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PIN-11-95 Amphenol Industrial Operations 11.1MM PIN CONTACT ASM 95MM2
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linkcom

Abstract: UL 1355
Text: OCL: PIN 16-9= 400uH ±10% @ 10KHz/0.1V ( PIN11-14 Short) PIN 16-9= 3.0uH Max. @ 100KHz/0.1V ( PIN11-14 ,PIN1-2-3-4 Short) PIN 16-9= 2.0uH Max. Leakage Indutance: @ 100KHz/0.1V ( PIN11-14 ,PIN5-6-7-8 Short) PIN 1-4 = 0.3 ohm Max. (PIN1-2,PIN3-4 Short) D.C.R PIN 5-8 = 4.4 ohm Max. (PIN6-7 Short) PIN 16-9 = 3.0 ohm Max. ( PIN11-14 Short) PIN16-9 : PIN 1-4 = 4.25±3% :1 ( PIN11-14 ,PIN1-2,PIN 3-4 Short) Turn Ratio: PIN16-9 : PIN 5-8 = 1±3% :1 ( PIN11-14 ,PIN6-7 Short) T.H.D


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PDF LAL2100-50 400uH 10KHz/0 PIN11-14 100KHz/0 PIN16-9 linkcom UL 1355
Not Available

Abstract: No abstract text available
Text: =10Kn pin5,8 IHF-A filter RL=10Kft Conditions Bypass ( pin11 ,12=0V) SRS Stereo (pin12=5V/ pin11=0V ) SRS Stereo (pin12=5V/ pin11=0V ) SRS Mono (pin12=0V/ pin11=5V ) SRS Mono (pin12=0V/ pin11=5V ) Bypass ( pin11 ,12=0V) Bypass ( pin11 ,12=0V) Mute [pin10=5V/ pin11 ,12=0V; Min. Limit Typ. 0 +2.5 Max. Unit dB dB -3 , filter Conditions Bypass (pini 1,12=0V) SRS Stereo (pini 2=5V/ pin11=0V ) SRS Mono (pi n12=0V/pl n11


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PDF M62494SP/FP M62494 20P4B 20P2N
1998 - ibr 273

Abstract: L3000SX-VC BT 151 PIN DIAGRAM FLEXIWATT15 L3000S L3000SX L3000SX-77 RX300F
Text: Vin = ­0.5V Pin12 = 0Vor ­5V Pin11 = +5V 4/24 ­15 380 950 2 ­ pF ­ +15 420 µA µA 100 Ia = Ib = 0mA Ia = Ib = 20mA Vin = ­180mV Pin12 = +5Vor0V or ­5V Pin11 = +5V , Current from Pin11 |Iomb| Ithv Test Conditions Ia = Ib = 0mA Vin = 0V Pin12 = 0V Pin11 = ­5V Ia = Ib = 0mA Ia = Ib = 20mA Vin = ­180mV Pin12 = +5Vor0V or ­5V Pin11 = +5V Ia = 15mA Ib = 25mA Vin = ­180mV Pin12 = +5Vor 0Vor­5V Pin11 = +5V Ia = 37.5mA Ib = 62.5mA Vin = ­0.5V Pin12 = 0Vor


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PDF L3000S L3000S Flexiwatt15 PowerSO20 PowerSO-20TM ibr 273 L3000SX-VC BT 151 PIN DIAGRAM FLEXIWATT15 L3000SX L3000SX-77 RX300F
1997 - FLEXIWATT15

Abstract: L3000S L3000SX L3000SX-77 L3000SX-VC voltmeter microelectronics
Text: or ­5V Pin11 = +5V ­15 380 Ia = Ib = 50mA Vin = ­0.5V Pin12 = 0Vor ­5V Pin11 = +5V 4/24 , Current from Pin11 |Iomb| Ithv Test Conditions Ia = Ib = 0mA Vin = 0V Pin12 = 0V Pin11 = ­5V Ia = Ib = 0mA Ia = Ib = 20mA Vin = ­180mV Pin12 = +5Vor0V or ­5V Pin11 = +5V Ia = 15mA Ib = 25mA Vin = ­180mV Pin12 = +5Vor 0Vor­5V Pin11 = +5V Ia = 37.5mA Ib = 62.5mA Vin = ­0.5V Pin12 = 0Vor ­5V Pin11 = +5V Vbt = -70V,Pin12 = 5V Pin11 = 5V VIN = ­0.5V VIN = ­2V Pin12 = 0 or -5V Pin11 =


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PDF L3000S L3000S Flexiwatt15 PowerSO20 PowerSO-20TM FLEXIWATT15 L3000SX L3000SX-77 L3000SX-VC voltmeter microelectronics
2008 - Not Available

Abstract: No abstract text available
Text: Air Velocity @Vin=12V Vout=5.0V (Airflow from Pin1 to Pin11 ) 600LFM 35 500LFM 30 25 20 , @Vin=12V, Vout=5.0V (Airflow from Pin1 to Pin11 ) Output Current (A) 40 NE12S0A0V40(standard) Output Current vs. Ambient Temperature and Air Velocity @Vin=12V Vout=2.5V (Airflow from Pin1 to Pin11 ) 35 , air velocity@ Vin=12V, Vout=2.5V (Airflow from Pin1 to Pin11 ) 9 THERMAL CURVES (VERTICAL , Temperature and Air Velocity @Vin=5.0V Vout=2.5V (Airflow from Pin1 to Pin11 ) 35 30 25 Natural


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PDF 12Vin, V/40A QS9000, OHSAS18001 EN60950-1) NE12S40A
2001 - audio mixer chip

Abstract: NJM2536A NJM2536AM NJM2536AV audio mixer
Text: Vv · V11h : · V11l : CH1 output voltage at pin11 CARRIER OFF SW (Pin 2) input = 2.5V, CH , , CH1 ( Pin11 ) = V11h + 0.15V, CH SW (Pin13) input = 2.5V · Gvvl1 : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) = V11h - 0.15V, CH SW (Pin13) input = 2.5V · Gvvh2 : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) = V11h + 0.15V, CH SW (Pin13) input = 0.5V · Gvvl2 : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) =


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PDF NJM2536A NJM2536A NJM2536AV NJM2536AM DMP/SSOP14 audio mixer chip NJM2536AM NJM2536AV audio mixer
1998 - mitsubishi 20P4B

Abstract: No abstract text available
Text: SRS Stereo (pin12=5V/ pin11=0V ) 30 100 µVrms SRS Mono (pin12=0V/ pin11=5V ) 30 100 µVrms , Conditions Limit Min. Unit Typ. Max. -3 0 +3 dB SRS Stereo (pin12=5V/ pin11=0V ) -0.5 +2.5 +5.5 dB pin5,8 RL=10K SRS Stereo (pin12=5V/ pin11=0V ) +7 +10 +13 dB pin1,2 f=100Hz pin 8 RL=10K SRS Mono (pin12=0V/ pin11=5V ) +4.5 pin1,2 f=10KHz pin 8 RL=10K SRS Mono (pin12=0V/ pin11=5V ) +2.5 +6 1.8 2.2 pin1,2 f=1kHz Vi


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PDF M62494SP/FP M62494 20P4B 20P2N mitsubishi 20P4B
2001 - video mixer circuit diagram

Abstract: fm modulation application circuit tank oscillator circuit 5v UHF band RF modulator audio sound mixer circuit diagram uhf range fm modulator uhf modulator E1 AUDIO diagram modulator uhf NJM2259
Text: input signal ICC Video Output Level VO Video input Signal ( Pin11 )=0.5VPP (Note 1) Video Modulation Depth mp Video input Signal ( Pin11 )=0.5VPP (Note 1) Video Limiter Modulation mpmax Video input Signal ( Pin11 )=0.5VPP Depth (Note 1) Video input signal ( Pin11 )=0.5VPP Differential Gain DG Staircase Video input Signal ( Pin11 )=0.5VPP DP Differential Phase Staircase Picture-to-sound Ratio PS Video input Signal ( Pin11 )=0.5VPP (Note 1) Sound FM Modulation Audio input Signal (Pin16)=70mVPP ms


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PDF NJM2259 NJM2259 NJM2259M DMP16 video mixer circuit diagram fm modulation application circuit tank oscillator circuit 5v UHF band RF modulator audio sound mixer circuit diagram uhf range fm modulator uhf modulator E1 AUDIO diagram modulator uhf
2001 - video mixer circuit diagram

Abstract: "RF Mixer" fm modulation application circuit diagram modulator uhf UHF band RF modulator uhf modulator uhf range fm modulator NJM2259M audio sound mixer circuit diagram RF mixer
Text: input signal ICC Video Output Level VO Video input Signal ( Pin11 )=0.5VPP (Note 1) Video Modulation Depth mp Video input Signal ( Pin11 )=0.5VPP (Note 1) Video Limiter Modulation mpmax Video input Signal ( Pin11 )=0.5VPP Depth (Note 1) Video input signal ( Pin11 )=0.5VPP Differential Gain DG Staircase Video input Signal ( Pin11 )=0.5VPP DP Differential Phase Staircase Picture-to-sound Ratio PS Video input Signal ( Pin11 )=0.5VPP (Note 1) Sound FM Modulation Audio input Signal (Pin16)=70mVPP ms


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PDF NJM2259 NJM2259 NJM2259M DMP16 video mixer circuit diagram "RF Mixer" fm modulation application circuit diagram modulator uhf UHF band RF modulator uhf modulator uhf range fm modulator NJM2259M audio sound mixer circuit diagram RF mixer
2000 - NTE701

Abstract: V11L dip 16 pin15 vcc sync separator for monochrome tv
Text: , Pin16: 27k to 12V, Measure Pin1 3.8 4.0 4.3 V Minimum IF AGC V13L Pin11 : 10k to GND , 1.25 V Forward Tuner AGC Leakage Current I11 Pin11 : 10k to GND, Pin12: 10k to 12V, Pin13: 2.2k to 5V, Pin14: 1k to 2.95V, Pin15: 1k to 5.3V, Measure Pin11 ­20 ­ +20 µA Reverse Tuner Leakage Current I12 Pin11 : 10k to GND, Pin12: 10k to 12V, Pin13: 2.2k to 5V, Pin14: 1k to , Pin11 : 10k to GND, Pin12: 10k to 12V, Pin13: 2.2k to 5V, Pin14: 1k to 2.95V, Pin15: 1k to 5.3V


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PDF NTE701 NTE701 10sec V11L dip 16 pin15 vcc sync separator for monochrome tv
sound system circuit diagrams all

Abstract: mitsubishi 20P4B
Text: ,8 RL=10KQ Bypass ( pin11 ,12=0V) -3 0 +3 dB Gv2 Input - Output Voltage Gain2 pin1,2 f=1kHz pin5,8 RL=10KQ SRS Stereo (pin12=5V/ pin11=0V ) -0.5 +2.5 +5.5 dB Gv3 Input - Output Voltage Gain3 pin1,2 f=100Hz pin5,8 RL=10KQ SRS Stereo (pin12=5V/ pin11=0V ) +7 +10 +13 dB Gv4 Input - Output Voltage Gain4 pin 1,2 f=100Hz pin 8 RL=10KQ SRS Mono (pin12=0V/ pin11=5V ) +4.5 +7.5 +10.5 dB Gv5 Input - Output Voltage Gain5 pin1,2 f=10KHz pin 8 RL=10KQ SRS Mono (pin12=0V/ pin11=5V ) +2.5 +6 +9.5 dB Vom Maximum Output Voltage pin 1


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PDF M62494SP/FP sound system circuit diagrams all mitsubishi 20P4B
Not Available

Abstract: No abstract text available
Text: output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) = V11h + 0.15V, CH SW (Pin13) input = 2.5V • Gvvl1 : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) = V11h - , €¢ Mwh : • Mwl : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv + 0.43V, CH1 ( Pin11 , (Pin 1) input = Vv + 0.8V, CH1 ( Pin11 ) = V11h + 0.15V, CH SW (Pin13) input = 2.5V • Wcl â , voltage at Pin4 P/S (Pin 6) input = VPs + 0.2V, CH1 ( Pin11 ) = 2.4V, CH SW (Pin13) input = 2.5V â


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PDF NJM2536A NJM2536A NJM2536AV NJM2536AM DMP/SSOP14
tv-5 120v

Abstract: No abstract text available
Text: /pin 11 =0V) -0.5 +2.5 +5.5 dB pin5,8 RL=10KQ SRS Stereo (pin12=5V/ pin11=0V ) +7 +10 +13 dB pin1,2 f=100Hz pin 8 RL=10KQ SRS Mono (pin12=0V/ pin11=5V ) +4.5 pin1,2 pin 8 RL=10K£2 SRS Mono (pin12=0V/ pin11=5V ) +2.5 +6 +9.5 dB Bypass (pin , Max. — 3 10 SRS Stereo (pin 12=5V/ pin11=OV ) — 30 100 pVrms SRS Mono (pin12=0V/ pin11=5V ) — 30 100 (jVrms Bypass (pin 11,12=0V) pVrms Switch Condition and


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PDF M62494SP/FP 20P4B 20P2N M5M4V4400J 4194304-BIT 1048576-WORD 00ES304 tv-5 120v
PIN34

Abstract: lal2104 PIN16
Text: ,6-7,5-8PIN Short) T.H.D PIN16-9 - PIN5-8 = -82dB Max. @ 30KHz/3.162V ( PIN11-14 ,PIN6-7 Short , 16-9 = 3.0 ohm Max. ( PIN11-14 Short) Hi-POT : PRI. ­ SEC. =1875VAC/60Hz/2Seconds/1mA PIN16-9 : PIN 1-4 = 4.25±3% :1 ( PIN11-14 ,PIN1-2,PIN 3-4 Short) Turn Ratio: PIN16-9 : PIN 5-8 = 1±3% :1 ( PIN11-14 ,PIN6-7 Short) Dimensions (Units: mm) Schematic LALXXXX LinkCom X DATE CODE G


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PDF LAL2104-50 400uH 10KHz/0 100KHz/0 PIN16-9 -82dB 30KHz/3 PIN11-14 PIN34 lal2104 PIN16
2008 - 20P2N-A

Abstract: PRDP0020BA-A PRSP0020DA-A
Text: f = 10kHz Pin8 RL = 10k SRS Mono (pin12 = 0V/ pin11 = 5V) 1.8 2.2 - Vrms pin1, 2 f = 1kHz Bypass ( pin11 , 12 = 0V) THD - 0.01 0.05 % MUTE - 55 , IHF-A filter RL = 10k Pin1, 2 f = 1kHz Vi = 0dBm Pin1, 2 f = 1kHz Vi = 0dBm Bypass ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) Bypass ( pin11 , 12 = 0V) Mute (pin10 = 5V/ pin11 , 12 = 0V) (VCC = 9 V


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PDF M62494SP/FP REJ03F0220-0201 M62494 REJ03F0220-0201 20P2N-A PRDP0020BA-A PRSP0020DA-A
2006 - Not Available

Abstract: No abstract text available
Text: Bypass ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) SRS Mono (pin12 = 0V/ pin11 = 5V) Bypass ( pin11 , 12 = 0V) GV3 +7 +10 , 55 45 dB Pin1, 2 f = 1kHz Vi = 0dBm Pin1, 2 f = 1kHz Vi = 0dBm Bypass ( pin11 , 12 = 0V) Mute (pin10 = 5V/ pin11 , 12 = 0V) (VCC = 9V, Ta = 25°C, pin 10 = 0V) Limits Item Output noise , Conditions Bypass ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) Rev


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PDF M62494SP/FP REJ03F0220-0200 M62494
2001 - NJM2536A

Abstract: NJM2536AM NJM2536AV AM MODULATOR 5 ch audio output ic circuit "fm modulator"
Text: = 0.5V · Gvvh1: RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv, CH1 ( Pin11 ) = V11h , ) input = Vv, CH1 ( Pin11 ) = V11h - 0.15V, CH SW (Pin13) input = 2.5V · Gvvh2 : RF OUT output voltage , Vv + 0.43V, CH1 ( Pin11 ) = V11h - 0.15V, CH SW (Pin13) input = 2.5V · Wch : RF OUT output voltage at Pin4 VIDEO IN (Pin 1) input = Vv + 0.8V, CH1 ( Pin11 ) = V11h + 0.15V, CH SW (Pin13) input = , Psh : RF OUT output voltage at Pin4 P/S (Pin 6) input = VPs + 0.2V, CH1 ( Pin11 ) = 2.4V, CH SW (Pin13


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PDF NJM2536A NJM2536A NJM2536AV NJM2536AM DMP/SSOP14 NJM2536AM NJM2536AV AM MODULATOR 5 ch audio output ic circuit "fm modulator"
2008 - Not Available

Abstract: No abstract text available
Text: Air Velocity @Vin=12V Vout=5.0V (Airflow from Pin1 to Pin11 ) 600LFM 35 500LFM 30 25 20 , @Vin=12V, Vout=5.0V (Airflow from Pin1 to Pin11 ) Output Current (A) 40 NE12S0A0V40(standard) Output Current vs. Ambient Temperature and Air Velocity @Vin=12V Vout=2.5V (Airflow from Pin1 to Pin11 ) 35 , air velocity@ Vin=12V, Vout=2.5V (Airflow from Pin1 to Pin11 ) 9 THERMAL CURVES (VERTICAL , Temperature and Air Velocity @Vin=5.0V Vout=2.5V (Airflow from Pin1 to Pin11 ) 35 30 25 Natural


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PDF 12Vin, V/40A QS9000, OHSAS18001 EN60950-1) NE12S40A
FLEXIWATT15

Abstract: L3000S L3000SX L3000SX-77 L3000SX-VC
Text: Current on pin 13 |a = |b = 0mA la= lb = 20mA Vin = —180mV Pin12 = +5VorOVor-5V Pin11 = +5V -15 380 +15 420 jxA jxA 3 |a = |b = 50mA Vin = -0.5V Pin12 = OVor —5V Pin11 = +5V 950 1050 jxA 3 4/24 , Min. Typ. Max. Unit Fiq. IM Output Current on pin 13 |a = |b = OmA Vin = OV Pin12 = OV Pin11 = â , +5VorOVor-5V Pin11 = +5V -30 -30 30 30 jxA jxA 3 la= 15mA lb = 25mA Vm = —180mV Pin12 = +5Vor0Vor-5V Pin11 = +5V 65 135 jxA 3 la = 37.5mA lb = 62.5mA Vm = -0.5V Pin12 = OVor —5V Pin11 = +5V 182 318


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PDF L3000S L3000S FLEXIWATT15 L3000SX L3000SX-77 L3000SX-VC
ITU-T-K21

Abstract: lal2020 LAL2020-51 Pin-11 transformer 20 pin ITUT-K.21 211-BB
Text: 2.1 ohm Max. ( PIN11-14 Short) Hi-POT : PRI. ­ SEC. =1875VAC/60Hz/2Seconds/1mA PIN16-9 : PIN 1-4 = 1±2% :1 ( PIN11-14 ;2-3 Short) Turn Ratio: PIN16-9 : PIN 5-8 = 4.25±2% :1 ( PIN11-14 ;6-7 Short


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PDF LAL2020-51 400uH 10KHz/0 100KHz/0 -90dB 30KHz/3V PIN11-5-8 ITU-T-K21 lal2020 LAL2020-51 Pin-11 transformer 20 pin ITUT-K.21 211-BB
1999 - AN5858K

Abstract: s2914
Text: Pin11 7.2 7.7 8.2 V Chroma signal output terminal voltage VO15 Pin15 5.1 5.6 , 0 5 100 mV Luminance signal output offset voltage (monitor) V11 Pin11 0 5 , (S) - Chroma signal voltage gain (S) GYS Pin11 , 17 5 6 7 dB GC Pin15 -1 , Total harmonics distortion rate (video) THDV Pin11 , 13, 17, 21 0.07 1.0 % Crosstalk (audio) CTA Pin1, 3, 5, 7 -100 -80 dB Crosstalk (luminance) CTY Pin11 , 13, 17


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PDF AN5858K AN5858K Pin19 Pin20 s2914
2000 - AN5858K

Abstract: diy rov color tv diagram
Text: voltage (monitor) VO11 Pin11 7.2 7.7 8.2 V Chroma signal output terminal voltage , offset voltage (monitor) V11 Pin11 0 5 100 mV Chroma signal output offset voltage , Pin11 , 17 5 6 7 dB GC Pin15 -1 0 1 dB Chroma signal voltage gain (S , Pin11 , 13, 17, 21 0.07 1.0 % Crosstalk (audio) CTA Pin1, 3, 5, 7 -100 -80 dB Crosstalk (luminance) CTY Pin11 , 13, 17, 21 -64 -50 dB Crosstalk


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PDF AN5858K AN5858K diy rov color tv diagram
Not Available

Abstract: No abstract text available
Text: Current on pin 13 |a = |b = 0mA la= lb = 20mA Vin = —180mV Pin12 = +5VorOVor-5V Pin11 = +5V -15 380 +15 420 jxA jxA 3 |a = |b = 50mA Vin = -0.5V Pin 12 = OVor —5V Pin11 = +5V 950 1050 jxA 3 4/24 , Min. Typ. Max. Unit Fiq. IU Output Current on pin 13 |a = |b = 0mA Vin = 0V Pin12 = 0V Pin11 = â , +5VorOVor-5V Pin11 = +5V -30 -30 30 30 jxA jxA 3 la= 15mA lb = 25mA Vin = —180mV Pin12 = +5Vor0Vor-5V Pin11 = +5V 65 135 jxA 3 la= 37.5mA lb = 62.5mA Vin = -0.5V Pin12 = OVor —5V Pin11 = +5V 182 318


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PDF L3000S L3000S Flexiwatt15
2008 - Not Available

Abstract: No abstract text available
Text: , 2 f = 1kHz Pin5, 8 RL = 10kΩ Pin5, 8 RL = 10kΩ Bypass ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) dB pin1, 2 f = 100Hz Pin5, 8 RL = 10kΩ +10.5 dB pin1, 2 f , Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) SRS Mono (pin12 = 0V/ pin11 = 5V , ( pin11 , 12 = 0V) Bypass ( pin11 , 12 = 0V) Mute (pin10 = 5V/ pin11 , 12 = 0V) (VCC = 9 V, Ta = 25 , ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) M62494SP/FP


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2008 - 20P2N-A

Abstract: PRDP0020BA-A PRSP0020DA-A
Text: f = 10kHz Pin8 RL = 10k SRS Mono (pin12 = 0V/ pin11 = 5V) 1.8 2.2 - Vrms pin1, 2 f = 1kHz Bypass ( pin11 , 12 = 0V) THD - 0.01 0.05 % MUTE - 55 , IHF-A filter RL = 10k Pin1, 2 f = 1kHz Vi = 0dBm Pin1, 2 f = 1kHz Vi = 0dBm Bypass ( pin11 , 12 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Stereo (pin12 = 5V/ pin11 = 0V) SRS Mono (pin12 = 0V/ pin11 = 5V) Bypass ( pin11 , 12 = 0V) Mute (pin10 = 5V/ pin11 , 12 = 0V) (VCC = 9 V


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