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LMK02000EVAL-1 Texas Instruments LMK02000 Evaluation board with 245.76 VCXO visit Texas Instruments
LMK02000EVAL-2 Texas Instruments LMK02000 Evaluation board without VCXO visit Texas Instruments
SN74LVC1GX04DCKR Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments Buy
74LVC1GX04DCKTG4 Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments
74LVC1GX04DCKRE4 Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments
SN74LVC1GX04DCKT Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments

crystal 3.58MHZ oscillator 3 pin figure

Catalog Datasheet MFG & Type PDF Document Tags

S3528B

Abstract: crystal 3.58MHZ oscillator 3 pin figure Response(i): Fc = 3200Hz (Pin 9) (See Figure 5) (fc) 3200Hz -0.5 ±0.1 0.5 dB (1.06fc) 3372Hz -5.5 , nsec tAS Address Setup Time 300 nsec tAH Address Hold Time 20 nsec 'ose Crystal Oscillator , Frequencies" for more detail. 3.) 'set 10 + 3msec Pin Function Description Pin Name Number Function , Oscillator In and Oscillator Out: Placing a crystal and a 10MS2 resistor across these pins creates the time base oscillator. An inexpensive choice is to use the 3.58MHz TV colorburst crystal. SIG IN 12 Signal
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S3528B S3529B crystal 3.58MHZ oscillator 3 pin figure 7457 frequency divider AMI AMERICAN ecg signal s3528 S3528

S3528

Abstract: 7457 Frequency divider ±0.05 0.5 dB Filter Response(i): Fc = 3200Hz (Pin 9) (See Figure 5) (fc) 3200Hz -0.5 ±0.1 0.5 dB , Oscillator Frequency!?) 3.58 MHz tsET Settling Time from EE to Stable fc (fc = 3200)(3) 6 msec 1.) Filter , Frequencies" lor more detail. Pin Function Description 3.) 3msec Pin Name Function Vdd Vss agnd dgnd Do »1 d2 , is 0.8V to Vss. Chip Enable: This pin has 3 states. When CE is at VDD the data in the latch is , Function Description (continued) Pin Name Number Function ose. 13 Oscillator In and Oscillator Out: Placing
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frequency divider organs TIC 600d 600D 7457 601 Frequency divider Tuneable 5Mhz oscillator

Tuneable 5Mhz oscillator

Abstract: 7457 601 Frequency divider Response(i): Fc = 3200Hz (Pin 9) (See Figure 5) (fc) 3200Hz -0.5 ±0.1 0.5 dB (1.06fc) 3372Hz -5.5 , nsec tAS Address Setup Time 300 nsec tAH Address Hold Time 20 nsec 'ose Crystal Oscillator , Fre- 3 '( = 10_ + 3msec quencies" for more detail. SET 'c Pin Function Description Pin Name Number , pin has 3 states. When CE is at VDD the data in the latch is presented to the ROM and the inputs have , Description (continued) Pin Name Number Function 0SC| osc0 13 14 Oscillator In and Oscillator Out: Placing a
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if amplifier with band pass filter 500khz T7748 ci 4067 S-3528 3.58MHZ ceramic crystal 2 pin AMI S3528

fm transmitter and receiver

Abstract: CTR124-000-SS 470R 470R 100nF 470R 470R 470R 470R Figure 3: Control124 in Decoder Mode Pin Name 1 , Narrow Band FM radio modules Ceramic resonator or crystal oscillator up to 20MHz Data rate up to , : Control124 in Encoder Mode Pin 1 2 3 4 5 6 7 8 9 10 11 - 18 19 20 Name RST SEND TXD NC , capacitors like Murata CSTLA3M58G55-B0. If a 2 pin resonator or crystal is used, then two 15pF-22pF caps are , 2 pin resonator or crystal is used, then two 15pF-22pF caps are needed: one from OSC1 to 0V another
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fm transmitter and receiver CTR124-000-SS crystal 3.58MHZ oscillator EMERGENCY OFF PUSH BUTTON RESONATOR 4MHZ CTR124-000-SO CTR124

Control

Abstract: CTR124 470R 470R 100nF 470R 470R 470R 470R Figure 3: Control124 in Decoder Mode Pin Name 1 , Narrow Band FM radio modules Ceramic resonator or crystal oscillator up to 20MHz Data rate up to , : Control124 in Encoder Mode Pin 1 2 3 4 5 6 7 8 9 10 11 - 18 19 20 Name RST SEND TXD NC , capacitors like Murata CSTLA3M58G55-B0. If a 2 pin resonator or crystal is used, then two 15pF-22pF caps are , 2 pin resonator or crystal is used, then two 15pF-22pF caps are needed: one from OSC1 to 0V another
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Control Contro124 16 bit ic rf encoder CTR124-000-DIL 15PF-22PF 3.58MHZ ceramic crystal 3 pin

7457 601 Frequency divider

Abstract: s3528 300 nsec tAH Address Hold Time 20 nsec 'ose Crystal Oscillator Frequency(2) 3.58 MHz tsET , . A "1" is 2.0V to VDD, and a "0" is 0.8V to Vss. CE 4 Chip Enable: This pin has 3 states. When CE , Name Number Function ose, osc0 13 14 Oscillator In and Oscillator Out: Placing a crystal and a 10MQ , 48 AMI. STANDARD PRODUCTS S3528B February 1993 Figure 3. Family of Loss Curves for 4 Different , 3000 4500 6000 FREQUENCY[HZ] Crystal Oscillator The S3528B crystal oscillator circuit requires a 10
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S3529 murata Resonators 1993 NR Series IN914 3.58MHZ ceramic crystal

CTR124-000-SO

Abstract: 100nF 470R 470R 470R 470R Figure 3: Control124 in Decoder Mode Pin Name 1 2 RST , . Figure 1: Control124 in 28 pin DIL package Features â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â , Ceramic resonator or crystal oscillator up to 20MHz Data rate up to 5.6kbps Minimum external component , Pin 1 2 3 4 5 6 7 8 9 10 11 - 18 19 20 Name RST SEND TXD NC MODE TXE NC VSS , 2 pin resonator or crystal is used, then two 15pF-22pF caps are needed: one from OSC1 to 0V another
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HT9170C

Abstract: HT9170D controlled by EST. The timing is shown in Figure 3. The EST pin is normally low and draws the RT/GT pin to , SSOP 1 May 18, 1999 HBLTEK HT9170 Block Diagram x2® , 3.579545MHz crystal connected to XI and X2 terminals implements the oscillator function. X2 0 PWDN I CMOS , oscillator. This pin input is internally pulled down. INH I CMOS IN Pull-low Logic high. This inhibits the , HT9170 Timing Diagrams Tone EST RT/GT D0-D3 Figure 3. Steering timing Tone PWDN EST â'¢4- tPU
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HT9170B HT9170D HT9170A HT9170C HT9170E ht9170 dtmf decoder block diagram of ht9170 1633H

CRYSTAL SM 3.58MHz RESONATOR

Abstract: S3528BC Selection and Filtering Pin Configuration Dz \Z O iC Do 1 2 3 4 S3528B 18 17 16 15 U 14 13 12 11 , (Pin 9) (See Figure 5) (fc) 3200Hz (1.06fc) 3372Hz (1.27fc) 4060 (1 .3fc) 4155 (1 .32fc) 4235 (1.62fc , Oscillator Frequencyf2) Settling Time from CE to Stable fc (fc = 3200)(3) 200 300 300 20 3.58 6 nsec nsec , are based on common TV crystal. See paragraph on " Clock Freq uencies" for more detail. 3.) ^ = _12- , Chip Enable: This pin has 3 states. When CE is at VDD the data in the latch is presented to the ROM and
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CRYSTAL SM 3.58MHz RESONATOR S3528BC

HT9200A

Abstract: HT9200B chip. The oscillator function can be implemented by Connect a standard 3.579545MHz crystal to the XI , ' falling edge to normal oscillator operation â'" â'" 10 ms fosc System Frequency â'" Crystal , â'¢ 3.58MHz crystal or ceramic resonator General Description The HT9200A/B tone generators are , from the DTMF pin. The HT9200A provides a serial mode whereas the HT9200B contains a selectable serial , Serial/Parallel 14 DIP/SOP Block Diagram xi Ç-* X2 ONDATA Ã"-* CLKÃ-* 3.58MHz Crystal/Resonator
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579545MH

serial vs parallel communication

Abstract: Silan Semiconductors /SOP Part No. PIN CONFIGURATIONS CE 3 VSS 4 X1 NC 5 6 9 D3 7 8 , SC9200A/B BLOCK DIAGRAM X1 X2 DATA 3.58MHz Crystal/Resonator Oscillator Control Circuit , fOSC - falling edge to normal oscillator operation System Frequency Crystal , single tones from the DTMF pin. The SC9200A provides a serial mode whereas the SC9200B contains a , SC9200B * Low standby current * Low total harmonic distortion * 3.58MHz crystal or ceramic resonator
Silan Semiconductors
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SC9200 DIP-14-300-2 serial vs parallel communication Silan Semiconductors crystal 3.579545MHZ dtmf DIP-8-300-2

60 Hz notch filter from ecg

Abstract: AMI GOULD installed as shown in Figure 3. Figure 3. External OSCo S3529B OSCi Driv 15 « 14 ing S3529B Pin OSC) 10 MS , Width 200 300 ns tAS Address Setup Time 300 ns uh Address Hold Time 20 ns fosc Crystal Oscillator , # Function cë 4 Chip Enable: This pin has 3 states. When CE is at VDD the data in the latch is presented to , /dgnd depending on the desired fcutoff - osci 14 Oscillator In and Oscillator Out. Placing a crystal and , OVERSAMPLEO pâ'"»/.-»| -1 ° 2/.â'"| CRITICALLY SAMPLED v) 2 -3/, -2/, -/, -/. /. /, !/. 3A f Figure 13
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11-STAGE 60 Hz notch filter from ecg AMI GOULD

ELM440

Abstract: ELM440P for further information. XT1 (pin 2) and XT2 (pin 3) A 3.579545MHz NTSC television colourburst , Current, IDD 2.4 mA VDD = 3V 470 600 K see note 3 Reset pin internal pullup , 3.58MHz 27pF 27pF +5V Figure 1. Typical Connections 0.1uF 1 8 2 7 3 6 4 , ELM440 60Hz Generator Description Features The ELM440 is an 8 pin digital divider integrated circuit, that provides both 60Hz and 1Hz outputs from a common 3.58MHz NTSC colourburst crystal
ELM Electronics
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ELM440P ELM440SM PIC12C5XX ELM440DS ic 1hz clock generator solar powered generator ELM440DSB

analog low pass filter 5085

Abstract: s3528 Figure 3. Figure 3. External Driving S3529B Pin OSC( 15 0SCt S3529B OSCj 14 10MQ -J J-4 TTL CLOCK , Time 20 ns fosc Crystal Oscillator Frequency!1) 3.58 MHz tsET Settling Time From CE to Stable fc , Chip Enable: This pin has 3 states. When CE is at VDD the data in the latch is presented to the ROM and , depending on the desired fCutoff- ose-, 14 Oscillator In and Oscillator Out. Placing a crystal and a 10MQ , . fx tfx 3/. / Figure 13. Avoiding Aliasing I I I_I I I I I 0 B J_I / /,= 2B I I I / J_I i
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analog low pass filter 5085 FM band pass filter m 9039 sst14 S3529E 0014HQS

microprocessors interface 8085 to 8255

Abstract: ic 8255 PPI FIGURE 10. RC OSCILLATOR CRYSTAL FIGURE 11. CRYSTAL OSCILLATOR CHIP SELECT 1 GND GND MODE , Operates At Up to 30 Conversions/Sec · On-Chip Oscillator Operates with Inexpensive 3.58MHz TV Crystal , strobe used in handshake mode. See Figures 7, 8, 9. Oscillator Output 3-20 ICL7109 Pin Description (Continued) PIN SYMBOL DESCRIPTION 24 OSC SEL Oscillator Select - Input high , OSC OUT. Input low configures OSC IN, OSC OUT for crystal oscillator - clock frequency will be 1/58
Harris Semiconductor
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microprocessors interface 8085 to 8255 ic 8255 PPI PPI 8255 interface with 8085 of digital to analog 8085 interfacing 8155 microprocessors interface 8155 to 8255 8155 intel microprocessor pin diagram MC6820 MC6800 MCS650X IM6402

S3529

Abstract: s3528 installed as shown in Figure 3. Figure 3. External Driving S3529B Pin OSCj 15 OSCo S3529B OSCi 14 10MQ , 300 ns tAS Address Setup Time 300 ns ÌAH Address Hold Time 20 ns fosc Crystal Oscillator , Pass Filter Pin Description: (continued) Pin Name Pin# Function CE 4 Chip Enable: This pin has 3 , OSCj 14 Oscillator In and Oscillator Out. Placing a crystal and a 10MQ resistor across these pins creates the time base osc0 15 oscillator. An inexpensive choice is to use the 3.58MHz TV crystal. SIGIN
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3 DG 1008 Tunable filters OSC015 74 OP Amp 5461a 5085 15khz 1005H

HT9290A

Abstract: 3.58MHz crystal XTAL Crystal/Resonator Oscillator Control Circuit Data Interface Time Base Generator 1 r 1 r 22 Digits , Pull-High Clock input or output (interface to |iC) 3 XI I OSCILLATOR The system oscillator consists of an , crystal or ceramic resonator to the XI and X2 terminals can implement the oscillator function. The , 3 dB THD Tone Signal Distortion 2.5V RL=5ki2 â'" -30 -23 dB Fosc System Frequency â'" Crystal , 3.58MHz crystal or ceramic resonator Two kinds of nonretriggerable trigger functions (local/long distance
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HT9290A HT9290B 3.58MHz crystal XTAL ht9292 dtmf phone dialer MANUFACTURER HT9290A/B HT9292A/B

276J

Abstract: crystal 4.43MHZ oscillator FUNCTION Crystal may be 3.58M H z, 4.43M H z, or may be driven by an external oscillator at 4x these frequencies. Crystal drive pin. N C if using 4Fs external oscillator or clock. FUNCTION Vertical reset , and non-standard operation from a single crystal or external asynchronous clock source. Pin selectable , . Analog supply pin for analog PLL. Analog ground for analog PLL. 2 P3/Sclk 7 3 SLEEP Hardware , 8 Micro Linear ML6430 tH S W Figure 3. Line Rate Waveforms % M icro Linear 9
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276J crystal 4.43MHZ oscillator 318u gyro circuit diagram L6430 CCIR601

ICL7109

Abstract: 8085 WORD DOC PROPORTIONAL TO VIN FIGURE 3. CONVERSION TIMING (RUN/HOLD PIN HIGH) 5-13 ICL7109 MODE Input The MODE , IN 23 OSC OUT 25 BUFFERED OSC OUT OSC = 0.45/RC FIGURE 10. RC OSCILLATOR FIGURE 11. CRYSTAL , entry into handshake mode and output of data as in Figure 9. Input High - Enables CE/LOAD (Pin 20), HBEN , crystal oscillator - clock frequency will be 1/58 of frequency at BUF OSC OUT. Buffered Oscillator Output , fOSC (Typ) = 3.58MHz Crystal · OSCILLATOR PERIOD tOSC = RC/0.45 tOSC = 1/3.58MHz (Crystal) ·
Harris Semiconductor
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8085 WORD DOC AN032 ICL7109c
Abstract: Suitable to be used with Narrow Band FM radio modules Ceramic resonator or crystal oscillator up to 20MHz , Control44 can be put into Encoder Mode by connecting Mode (pin 2) to supply. Figure 2: Control44 in Encoder Mode Pin 1 2 3 4 5 6-9 10-13 14 15 16 17 18 Name NC Mode TXE RST VSS A3:A0 , 3.58MHz Receiver 10k RF 100nF 470R 470R 470R 470R Figure 3: Control44 in Decoder Mode Radiometrix Ltd Control44 page 2 Pin 1 2 3 4 5 6-9 10-13 14 15 16 17 Name STB Mode Radiometrix
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CTR44
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