7540 TEA7540 TEA7540 TEA7540
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4296.htm
STMicroelectronics 20/10/2000 14.99 Kb HTM 4296.htm
output of approximately 200mVp-p. To reduce this ripple, increase the capacitor values and use
www.datasheetarchive.com/files/maxim/0004/appno048.htm
Maxim 04/04/2001 8.37 Kb HTM appno048.htm
regulator's response. The value shown (10nF) lowers the sawtooth-ripple voltage from 200mVp-p to 20mVp-p.
www.datasheetarchive.com/files/maxim/0004/appno088.htm
Maxim 04/04/2001 8.24 Kb HTM appno088.htm
voltage from 200mVp-p to 20mVp-p. Larger C1 values further decrease the ripple while increasing the
www.datasheetarchive.com/files/maxim/0002/appno057.htm
Maxim 02/05/2002 6.87 Kb HTM appno057.htm
approximately 200mVp-p. To reduce this ripple, increase the capacitor values and use through-hole filter
www.datasheetarchive.com/files/maxim/0005/appno037.htm
Maxim 02/05/2002 7.26 Kb HTM appno037.htm
) Vrpi=200Mvpp, Sine, f=100Hz, OCL PSRR Conditions .10 THD (%) Po=10mW THD Conditions
www.datasheetarchive.com/files/national/pf/lm4924.html
National 17/02/2005 13.08 Kb HTML lm4924.html
the output loads. Output noise (mostly fast spikes) is nominally 200mVp-p for a wide range of
www.datasheetarchive.com/files/maxim/0004/appno032.htm
Maxim 04/04/2001 8.59 Kb HTM appno032.htm