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Part Manufacturer Description Datasheet BUY
SIT1602AI-23-XXE-50.00000D SiTime Corporation OSC XO 50MHZ OE visit Digikey Buy
SIT1602AI-23-XXE-50.00000E SiTime Corporation OSC XO 50MHZ OE visit Digikey Buy
DSC1001DI1-050.0000 Microchip Technology Inc CRYSTAL OSCILLATOR, CLOCK, 50MHz, CMOS OUTPUT visit Digikey Buy
DSC1001DI2-050.0000 Microchip Technology Inc CRYSTAL OSCILLATOR, CLOCK, 50MHz, CMOS OUTPUT visit Digikey Buy
SIT8924BM-71-33E-50.000000G SiTime Corporation CRYSTAL OSCILLATOR, CLOCK, 50MHz, LVCMOS OUTPUT, visit Digikey Buy
SIT5001AC-2E-33E0-50.00000T SiTime Corporation OSC XO 3.3V 50MHZ OE visit Digikey Buy

50mhz crystal oscillator

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: TAI-SAW TECHNOLOGY CO., LTD. SMD 7.0x5.0 50MHz Crystal Oscillator MODEL NO.: TW0139A REV. NO.: 2.0 Revise: Rev. Rev. Page Rev. Account Date 1 2 N/A P4 Initial release Marking Change 06/05/03â'™ N/A 07/27/10â'™ 1.0 TAI-SAW TECHNOLOGY CO., LTD. Ref. No. Reviser , : 886-3-4697532 E-mail: tstsales@mail.taisaw.com Web: www.taisaw.com SMD 7.0x5.0 50MHz Crystal Oscillator , output . Electrical Characteristics: TW0139A Specifications Nominal Frequency, Fo 50MHz TAI-SAW Technology
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EIAJED-4701 EIAJED-4701-3 B-123A

50mhz crystal oscillator

Abstract: 1P SMD CODE MARKING 2/8 TAI-SAW TECHNOLOGY CO., LTD. SMD 3.2x2.5 50MHz Crystal Oscillator MODEL NO.: TW0261A REV. NO.: 1 Revise: Rev. Rev. Page Rev. Account Date Ref. No. 1 N/A Initial release 02/19/09' N/A TAI-SAW TECHNOLOGY CO., LTD. Reviser Quinton Lo 3/8 TAI-SAW TECHNOLOGY CO., LTD. No. 3, Industrial 2nd Rd., Ping-Chen Industrial District, Taoyuan, 324, Taiwan, R.O.C , 3.2x2.5 50MHz Crystal Oscillator MODEL NO.: TW0261A REV. NO: 1 Features: Surface Mount Seam Weld
TAI-SAW Technology
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50mhz crystal oscillator 1P SMD CODE MARKING 70.2 marking smd smd transistor marking 1p smd transistor marking PA mil-std-883

74HC595 pin configuration

Abstract: 74HC595 IC1 1 MAX121CPE IC2, IC3 2 74HC595 shift registers IC4 1 5.0MHz crystal oscillator R1 1 0Q. 5 , . The kit is shipped with a 5.0MHz crystal oscillator so the 16 clock-cycle conversion is 3.2ms , output) 1 & 2 External clock source JÃ4 connected to CKLIN 2 & 3 On-board crystal oscillator , on-board crystal oscillator JU5 2 & 3 CS connected to GND JU6 2 & 3 CONVST connected to GND JU7 Shorted , Circuit The EV kit includes a 5.0MHz oscillator that allows the fastest possible conversion rate in the
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OCR Scan
MAX121 MAX121EVKIT-DIP 74HC595 pin configuration ci 74hc595 74hc595 PIN diagram sanyo led clock display 74HC595 AND SPECIFICATIONS Radial Electrolytic Capacitor D1-D14 R2-R15

50mhz crystal oscillator

Abstract: crystal 20Mhz circuit Capacitance (C0) 7 pF Maximum Drive Level 1 mW Maximum 50MHz Crystal Oscillator , . Recommended Crystal Oscillator Configuration (50MHz operation) ZiLOG Application Principle ZAP001301 , ZiLOG Application Principle eZ80190 Crystal Oscillator Guidelines Author: Steven Holmes , crystal. This oscillator generates the primary system clock for the internal eZ80® CPU and the on-chip , parameters, and layout of the printed circuit board. 20MHz Crystal Oscillator Operation Figure 1
ZiLOG
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ZAP001301-0203 crystal 20Mhz circuit 20mhz crystal oscillator 2 pins crystal oscillator Z80190

74HC595 pin configuration

Abstract: lm 2491 IC1 1 MAX121CPE IC2, IC3 2 74HC595 shift registers IC4 1 5.0MHz crystal oscillator R1 1 0£2 5 , shipped with a 5.0MHz crystal oscillator so the 16 clock-cycle conversion is 3.2(is (312.5ksps). This is , ) JU4 1 & 2 External clock source connected to CKLIN 2 & 3 On-board crystal oscillator connected to , on-board crystal oscillator JU5 2 & 3 CS connected to GND JU6 2 & 3 CONVST connected to GND JU7 Shorted , Circuit The EV kit Includes a 5.0MHz oscillator that allows the fastest possible conversion rate in the
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OCR Scan
lm 2491 SC-Series sanyo 74hc595 equivalent application note with 74hc595 595D cs 6202 MAXI21

74hc595 equivalent

Abstract: AAAW continuous-con version mode. The kit is shipped with a 5.0MHz crystal oscillator so the 16 clock-cycle conversion , crystal oscillator C5 connected to GND CONVST connected to GND _ G é n é ra i D escrip tio , (continuous conver sions, BUSY output) External clock source connected to CKLIN On-board crystal oscillator , 5.0MHz oscillator that allows the fastest possible conversion rate in the continuousconversion mode. See , MAX121 at sam ple rates to 312k sam ples per second (ksps). The kit includes a 5M H z oscillator, shift
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OCR Scan
AAAW AX121 AX121EVKIT-DIP

SK14 diode

Abstract: MAX232ACSE with an OPA350 op amp for the use of the ADS1252. CLOCK The 50MHz crystal oscillator provides the , and the communications cable to the PC serial port. Jumpers JMP1 (Clock Oscillator), JMP3 (DUT clock , , GREEN National Semi SX52BD/PQ IC, uPROC, 4k WORD 50MHz. U1 1 SX52BD/PQ TC551001/CFT
Texas Instruments
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SK14 diode MAX232ACSE TSW-102-07-L-S ICD2053BSC-1 ic max232ACSE Method CFt ADS1252EVM SBAU042

NPN "General Purpose Transistor" wv5

Abstract: TRANSISTOR wv5 Selecting "On Board Clock" with switch S2 enables an on board 50MHz crystal oscillator. The output of this oscillator is converted to differential by transformer T9 and routed to the CLK+ and CLK- input of the ADC , crystal oscillator. It enables the user to connect a single ended clock to P11. This clock is converted , 6 Crystal Oscillator 1 HMZd Connector 60 pin RF Coaxial PCB Connector, MMCX; Thru-Hole , components. The board is configured by default to use an on board crystal clock source and internal
National Semiconductor
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ADC12EU050 NPN "General Purpose Transistor" wv5 TRANSISTOR wv5 CC3225-1210 CR1005-0402 Capacitor Semiconductor SIM Model connectors, hdr1*2 40-50MSPS

MAX232ACSE

Abstract: CRCW12061001F voltage is buffered with an OPA350 op amp for the use of the ADS1251. CLOCK The 50MHz crystal oscillator provides the operating frequency for the microprocessor. The processor in combination with a PLL , power supplies and the communications cable to the PC serial port. Jumpers JMP1 (Clock Oscillator , National Semi SX52BD/PQ IC, uPROC, 4k WORD 50MHz. U1 1 SX52BD/PQ TC551001/CFT-70L IC
Texas Instruments
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ADS1251EVM CRCW12061001F RUE090 YL2 sot23 ADS1251U B3F-1050 SBAU041

74x541

Abstract: pin connector ipad . Also, a 50MHz crystal oscillator provides Loopback FIFO Clock signals. The FIFO clock signals enable , Card) 50MHz Crystal Oscillator 2:1 PECL Mux Buffer Clock Feedback Select (CFS[2:0]) 8 , reference clock sources available are an external system clock card or an on board crystal oscillator at a , reference clock (TRCLK+/-) is available from either an on board crystal oscillator or from an external clock synchronization card. The on board crystal oscillator also provides the receive reference clock
PMC-Sierra
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PM5347 74x541 pin connector ipad IPAD MICROPROCESSOR C703-C706 NAND 74LS00 C495 transistor S/UNI-155-PLUS PMC-960553 155-PLUS PM-960553 PMC-941033

BASYS2 SPARTAN-3E FPGA BOARD

Abstract: oscillator installed in the IC6 socket. For these applications, a 25MHz (or 50MHz) crystal oscillator , Basys2 board includes a primary, user-settable silicon oscillator that produces 25MHz, 50MHz, or 100MHz , oscillator is flexible and inexpensive, but it lacks the frequency stability of a crystal oscillator. Some , , clock frequency, and external connections. In test circuits with roughly 20K gates routed, a 50MHz , be soldered in place. A socket for a second oscillator is provided at IC6 (the IC6 socket can
Digilent
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BASYS2 SPARTAN-3E FPGA BOARD AT90USB2 3E-100 CP132

SLVS

Abstract: ADC12EU050 product 40MHz ­ 50MHz crystal oscillator will allow the ADC12EU050 to perform to specifications. If the , the range of 40MHz to 50MHz. It is used by the PLL to generate the internal sampling clocks. A , ; CL = 5pF; 100 terminated at the receiver; fCLK = 50MHz; fS = 50MSPS. Boldface limits apply for TA = , Characteristics ­ Instant Overload Recovery (IOR) Off fCLK = 50MHz, fIN = 4.4MHz, VIN = -0.5dBFS Total Harmonic Distortion www.national.com 68.5 fCLK = 50MHz, fIN = 9.5MHz, VIN = -0.5dBFS 68.5
National Semiconductor
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SLVS ADC12EU050CIPLQ ADC12EU050EB LP3878SD-ADJ LP3879 SLVS 400
Abstract: do not have a requirement for a high performance clock, any standard product 40MHz ­ 50MHz crystal , . Differential Input Clock. The input clock must lie in the range of 40MHz to 50MHz. It is used by the PLL to , terminated at the receiver; fCLK = 50MHz; fS = 50MSPS. Boldface limits apply for TA = TMIN to TMAX; All other , Differential Non Linearity Positive Full Scale Error Negative Full Scale Error Gain Error fCLK = 50MHz, fIN = 4.4MHz, VIN = -0.5dBFS SNR Signal to Noise Ratio(Note 5) fCLK = 50MHz, fIN = 9.5MHz, VIN = -0.5dBFS fCLK National Semiconductor
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SNAS444G
Abstract: do not have a requirement for a high performance clock, any standard product 40MHz ­ 50MHz crystal , must lie in the range of 40MHz to 50MHz. It is used by the PLL to generate the internal sampling clocks , the receiver; fCLK = 50MHz; fS = 50MSPS. Boldface limits apply for TA = TMIN to TMAX; All other limits , Non Linearity Positive Full Scale Error Negative Full Scale Error Gain Error fCLK = 50MHz, fIN = 4.4MHz, VIN = -0.5dBFS SNR Signal to Noise Ratio(Note 5) fCLK = 50MHz, fIN = 9.5MHz, VIN = -0.5dBFS fCLK National Semiconductor
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LMH6512

Abstract: ultrasound TRANSFORMER 50MHz crystal oscillator will allow the ADC12EU050 to perform to specifications. If the system requires , the range of 40MHz to 50MHz. It is used by the PLL to generate the internal sampling clocks. A , terminated at the receiver; fCLK = 50MHz; fS = 50MSPS. Boldface limits apply for TA = TMIN to TMAX; All other , Recovery (IOR) Off fCLK = 50MHz, fIN = 4.4MHz, VIN = -0.5dBFS Total Harmonic Distortion www.national.com fCLK = 50MHz, fIN = 9.5MHz, VIN = -0.5dBFS 68.5 dBFS fCLK = 40MHz, fIN = 4.4MHz, VIN =
National Semiconductor
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LMH6512 ultrasound TRANSFORMER low pass filter in ultrasound SLVS 275

ADC12EU050

Abstract: ADC12EU050CIPLQ 40MHz ­ 50MHz crystal oscillator will allow the ADC12EU050 to perform to specifications. If the system , the range of 40MHz to 50MHz. It is used by the PLL to generate the internal sampling clocks. A , terminated at the receiver; fCLK = 50MHz; fS = 50MSPS. Boldface limits apply for TA = TMIN to TMAX; All other , Recovery (IOR) Off fCLK = 50MHz, fIN = 4.4MHz, VIN = -0.5dBFS Effective Number of Bits www.national.com dBFS 69.6 dBFS 68.5 fCLK = 50MHz, fIN = 9.5MHz, VIN = -0.5dBFS 68.5 dBFS
National Semiconductor
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vectron frequency inverter

Abstract: cic filter matlab design 150.0MHz can be easily generated by driving a 150MHz bandpass filter with a 50MHz crystal oscillator , Inputs Clock Input The LDRCS Board includes a 52MHz crystal oscillator module so that an external , squarewave may be applied to the input SMA. The crystal oscillator module should be removed from its , 52MHz crystal oscillator is not locked to the signal generator, the tone in the FFT may not be exactly , operation. A 52MHz crystal oscillator module is included so that only one signal generator is required for
National Semiconductor
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CLC5526 ADC12L066 CLC5903 vectron frequency inverter cic filter matlab design GSM 900 modulation matlab envelope detector convert integer to float in AGC using Matlab 95/98/NT/

TC matlab windows 95

Abstract: DRCS7 Board includes a 52MHz crystal oscillator module so that an external clock source is not required , the &/. input SMA. The crystal oscillator module should be removed from its socket when an external , 52MHz at +16dBm. Be sure to remove the crystal oscillator module from its socket. 3. The measured , at 150.0MHz can be easily generated by driving a 150MHz bandpass filter with a 50MHz crystal , crystal oscillator module is included so that only one signal generator is required for evaluation. Table
National Semiconductor
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TC matlab windows 95 SNOS945E CLC5957 CLC5902 95/98/NT

GSM 900 modulation matlab

Abstract: 6b32 filter with a 50MHz crystal oscillator. Only the third harmonic is passed by the filter providing a , in Figure 5. Note Clock Input The DRCS7 Board includes a 52MHz crystal oscillator module so , or a TTL level squarewave may be applied to the &/. input SMA. The crystal oscillator module should , generator to 52MHz at +16dBm. Be sure to remove the crystal oscillator module from its socket. 32768 , in the FFT is not exactly 50kHz. Why? Since the 52MHz crystal oscillator is not locked to the
National Semiconductor
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6b32 HP8644B TDMA modulation matlab block diagram of energy saving system using Infrared VECTRON 2501

vectron frequency inverter

Abstract: GSM 900 modulation matlab easily generated by driving a 150MHz bandpass filter with a 50MHz crystal oscillator. Only the third , +16dBm sinewave or a TTL level squarewave may be applied to the &/. input SMA. The crystal oscillator , available help files. 2. Since the 52MHz crystal oscillator is not locked to the signal generator, the , +16dBm. Be sure to remove the crystal oscillator module from its socket. 32768 Point FFT Analysis -20 , CLC5903 mixes the IF with a digital oscillator, removes the DVGA gain steps, and filters the result. A
National Semiconductor
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DO 3287B gsm900 matlab SME03 Crystal Oscillator VCXO 21.4MHz baseband modulation matlab 3287B
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