42KHZ
Abstract: No abstract text available
Text: Gl NUMI INSfRUMEM ACF 7270C PCM Transmit Low Pass Filter FEATURES Pass band ripple: ±0.125dB, from 300 to 3kHz, 0° to 70° C Stop band a ttenuation: 32dB, 4.2kHz to 100kHz Insertion Loss: OdB W ide pow er su p p ly range: ±12VD C to ±15V D C P A CKAGE IN FO R M A TIO N PIN C O N F IG U R , w ill pass a signal in the pass band with ± . 125 dB ripple to 3kHz and be 32 dB dow n at 4.2kHz w , 300-3kHz, ref 1kHz f = 3kHz-3.4kHz, ref 1kHz f - 4kHz, ref 1kHz f = 4.2kHz ref. 1kHz 1kHz, 2.6kHz input
|
OCR Scan
|
PDF
|
7270C
125dB,
100kHz
7270C
100kHz.
300-3kHz,
10kHz
10kHz
42KHZ
|
Not Available
Abstract: No abstract text available
Text: Frequency (Fo): ±2kHz Pass Band Width (@ -3dB): ± 42kHz min Pass Band Ripple: 0.5dB max Stop Band Width @ , Variation @ ±35kHz: 2.5s @ ± 42kHz : 3.5s Terminating Impedance (Zin = Zout): 50 Input Level: 0dBm max
|
Original
|
PDF
|
IQXF-1040
2011/65/EU
800000MHz
42kHz
350kHz
-768kHz
35kHz:
42kHz:
|
Micra
Abstract: 6nc3 42KHZ
Text: r ACF 7271C PCM Receive Low Pass Filter FEATURES â Pass band ripple. ±0.12SdB, from 300 to 3kHz, 0° to 70° C â Stop band attenuation: 32dB. 4.2kHz to 100kHz â Insertion L,oss: 0 dB â Wide power supply range. ±12VDC to ±15VDC DESCRIPTION The ACF 7271C is a linear hybrid low , hybrid will pass a signal in the pass band with ±.125dB ripple to 3kHz and be 32dB down at 4.2kHz with , - dB f = 4kHz. ref 1kHz Stop band atten 32 35 dB f = 4.2kHz Differential delay â 85 96 (JS 1kHz
|
OCR Scan
|
PDF
|
7271C
12SdB,
100kHz
12VDC
15VDC
7271C
125dB
100kHz
18VDC
Micra
6nc3
42KHZ
|
2000 - NTE1682
Abstract: 42KHZ
Text: , Input Open 1.65 2.4 3.3 V Vil = 5VPP Sine Wave, fil = 42kHz , Att: 0db 2.5 3.2 VPP Vil = 5VPP Sine Wave, fil = 42kHz , Att: 80db Amplifier Output Voltage Test Conditions
|
Original
|
PDF
|
NTE1682
NTE1682
42kHz,
42KHZ
|
an5020
Abstract: 42KHZ digital voltmeter digital voltmeter circuit AN-5020 12v amp diagram
Text: 1.65 2.4 3.3 V Amp. V7 42kHz , Att : OdB 2.5 3.2 Vp-p Amp. V7(2, 4 Vii=5Vp-pjE5£iS, fj 1 = 42kHz , Att:80dB 0.8 2.3 Vp_p ^i^xthti^ \ i-"Oi- * V4â5(h) 5 Vcc = 12V, VD = 1.3Vâ 4.0V , ) Oscilloscope /Vil = 5V,_,±5%, Sine wave\ \fâ= 42kHz ±lkHz / Test Circuit 5 (V4-5
|
OCR Scan
|
PDF
|
AN5020
AN5020
42KHZ
digital voltmeter
digital voltmeter circuit
AN-5020
12v amp diagram
|
band stop filter with transfer function
Abstract: band pass filter with transfer function 42KHZ
Text: CLNtRAl I NSI KU M irvi ACF 7270C PCM Transmit Low Pass Filter FEATURES â Pass band ripple: ±0.125dB, from 300 to 3kHz, 0° to 70°C â Stop band attenuation: 32dB, 4.2kHz to 100kHz â Insertion Loss: OdB a Wide power supply range: ±12VDC to ±15VDC DESCRIPTION The ACF 7270C is a linear hybrid low pass active filter with a Cauer type response (transfer function based on elliptic functions). , 4.2kHz with equal rejection out to 100kHz. The filter is designed to be used in PCM transmit applications
|
OCR Scan
|
PDF
|
7270C
125dB,
100kHz
12VDC
15VDC
7270C
100kHz.
18VDC
115VDC
15VDC,
band stop filter with transfer function
band pass filter with transfer function
42KHZ
|
an5020
Abstract: digital voltmeter AN-5020 12v amp diagram 42KHZ
Text: 2.4 3.3 V Amp. V7 42kHz , Att : OdB 2.5 3.2 Vp-p Amp. ¡ÃtlM.S.(2) V7(2, 4 Vii=5Vp-pjE5£ïS, fj 1 = 42kHz , Att:80dB 0.8 2.3 Vp_p ^i^xthti^ \ i"Ob * V4â5(h) 5 Vcc = 12V, VD , (12V) Oscilloscope /Vil = 5V,_,±5%, Sine wave\ \fâ= 42kHz ±lkHz / Test Circuit 5 (V4-5
|
OCR Scan
|
PDF
|
AN5020
AN5020
100HzÂ
digital voltmeter
AN-5020
12v amp diagram
42KHZ
|
band stop filter with transfer function
Abstract: IMEG 42KHZ
Text: ACF 7270C PCM Transmit Low Pass Filter FEATURES â Pass band ripple. ±0 12SdB, from 300 to 3kHz, 0° to 70°C â Stop band attenuation: 32dB. 4.2kHz to 100kHz â Insertion Loss: OdB â Wide power supply range: ±12VDC to ±15VDC DESCRIPTION The ACF 7270C is a linear hybrid low pass active filter with a Cauer type response (transfer function based on elliptic functions) The hybrid will pass a signal in the pass band with ±125 dB ripple to 3kHz and be32dB down at 4.2kHz with equal
|
OCR Scan
|
PDF
|
7270C
12SdB,
100kHz
12VDC
15VDC
7270C
be32dB
100kHz
18VDC
band stop filter with transfer function
IMEG
42KHZ
|
2005 - PIC16F676
Abstract: maxsonar LM324 sensor MaxSonar EZ1 sonar ranging LV-EZ LM324 MAX232 sonar analog Humidity Sensor
Text: · Sensor operates at 42KHz · High output square wave sensor drive (double Vcc) MaxBotix H D , high or open, after which the LV-MaxSonar -EZ1 sends thirteen 42KHz waves, after which the pulse width
|
Original
|
PDF
|
254-inches
45-meters)
PIC16F676
maxsonar
LM324 sensor
MaxSonar EZ1
sonar ranging
LV-EZ
LM324
MAX232
sonar
analog Humidity Sensor
|
2006 - Not Available
Abstract: No abstract text available
Text: 167kHz 53kHz 18kHz 7.7kHz 4.2kHz 3.5kHz Max A, B Freq. (X2) 500kHz 83kHz 26kHz 9.0kHz 3.8kHz 2.1kHz 1.8kHz Max A, B Freq. (X4) 250kHz 42kHz 13kHz 4.5kHz 1.9kHz 1.1kHz .9kHz
|
Original
|
PDF
|
LS7183
LS7184
LS7184
LS7083
270ns
|
an5020
Abstract: No abstract text available
Text: Vcc V Amp. thtlW.!± (1) V?n) 3 Vii = 5Vp-pjESifi, f.i = 42kHz , Att : OdB 2.5 3 .2 Vp-p Amp. fü t i SEE (2) V 7<2> 4 V .^ V p -p jE K ? ® , fü = 42kHz , Att:80dB
|
OCR Scan
|
PDF
|
AN5020
AN5020
TLR69717
|
2010 - VIPER22A
Abstract: VIPER22A flyback TNY268 EN60950 TOP244 TOP243 ncp1200 24v viper12a 12v VIPER53 ic viper22a
Text: Requirements 42kHz EN60950 132kHz - Basic / Supplementary 1500Vrms Operationnal 1500Vrms , 42kHz 42kHz 60kHz EN60950 EN60950 EN60335-1 Reinforced 3750Vrms Reinforced 3750Vrms
|
Original
|
PDF
|
LNK501,
TNY253-254-255,
TNY264P/G,
OP242P/G,
ICE3A/B0365,
VIPer12A,
NCP1200
TNY264-266P/G,
VIPER22A
VIPER22A flyback
TNY268
EN60950
TOP244
TOP243
ncp1200 24v
viper12a 12v
VIPER53
ic viper22a
|
2006 - LFLS7183-S
Abstract: LFLS7183
Text: 53kHz 18kHz 7.7kHz 4.2kHz 3.5kHz Max A, B Freq. (X2) 500kHz 83kHz 26kHz 9.0kHz 3.8kHz 2.1kHz 1.8kHz Max A, B Freq. (X4) 250kHz 42kHz 13kHz 4.5kHz 1.9kHz 1.1kHz .9kHz Transient
|
Original
|
PDF
|
LFLS7183-S
LFLS7184
LFLS7184
270ns
150ns
LFLS7183
|
2003 - 800.736.0194
Abstract: No abstract text available
Text: 18kHz 7.7kHz 4.2kHz 3.5kHz Max A, B Freq. (X2) 500kHz 83kHz 26kHz 9.0kHz 3.8kHz 2.1kHz 1.8kHz Max A, B Freq. (X4) 250kHz 42kHz 13kHz 4.5kHz 1.9kHz 1.1kHz .9kHz Transient
|
Original
|
PDF
|
LS7183
LS7184
LS7183
LS7083
LS7084
800.736.0194
|
|
|
2007 - 2N60 MOSFET SMPS
Abstract: 5v to 20v pwm amplifier 40khz 2n60 MOSFEt 2n60 equivalent SGP100 2n60 AC DC sop8 mosfet pwm emi fairchild 2n60 MOSFET ELECTROLYTIC capacitor, .10uF 50V TAG 2-400
Text: load for modulating the PWM frequency. In heavy load conditions, the PWM frequency is fixed at 42KHz. Once VCOMV is lower than VN, the PWM frequency starts to linearly decrease from 42KHz to 500Hz (0.55V , Green-mode function: PWM frequency linearly decreasing Fixed PWM frequency at 42kHz with frequency hopping , 42KHz 40KHz 1KHz 500Hz VG 44.6KHz VN VCOMV Figure 3. Green-Mode Operation Frequency vs
|
Original
|
PDF
|
SGP100
42kHz
IAO33
381X45°
015X45°
2N60 MOSFET SMPS
5v to 20v pwm amplifier 40khz
2n60 MOSFEt
2n60 equivalent
SGP100
2n60
AC DC sop8 mosfet pwm emi
fairchild 2n60 MOSFET
ELECTROLYTIC capacitor, .10uF 50V
TAG 2-400
|
2009 - TNY268
Abstract: VIPER22A VIPER22A flyback TOP243 TOP244 ic viper22a VIPER22A 5v 2A EE16 5V ic viper12a 5v 42KHZ
Text: : 5 grams Connected IC(s) Working Frequency 42kHz 132kHz 132kHz Applied standard(s) EN60950 Standard , Frequency 42kHz 42kHz 60kHz Applied standard(s) EN60950 EN60950 EN60335-1 Standard Requirements
|
Original
|
PDF
|
LNK501,
TNY253-254-255,
TNY264P/G,
OP242P/G,
ICE3A/B0365,
VIPer12A,
NCP1200
TNY264-266P/G,
TNY268
VIPER22A
VIPER22A flyback
TOP243
TOP244
ic viper22a
VIPER22A 5v 2A
EE16 5V
ic viper12a 5v
42KHZ
|
42KHZ
Abstract: SN66060B TR10 TR13 TR17 TR21 TR25 TR29 40khz resonator
Text: SN66060B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66060B
SN66060B
42KHZ
TR10
TR13
TR17
TR21
TR25
TR29
40khz resonator
|
TR19
Abstract: 42KHZ SN66120B TR10 TR13 TR17 TR21 TR25 TR29
Text: SN66120B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66120B
SN66120B
TR19
42KHZ
TR10
TR13
TR17
TR21
TR25
TR29
|
42KHZ
Abstract: SN66012B TR10 TR13 TR14 TR17 TR21 TR25 TR29
Text: SN66012B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66012B
SN66012B
42KHZ
TR10
TR13
TR14
TR17
TR21
TR25
TR29
|
42KHZ
Abstract: SN66020B TR10 TR13 TR14 TR17 TR21 TR25 TR29
Text: SN66020B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66020B
SN66020B
42KHZ
TR10
TR13
TR14
TR17
TR21
TR25
TR29
|
Kaschke sp-e 13 4
Abstract: K2006 Kaschke K2006 kaschke SP-E 16 75KV 42KHZ
Text: Technical Data Sheet Part designation: Customer part no.: Kaschke Göttingen SP-E 13/6 SLNK520-6-3 d:/bv/zn1864.dwg Customer: AII EII a.) 1 10,16±0,3 max.15,1 0,6 AIII EI 3,81 11,43±0,3 AI EIII 3,5±0,5 max.17,5 Core / material / air gap / AL 5 Uout 6V/3W 8 4 Uin 3 2 E13/6 K2006 or equiv. Nominal inductance LI= 3,4 mH ±15% maximum transmissible power 3W (50°C) Working frequency 42KHz Transformation ratio 8,75:2,56:1
|
Original
|
PDF
|
SLNK520-6-3
/bv/zn1864
E13/6
K2006
42KHz
50Hz/2s)
520-uin
Kaschke sp-e 13 4
K2006 Kaschke
kaschke SP-E 16
75KV
42KHZ
|
42KHZ
Abstract: SN66040B TR10 TR13 TR17 TR21 TR25 TR29
Text: SN66040B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66040B
SN66040B
42KHZ
TR10
TR13
TR17
TR21
TR25
TR29
|
2008 - ELECTROLYTIC capacitor, .10uF 50V
Abstract: fairchild 2n60 MOSFET capacitor 330uF 10V Power Transformer EE-16 Electrolytic Capacitor 10uf 50V electrolytic capacitor, .1uF fairchild 1N4007 FAN100 fan102 2N60 MOSFET SMPS
Text: modulating the PWM frequency. In heavy load conditions, the PWM frequency is fixed at 42KHz. Once VCOMV is lower than VN, the PWM frequency starts to linearly decrease from 42KHz to 500Hz. Figure 14 is a , Decreasing Linearly Fixed PWM Frequency at 42kHz with Frequency Hopping to Solve EMI Problems Low Startup , Frequency n Vo Lp 2 iS - IO 42KHz 40KHz sampling voltage 1KHz 500Hz VS VG , www.fairchildsemi.com 6 AN-6067 APPLICATION NOTE 42kHz frequency, the MOSFET's on-time is determined by
|
Original
|
PDF
|
AN-6067
FAN100
FAN102
FSEZ1016A
FSEZ1216
ELECTROLYTIC capacitor, .10uF 50V
fairchild 2n60 MOSFET
capacitor 330uF 10V
Power Transformer EE-16
Electrolytic Capacitor 10uf 50V
electrolytic capacitor, .1uF
fairchild 1N4007
2N60 MOSFET SMPS
|
42KHZ
Abstract: SN66016B TR10 TR13 TR14 TR17 TR21 TR25 TR29 IC Generator to 2MHz square
Text: SN66016B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66016B
SN66016B
42KHZ
TR10
TR13
TR14
TR17
TR21
TR25
TR29
IC Generator to 2MHz square
|
42KHZ
Abstract: SN66030B TR10 TR13 TR14 TR17 TR21 TR25 TR29
Text: SN66030B 4-Channel Speech Controller 5.8. IR Function P33 can be modulated with 42KHz square wave before sent out to P33 pin. The IR signal can be achieved by this modulated signal. 42KHZ PAD
|
Original
|
PDF
|
SN66030B
SN66030B
42KHZ
TR10
TR13
TR14
TR17
TR21
TR25
TR29
|