The Datasheet Archive

Top Results (6)

Part ECAD Model Manufacturer Description Datasheet Download Buy Part
TLC555MDR TLC555MDR ECAD Model Texas Instruments IC PULSE; RECTANGULAR, 1.2 MHz, TIMER, PDSO8, PLASTIC, SOP-8, Analog Waveform Generation Function Visit Texas Instruments
TLC555MFK TLC555MFK ECAD Model Texas Instruments IC PULSE; RECTANGULAR, 1.2 MHz, TIMER, CQCC20, CERAMIC, LCC-20, Analog Waveform Generation Function Visit Texas Instruments
TPS92692QPWPRQ1 TPS92692QPWPRQ1 ECAD Model Texas Instruments High-Accuracy LED Controller With Spread Spectrum Frequency Modulation and Internal PWM Generator 20-HTSSOP -40 to 125 Visit Texas Instruments Buy
TPS92692PWPT TPS92692PWPT ECAD Model Texas Instruments High Accuracy LED Controller With Spread Spectrum Frequency Modulation and Internal PWM Generator 20-HTSSOP -40 to 125 Visit Texas Instruments Buy
TPS92692PWPR TPS92692PWPR ECAD Model Texas Instruments High Accuracy LED Controller With Spread Spectrum Frequency Modulation and Internal PWM Generator 20-HTSSOP -40 to 125 Visit Texas Instruments Buy
TPS92692QPWPTQ1 TPS92692QPWPTQ1 ECAD Model Texas Instruments High-Accuracy LED Controller With Spread Spectrum Frequency Modulation and Internal PWM Generator 20-HTSSOP -40 to 125 Visit Texas Instruments Buy

pulse generator 30hz Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2006 - Not Available

Abstract: No abstract text available
Text: INSTRUCTION MANUAL Model 1249B NTSC GENERATOR TEST INSTRUMENT SAFETY WARNING Normal use , . 30 30Hz Output . 30 , produce a signal unlike that used during normal operation. The B+K PRECISION Model 1249B NTSC Generator is a versatile, low cost, precision television/video signal generator . It generates a variety of , crystal generated 30Hz TTL output and a switchable 4.5MHz sound sub-carver modulated with a 1 kHz audio


Original
PDF 1249B
2006 - pulse generator 30hz

Abstract: NTE1428 12v amp diagram
Text: VCC = 12V Pin Connection Diagram VCC From Capstan Servo Control From Capstan Pulse Generator , 12V, 30Hz duty 96% 1 - - Vo-p PG + Amp. In S(2) VCC = 12V, 30Hz duty 4% 1 - , ) VOL(2) VCC = 12V, VI24 = 2Vp-p, 30Hz duty 4% VI23 = 2Vp-p, 30Hz duty 96% - - 600 mV , Switch Pulse Output Record Shifter Adjust To Capstan Servo Control Bias Resistor (Phase Control


Original
PDF NTE1428 NTE1428 880mW pulse generator 30hz 12v amp diagram
audio tape head preamp circuit

Abstract: tape head preamp circuit pulse generator 30hz hitachi dolby s HA12005 Frequency Generator 1KHZ HAI2005 D15C Hitachi Scans-001
Text: Generator (Gi) Distortion 0.05% Under the frequency of 30Hz to 16kHz Output Impedance 600ÌÌ' Audio , Voltage (e„ ,)pl Vcc= 15 V, 30Hz to 15kHz B.P.F. — 180 460 //Vrms j >- fl„=2.4kn CCIR Filter — 150 400 j Pu + aj Pulse-form Noise Output Voltage ( Pll) PL Vcc = 15V, Rg= 2,4kii, i = 5 sec. 30Hz , = 550mVrms — 0.1 0.5 % < Noise Output Voltage (em)« Vcc= 15V, 30Hz to 15kHz B.P.F. — 31 70 /(Vrms S , 550mVrms — 0.1 0.5 % z J o Noise Output Voltage (e„)L Vcc= 15V, 30Hz to 15kHz B.P.F. — 15 31 ßV


OCR Scan
PDF HAI2005 HA12005 550mV 15kHz 15kHz, 10kHz 000pF audio tape head preamp circuit tape head preamp circuit pulse generator 30hz hitachi dolby s HA12005 Frequency Generator 1KHZ HAI2005 D15C Hitachi Scans-001
2005 - HP8116A

Abstract: PI3USB411 PI3USB411ZJE TDS694C ZJ16 -2 pulse generator 30hz
Text: Characteristics 6.0V VCC 200-ohm Pulse Generator VIN D.U.T VOUT 10pF CL RT 200-ohm Notes , be equal to ZOUT of the Pulse Generator · Waveform 1 is for an output with internal conditions such , 18, the test flow is to send a sine wave signal from 30Hz to 30KHz from the Function Generator , Input tPLH 1.5V tPHL VOH 2.5V Output VOL tSK(p) = I tPHL ­ tPLH I Pulse Skew - tSK , sine wave on the left plot is 30kHz, while the sine wave on the right is 30Hz . Channel 1 (black)=TP2


Original
PDF PI3USB411 PI3USB411 whPI3USB411 16-contact 16-contact, PD-2042 PI3USB411ZJE HP8116A PI3USB411ZJE TDS694C ZJ16 -2 pulse generator 30hz
2005 - usb headset ic

Abstract: PS8832 PI3USB412 HP8116A TDS694C
Text: channels for two audio signals Test Circuit for Electrical Characteristics 6.0V VCC 200-ohm Pulse Generator VIN D.U.T VOUT 10pF CL RT 200-ohm Notes: · CL = Load capacitance: includes jig and probe capacitance. · RT = Termination resistance: should be equal to ZOUT of the Pulse Generator · Waveform 1 is for an output with internal conditions such that the output is low except when , Input tPLH 1.5V tPHL VOH 2.5V Output VOL tSK(p) = I tPHL ­ tPLH I Pulse Skew - tSK


Original
PDF PI3USB412 PI3USB412 16-contact, PD-2042 PI3USB412ZJEX 16-contact PS8832 usb headset ic PS8832 HP8116A TDS694C
hitachi dolby s

Abstract: audio tape head preamp circuit HA12005 IC for cassette preamp D15C tape head preamp circuit tape preamp Hitachi Scans-001 HAI2005 pulse generator 30hz
Text: Range Note Audio Signal Generator (Gi) Distortion 0.05% Under the frequency of 30Hz to 16kHz Output , €” 0.1 0.5 % Noise Output Voltage (e„ ,)pl Vcc= 15 V, 30Hz to 15kHz B.P.F. — 180 460 //Vrms j >- , , Rg= 2,4kii, i = 5 sec. 30Hz to 15kHz, B.P.F. — 1.8 5.0 mVpp CU Hum Rejection (H.R)pl /,= 100Hz, R , Harmonic Distortion (T.H.D)M eoM= 550mVrms — 0.1 0.5 % < Noise Output Voltage (em)« Vcc= 15V, 30Hz to , , 30Hz to 15kHz B.P.F. — 15 31 ßV rms R,=15k0 CCIR Filter — 20 45 w os Hum Rejection (H.R)l


OCR Scan
PDF HA12005 HA12005 Ta-25 10kHz 000pF hitachi dolby s audio tape head preamp circuit IC for cassette preamp D15C tape head preamp circuit tape preamp Hitachi Scans-001 HAI2005 pulse generator 30hz
hitachi dolby s

Abstract: audio tape head preamp circuit HA12005 tape head preamp circuit pulse generator 30hz 12v amp diagram IC for cassette preamp Dolby d cassette HAI2005 PREAMP circuit diagram
Text: % Under the frequency of 30Hz to 16kHz Generator (Gi) Output Impedance 6oon Audio Voltmeter (Mi, Ms , % Noise Output Voltage ( e0.) pl Vcc = 15 V, 30Hz to 15kHz B.P.F. — 180 460 //Vrms J >- Äg , . 30Hz to 15kHz, B.P.F. — 1.8 5.0 mVpp eu Hum Rejection (H.R)pl /,= 100Hz, R g= 2,4kfî — 7.5 — dB , eom= 550mVrms — 0.1 0.5 % < Noise Output Voltage (e.)» Vcc= 15V, 30Hz to 15kHz B.P.F. — 31 70 j , ) L eol = 550mVrms — 0.1 0.5 % z Noise Output Voltage Vcc = 15V, 30Hz to 15kHz B.P.F. — 15 31


OCR Scan
PDF HA12005 HAI2005 000PF hitachi dolby s audio tape head preamp circuit tape head preamp circuit pulse generator 30hz 12v amp diagram IC for cassette preamp Dolby d cassette PREAMP circuit diagram
2004 - single phase to three phase conversion circuit

Abstract: AD9954 digital count up and countdown timer using 8051 PSK modulation AD9953 AD9953YSV AD9953YSV-REEL7 radar modulator board
Text: Parameter TIMING CHARACTERISTICS Serial Control Bus Maximum Frequency Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time Minimum Data Setup Time DVDD_I/O = 3.3 V , Minimum Reset Pulse Width High I/O UPDATE (PS0/PS1) to SYNC_CLK Setup Time DVDD_I/O = 3.3 V I/O UPDATE , / ­20 MKR1 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20 ­30 1 , ­80 03374-0-022 W1 S2 S3 FC ­70 AA ­80 ­90 ST ­100 CENTER 1.105MHz #RES BW 30Hz VBW


Original
PDF 14-Bit, AD9953 14-bit 32-bit 48-lead single phase to three phase conversion circuit AD9954 digital count up and countdown timer using 8051 PSK modulation AD9953 AD9953YSV AD9953YSV-REEL7 radar modulator board
2004 - AD9953

Abstract: AD9953YSV
Text: Parameter TIMING CHARACTERISTICS Serial Control Bus Maximum Frequency Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time Minimum Data Setup Time DVDD_I/O = 3.3 V , Minimum Reset Pulse Width High I/O UPDATE (PS0/PS1) to SYNC_CLK Setup Time DVDD_I/O = 3.3 V I/O UPDATE , VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20 ­30 1 ATTEN 10dB ­30 MARKER , ­70 AA ­80 ­90 ST ­100 CENTER 1.105MHz #RES BW 30Hz VBW 30Hz ­90 ST ­100 SPAN 2MHz


Original
PDF 14-Bit, AD9953 14-bit 32-bit 48-lead AD9953YSV AD9953YSV-REEL7 AD9953/PCB AD9953 AD9953YSV
phase comparator

Abstract: pulse generator 30hz
Text: SYNCHRONIZATION INDEPENDENT FROM DUTY CYCLE TIME OSCILLATOR : FREQUENCY RANGE FROM 30Hz to 120Hz RAMP GENERATOR , SCS-THOMSON TDA9102B TDA9102C H/V PROCESSOR FOR TTL V.D.U PRELIMINARY DATA HORIZONTAL SECTION «SYNCHRONIZATION INPUT : TTL COM PATIBLE, NEGATIVE EDGE TRIGGERED SYNCHRONIZATION INDEPENDENT FROM DUTY CYCLE TIME OSCILLATOR : FREQUENCY RANGE FROM 15kHz to 100kHz - HORIZONTAL OUTPUT PULSE SHAPER AND SHIFTER PHASE COMPARATOR BETWEEN SYNCHRO AND OSCILLATOR (PLL1) PHASE COMPARATOR BETWEEN


OCR Scan
PDF TDA9102B TDA9102C 15kHz 100kHz DIP20 TDA9102B, phase comparator pulse generator 30hz
2002 - D01IN1314

Abstract: inertial sensor LIS2L01 SO24 so245 POLYFUSE BLOCK DIAGRAM 1 khz cut off low pass filter
Text: OUTPUT, 30Hz BANDWIDTH THE OUTPUT VOLTAGE, OFFSET, SENSITIVITY AND TEST VOLTAGE ARE RATIOMETRIC TO , measuring acceleration in the range of ±1g with a bandwidth of 30Hz , set by a 2nd order low pass filter. A , VARIABLE GAIN AMPLIFIER VOUTx VARIABLE GAIN AMPLIFIER VOUTy CLOCK & PHASE GENERATOR D01IN1315 , capacitive half-bridge. This imbalance is measured using charge integration in response to a voltage pulse , reject out of band noise, the filter cut off frequency is set to be 30Hz . This filter is implemented


Original
PDF LIS2L01 SO-24 LIS2L01 D01IN1314 inertial sensor SO24 so245 POLYFUSE BLOCK DIAGRAM 1 khz cut off low pass filter
2004 - AD9953

Abstract: AD9953YSV
Text: Parameter TIMING CHARACTERISTICS Serial Control Bus Maximum Frequency Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time Minimum Data Setup Time DVDD_I/O = 3.3 V , Minimum Reset Pulse Width High I/O UPDATE (PS0/PS1) to SYNC_CLK Setup Time DVDD_I/O = 3.3 V I/O UPDATE , VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20 ­30 1 ATTEN 10dB ­30 MARKER , ­70 AA ­80 ­90 ST ­100 CENTER 1.105MHz #RES BW 30Hz VBW 30Hz ­90 ST ­100 SPAN 2MHz


Original
PDF 14-Bit, AD9953 14-bit 32-bit 48-lead AD9953YSV AD9953YSV-REEL7 AD9953/PCB AD9953 AD9953YSV
IC 741 OPAMP

Abstract: ic1 ne555 pin diagram of op-amp ic 741 ic1 ne555 CIRCUIT DIAGRAM OF IC 741 opamp Ic1-741 OF IC 741 op-amp 741 opamp pin diagram of 741 op-amp of ic2 ne555
Text: ) circuit. (c) A pseudo-random code generator with switchable clock circuitry controlling the 'rolling' (change) rate of the 5-bit pseudo-random code at the rates of: 0.2Hz, 1.0Hz, 3.0Hz , 5.0Hz, 8.0Hz and , (IC13.5) should be > 20k£5. SEQUENCE GENERATOR DE-SCRAMBLER +5V 24 1 18 21 2 iC 11 15 23 9 19 , OUTPUT ICS pJn 3 NOISE BLANKING PULSE ICIOapin 3 Fig.3 Receiver Timing Timing Figure 3 (above) shows the noise blanking pulse generation and its position relative to the code change. The blanking pulse


OCR Scan
PDF FX224 FX224 IC 741 OPAMP ic1 ne555 pin diagram of op-amp ic 741 ic1 ne555 CIRCUIT DIAGRAM OF IC 741 opamp Ic1-741 OF IC 741 op-amp 741 opamp pin diagram of 741 op-amp of ic2 ne555
Not Available

Abstract: No abstract text available
Text: Count Input B NPN 7kHz 0.0.7VDC NPN 30Hz 4.30VDC PNP 12kHz 0.0.7VDC NPN 10… 260V AC/DC 30Hz 10…260V AC/DC - Count direction up/down , 12kHz up / down 10… 260V AC/DC 30Hz 10… 260V AC/DC 30Hz Count direction Quad / Quad2 10… 260V AC/DC 30Hz 10… 260V AC/DC 30Hz 0.0.7VDC NPN 3kHz , NPN 7kHz 0.0.7VDC NPN 30Hz 11 4.30VDC PNP 12kHz 4.30VDC PNP


Original
PDF 24x48mm 22x48
Not Available

Abstract: No abstract text available
Text: pulse width TWVP 2 ® 30Hz 5Vo-p square wave input AVSW 6 SW6 offset 6 V© L , 30Hz , 5Vo-p square wave from pin Measure output amplitude of pin Input 5MHz, 0.2Vp-p from pin © and @, and 30Hz , 5Vo-p square wave from pin Voltage of pin © is 0V. Measure output amplitude of pin ® . Input 5MHz, 0.4Vp-p from pin © and ® , and 30Hz , 5Vo-p square wave from pin Measure output amplitude of pin ©. Input 3.4MHz, 0.2Vp-p from pin @ and @, and 30Hz , 5Vo-p square wave from


OCR Scan
PDF M52087SP/FP M52087SP 32-pin M52087FP GD227S4 111Tei0ieui DGS27SS
2003 - lta 301

Abstract: sweep generator MOTOROLA AD9954 AD9954YSV AD9954YSV-REEL7 1605MHz
Text: frequency synthesis Programmable clock generator FM chirp source for radar and scanning systems , kHz) 160 MHz (10 kHz) CLOCK GENERATOR OUTPUT JITTER3 5 MHz AOUT 10 MHz AOUT 40 MHz AOUT 80 MHz , Frequency Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time , Minimum Reset Pulse Width High I/O UPDATE, PS0, PS1 to SYNCCLK Setup Time DVDD_I/O = 3.3 V I/O UPDATE , 10dB/ ­20 MKR1 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20


Original
PDF 14-Bit, AD9954 14-bit 32-bit 48-lead AD9954 AD9954YSV AD9954YSV-REEL7 AD9954/PCB lta 301 sweep generator MOTOROLA AD9954YSV AD9954YSV-REEL7 1605MHz
SP900

Abstract: M52087 crsw22
Text: Test point 1 Test conditions Input 3.4MHz, 0.4Vp-p from pin ® and ® , and 30Hz , 5Vo-p square wave from pin ® . Measure output amplitude of pin ® . Input 5MHz, 0.2Vp-p from pin ® and ® , and 30Hz , 5Vo , -p from pin © and and 30Hz , 5Vo-p square wave from pin ® . Measure output amplitude of pin ®. Input 3.4MHz, 0.2Vp-p from pin ® and ®. and 30Hz , 5Vo-p square wave from pin © . Voltage of pin ® is 0V. Measure output amplitude of pin ®. Input 3.4MHz or 5MHz, 0.2Vp-p from pin ® . and 30Hz , 5Vo-p square wave from


OCR Scan
PDF M52087SP/FP M52087 M52087SP 32-pin M52087FP 630KHZ SP900 crsw22
2002 - vco with opamp

Abstract: IC 566 vco vco 566 556 vco 566 vco dc 1692 MAX3672 MAX3892 sine wave generator using opamp 8716 maxim
Text: 19-2697; Rev 0; 12/02 Low-Jitter 155MHz/622MHz Clock Generator Features o Single +3.3V or , General Description The MAX3672 is a low-jitter 155MHz/622MHz reference clock generator IC designed for , as a phase-lock loop with bandwidth programmable from 30Hz to 10kHz. MAX3672 Low-Jitter 155MHz/622MHz Clock Generator ABSOLUTE MAXIMUM RATINGS Supply Voltage , Low-Jitter 155MHz/622MHz Clock Generator (VCC = +3.3V ±10% or VCC = +5.0V ±10%, TA = -40°C


Original
PDF 155MHz/622MHz 150mW 155MHz 700MHz fVCO/32 MAX3672 150mW OC-12 OC-192 MAX3672 vco with opamp IC 566 vco vco 566 556 vco 566 vco dc 1692 MAX3892 sine wave generator using opamp 8716 maxim
2003 - SV-48-4

Abstract: AD9952 synchronizing AD9952 AD9952YSV AD9952YSV-REEL7 AD9953 S3FC
Text: ) 160 MHz (±250 kHz) 160 MHz (±50 kHz) 160 MHz (±10 kHz) CLOCK GENERATOR OUTPUT JITTER3 5 MHz AOUT , CHARACTERISTICS Serial Control Bus Maximum Frequency4 Minimum Clock Pulse Width Low Minimum Clock Pulse Width , Wake-Up Time6 Minimum Reset Pulse Width High I/O UPDATE to SYNC_CLK Setup Time DVDD_I/O = 3.3 V I/O , ­10 10dB/ ­20 MKR1 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS , ­90 ST ­100 ­90 ST ­100 CENTER 1.105MHz #RES BW 30Hz VBW 30Hz SPAN 2MHz SWEEP 199.2


Original
PDF 14-Bit, AD9952 14-bit 32-bit 48-lead Ac52YSVZ-REEL71 AD9954/PCBZ1 SV-48-4 AD9952 synchronizing AD9952 AD9952YSV AD9952YSV-REEL7 AD9953 S3FC
2003 - Not Available

Abstract: No abstract text available
Text: Control Bus Maximum Frequency Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum , Minimum Data Hold Time Maximum Data Valid Time Wake-Up Time2 Minimum Reset Pulse Width High I/O UPDATE , €“5.679dBm REF –4dBm 0 PEAK LOG 10dB/ –10 –20 MKR1 80.301MHz –6.318dBm VBW 30Hz SPAN , 1.105000MHz –5.679dBm –50 –50 –90 ST –100 CENTER 1.105MHz #RES BW 30Hz VBW 30Hz CENTER 80.25MHz #RES BW 30Hz Figure 14. fOUT = 80.3 MHz, fCLK = 400 MSPS, NBSFDR, ±1 MHz MKR1


Original
PDF 14-Bit, AD9954 14-bit 32-bit 48-lead AD9954YSVZ-REEL71 AD9954/PCBZ1
2006 - 40.000000MHz crystal

Abstract: intel 8051 SSR AD9952 AD9952YSV AD9952YSV-REEL7 VCO Evaluation board pcb design
Text: MHz (±50 kHz) 160 MHz (±10 kHz) CLOCK GENERATOR OUTPUT JITTER 3 5 MHz AOUT 10 MHz AOUT 40 MHz , Maximum Frequency 4 Minimum Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise , . A | Page 4 of 28 7 7 2 3 5 0 25 AD9952 Parameter Wake-Up Time 6 Minimum Reset Pulse , 0 PEAK LOG ­10 10dB/ ­20 MKR1 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s , ­50 ­90 ST ­100 ­90 ST ­100 CENTER 1.105MHz #RES BW 30Hz VBW 30Hz SPAN 2MHz SWEEP


Original
PDF 14-Bit, AD9952 14-bit 32-bit 48-lead AcAD9952YSV-REEL7 AD9952YSVZ1 AD9952YSVZ-REEL71 AD9952/PCB 40.000000MHz crystal intel 8051 SSR AD9952 AD9952YSV AD9952YSV-REEL7 VCO Evaluation board pcb design
2003 - AD9954/PCB

Abstract: AD9954 sweep generator 74LVC14A 74LVC574A PHASE SHIFT KEYING PSK
Text: Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time Minimum Data Setup , Valid Time Wake-Up Time2 Minimum Reset Pulse Width High I/O UPDATE, PS0, PS1 to SYNC_CLK Setup Time , 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20 ­30 1 ATTEN 10dB , #RES BW 30Hz VBW 30Hz CENTER 80.25MHz #RES BW 30Hz Figure 14. fOUT = 80.3 MHz, fCLK = 400 , CENTER 10MHz #RES BW 30Hz VBW 30Hz ATTEN 10dB 1 CENTER 120.2MHz #RES BW 30Hz MKR1


Original
PDF 14-Bit, AD9954 14-bit 32-bit 48-lead AD9954YSVZ1 AD9954YSVZ-REEL71 AD9954/PCBZ1 AD9954/PCB AD9954 sweep generator 74LVC14A 74LVC574A PHASE SHIFT KEYING PSK
2007 - AD9954/PCB

Abstract: 74LVC14A 74LVC574A AD9954 16 PSK modulation
Text: Clock Pulse Width Low Minimum Clock Pulse Width High Maximum Clock Rise/Fall Time Minimum Data Setup , Valid Time Wake-Up Time 2 Minimum Reset Pulse Width High I/O UPDATE, PS0, PS1 to SYNC_CLK Setup Time , 80.301MHz ­6.318dBm VBW 30Hz SPAN 2MHz SWEEP 199.2 s (401 PTS) ­20 ­30 1 ATTEN 10dB , #RES BW 30Hz VBW 30Hz CENTER 80.25MHz #RES BW 30Hz Figure 14. fOUT = 80.3 MHz, fCLK = 400 , CENTER 10MHz #RES BW 30Hz VBW 30Hz ATTEN 10dB 1 CENTER 120.2MHz #RES BW 30Hz MKR1


Original
PDF 14-Bit, AD9954 14-bit 32-bit 48-lead SV-48-4) AD9954YSV AD9954YSV-REEL7 AD9954/PCB 74LVC14A 74LVC574A AD9954 16 PSK modulation
1995 - 220-240V

Abstract: No abstract text available
Text: ) (min. pulse width 50µs) Low speed: 30Hz max. (min. pulse width 15ms) Other inputs External reset, count inhibit and keyboard disable. Minimum pulse width 15ms. All inputs of the counter may be , uni-direction or bi-direction (quadrature) counting. Selectable low speed ( 30Hz ) input q Divider version with , . Count speed, high speed mode, 1kHz max. Will operate on fleeting input (min. pulse width 50µs) q 200 , Typical applications Figure 3 Contact closure devices eg microswitches -maximum count frequency 30Hz


Original
PDF
2004 - pulse generator 30hz

Abstract: LV14 TEA2037A TEA2117 D1N4002 TEA2037 1N4002 1N4003 1N4148 12 pin flyback monitor
Text: FREQUENCY RANGE FROM 15kHz TO 100kHz VERTICAL OSCILLATOR FREQUENCY RANGE FROM 30Hz TO 120Hz , 16 V CC1 FLYBACK GENERATOR SUPPLY 2 15 VIDEO INPUT FRAME FLYBACK 3 14 LINE , 16 1 7 FRAME OSCILLATOR 4 3 2 FLYBACK GENERATOR + POWER STAGE - 5 , Ratings Symbol VCC1 Parameter Supply Voltage V2 Flyback Generator Supply Voltage V7 , V Minimum Width of Frame Pulse (When synchronized with TTL signal) 50 Sync Bottom to Black


Original
PDF TEA2037A 15kHz 100kHz 120Hz TEA2037A TEA2117 pulse generator 30hz LV14 D1N4002 TEA2037 1N4002 1N4003 1N4148 12 pin flyback monitor
Supplyframe Tracking Pixel