京瓷kyocera温补晶振KT7050规格参数、数据手册、规格书信息
ZKJ晶振7050封装6MHz-4P规格书
深圳市中科晶电子有限公司一、适用范围本规格书用于规定6.000000MHz石英晶体谐振器。
二、构造2.1封装：■7.0*5.02.2封装形式：■电阻焊2.3封装介质：■真空三、尺寸单位：mm四、晶体技术参数指标1.频率: 6.000000MHz2.型号:7050/4P3.振荡模式:Fundamental(AT)4.频率频差:±20ppm at25℃±3℃5.温度频差:±30ppm温度频差测试的基准温度是:25±2℃6.工作温度范围:-20℃~+70℃7.储存温度范围:-40℃~+85℃8.负载(CL):20.0pF9.激励功率:100uW/Max10.静电容:7.0pF MAX11.等效电阻:80ΩMax.12.绝缘阻抗:500MΩmin/DC100V13.年老化率:±1ppm/年14.包装方式:卷包1000PCS/Reel15.备注五、可靠性试验六、包装方式6.1带子尺寸（unit:mm ）MarkingMarkingA B C D E F G H J K t 5.57.512.05.51.758.02.04.01.551.640.256.2卷盘尺寸（unit:mm ）七、注意本产品不能折弯使用，在电路板安装时使用过大的机械压力可能造成产品损坏，同时本规格书只规定了部件本身的品质，应用于您的产品时请确认图纸该产品是否适用。
M N P Q R S U 178.060.215.512.02.511.013.0。
ATT7053C 用户手册说明书
ATT7053C用户手册ATT7053C 用户手册钜泉光电科技（上海）股份有限公司Tel: ************Fax: ************Email: *********************Web: 版本更新说明目录1.芯片概况 (5)1.1.芯片简介 (5)1.2.芯片特性 (5)1.3.整体框图 (6)1.4.引脚定义 (6)2.电源管理 (8)2.1.电源监测系统 (8)2.2.系统复位方式 (8)3.系统功能 (9)3.1.波形采样功能 (9)3.2.有效值测量 (9)3.3.有功功率计算 (9)3.4.无功功率计算 (10)3.5.视在功率计算 (10)3.6.电能/频率转换 (10)3.7.移采样点方式相位校正 (10)3.8.自定义电量模块 (10)3.9.直流测量 (11)3.10.起动/潜动 (11)3.11.计量可靠性机制 (11)3.12.Rx Pin 暂停电能累加功能 (11)3.13.中断源 (11)3.14.锰铜掉线检测功能 (11)3.15.脉冲加倍功能 (12)3.16.自动防窃电功能 (12)3.17.电压SAG/PEAK功能 (13)3.18.电压过零丢失 (13)3.19.广播电量备份及相序检测 (13)3.20.ADC波形缓存功能 (14)3.21.校表参数校验 (14)4.通信接口 (15)4.1.SPI接口 (15)4.2.UART接口 (19)4.3.特殊命令 (26)5.寄存器 (28)5.1.计量参数寄存器 (28)5.2.校表参数寄存器 (38)6.电气规格 (62)6.1.绝对最大额定值 (62)6.2.电气特性 (62)7.校表过程 (64)8.芯片信息 (67)8.1.封装信息 (67)8.2.芯片包装信息 (68)9.典型应用 (69)1.芯片概况1.1.芯片简介ATT7053C是一颗带SPI和UART通讯接口的高精度单相多功能计量芯片。
贴片晶振的原理,结构,材质,参数,应用
贴片晶振的原理，结构，材质，参数，应用下载提示：该文档是本店铺精心编制而成的，希望大家下载后，能够帮助大家解决实际问题。
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爱普生 EPSON 有源贴片晶振 SG7050CAN 12.288000MHz 规格参数、数据手册、规格书信息
Clock OSC SG7050CANProduct nameSG7050CAN 12.288000 MHz TJGA Product Number / Ordering code X1G0044810001xxPlease refer to the 8.Packing information about xx (last 2 digits)Output waveform CMOSPb free / Complies with EU RoHS directiveReference weight Typ. 147 mg1.Absolute maximum ratings Parameter SymbolMin.Typ.Max.UnitConditions / RemarksMaximum supply voltage Vcc-GND -0.3-+4V -Storage temperature T_stg -40-+125ºC Storage as single product Input voltageVin-0.3-Vcc+0.3VST terminal2.Specifications(characteristics)Parameter SymbolMin.Typ.Max.UnitConditions / RemarksOutput frequency f012.288000MHz Supply voltage Vcc 1.6- 3.63V -Operating temperature T_use -40-+85ºC -Frequency tolerance f_tol -50-50x10-6T_useCurrent consumption Icc -- 1.8mA No load condition Vcc = 3.3V Stand-by current I_std -- 2.7 µA Vcc = 3.3V , ST = GND Disable current I_dis ---mA -Symmetry SYM 45-55%50% Vcc Level L_CMOS=<15pF Output voltage V OH Vcc-0.4---V OL --0.4-Output load condition L_CMOS --15pFCMOS Load Input voltageV IH 0.8Vcc --ST terminalV IL--0.2Vcc ST terminalRise time t r -- 3.5ns Fall time tf -- 3.5ns Start-up time t_str --3ms t = 0 at 0.9VccJittert DJ -0-ps Deterministic Jitter Vcc=3.3V t RJ - 2.4-ps Random Jitter Vcc=3.3Vt RMS - 2.3-ps δ(RMS of total distribution) Vcc=3.3V t p-p -20-ps Peak to Peak Vcc=3.3Vt acc- 2.5-ps Phase jitter t PJ -0.79-ps Off set Frequency: 12kHz to 20MHz, Vcc=3.3VPhase noise L(f)---dBc/Hz ---98-dBc/Hz Off set 10Hz Vcc=3.3V --126-dBc/Hz Off set 100Hz Vcc=3.3V --147-dBc/Hz Off set 1kHz Vcc=3.3V --155-dBc/Hz Off set 10kHz Vcc=3.3V --158-dBc/Hz Off set 100kHz Vcc=3.3V --159-dBc/HzOff set 1MHz Vcc=3.3V Frequency aging f_age-3-3x10-6@+25ºC first year ----Vcc1.8V±10% : 0.2Vcc to 0.8Vcc Level,L_CMOS=15pFVcc1.8V±10% : 0.2Vcc to 0.8Vcc Level,L_CMOS=15pF Accumulated Jitter(δ) n=2 to 50000cycles3.Timing chart4.Test circuit1) Waveform observation2) Current consumption*Current consumption under the disable function should be = GND.3) Condition (1) Oscilloscope· Band width should be minimum 5 times higher (wider) than measurement frequency.· Probe earth should be placed closely from test point and lead length should be as short as possible * Recommendable to use miniature socket. (Don’t use earth lead.)(2) L_CMOS also includes probe capacitance.(3) By-pass capacitor (0.01 µF to 0.1 µF) is placed closely between VCC and GND.(4) Use the current meter whose internal impedance value is small.(5) Power supply· Start up time (0 %VCC to 90 %VCC) of power source should be more than 150 µs.· Impedance of power supply should be as lowest as possible.GNDV CC tr 50 %V CCttw80 %V CC20 %V CC tfV CCSTOUTGNDswichsupplyby-pass capacitorTest PointAor OEor OEV CCSTOUTGNDsupplyby-pass capacitorL_CMOSTest Point5.External dimensions (Unit: mm)6.Footprint(Recommended) (Unit: mm)7.Reflow profileReflow condition (Follow of JEDEC STD-020D.1)8.Packing information[ 1 ]Product number last 2 digits code(xx) descriptionThe recommended code is "00"X1G0044810001xxCode Code 01Any Q'ty vinyl bag(Tape cut)13500pcs / Reel 11Any Q'ty / Reel 001000pcs / Reel12250pcs / ReelConditionCondition Note.OE pin = "H" or "open" : Specified frequency output. OE pin = "L" : Output is high impedance.ST pin = "H" or "open" : Specified frequency output.ST pin = "L" : Output is high impedance 、oscillation stops.#2CC (ex. 0.01 µF)1.8 5.084.22.0#1#3#4Resist1.3±0.25.0±0.27.0±0.2#4 #1#3#2E 25.000CAN395K1.41.1C0.55.08Temperature [ ºC]6030025020015010050Time [ s ]120180240300360420480540600660720780Ts min: +150 ºCTs max: +200ºCTL: +217ºC+255ºCtp: at least 30 sTP: +260ºC OVERTime: +25 ºC to PeakRamp-up rate +3 ºC/s Max.tL60 s to 150 s( +217 ºC over )ts60 s to 120 s( +150ºC to +200ºC)Ramp-down rate -6 ºC/s Max.[ 2 ] Taping specificationSubject to EIA-481 & IEC-60286(1) Tape dimensions Material of the Carrier Tape : PS Material of the Top Tape : PET+PEUnit: mmSymbol A B C D E F Valueφ1.5489.25162.3(2) Reel dimensionsCenter material : PS Material of the Reel : PSＡ ＢＤＥＣＦTop tapeCarrier tapeEPSONEPSONUser direction of feed9.Notice10.Contact us· This material is subject to change without notice.· Any part of this material may not be reproduced or duplicated in any form or any means without the written permission of Seiko Epson.· The information about applied data,circuitry, software, usage, etc. written in this material is intended for reference only.Seiko Epson does not assume any liability for the occurrence of customer damage or infringing on any patent or copyright of a third party.This material does not authorize the licensing for any patent or intellectual copyrights.· When exporting the products or technology described in this material, you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations.· You are requested not to use the products (and any technical information furnished, if any) for the development and/or manufacture of weapon of mass destruction or for other military purposes. You are also requested that youwould not make the products available to any third party who may use the products for such prohibited purposes.· These products are intended for general use in electronic equipment. When using them in specific applications that requireextremely high reliability, such as the applications stated below, you must obtain permission from Seiko Epson in advance./ Space equipment (artificial satellites, rockets, etc.)/ Transportation vehicles and related (automobiles, aircraft, trains, vessels, etc.) / Medical instruments to sustain life / Submarine transmitters / Power stations and related/ Fire work equipment and security equipment / Traffic control equipment/ And others requiring equivalent reliability.。
KDS常用晶振型号频率指标技术规格
KDS常用晶振型号频率指标技术规格KDS常用晶振型号频率指标技术规格产品名称常用晶振型号频率指标技术规格温补晶振 1.25MHZ DIP14 2PPM SINE -20-70 3.3V晶体谐振器 2.176MHz 5030 4P 3.3V 50ppm晶体谐振器 3.57954MHz HC-49S 20PPM 20PF晶体谐振器 3.57MHz 5070 5V 30PPM 20PF 无电压晶体谐振器 3.58mhz ZTTCC3.58MG SMD Ceramic resonator晶体谐振器 3.58mhz ZTTCC3.58MG SMD Ceramic resonator温补晶振 3.6864MHZ DIP14 -55-+85℃ 10PPM 5V TTL温补晶振4.096MHZ DIP14 HCMOS ±0.5ppm@（-20-+70℃）压控 3.3V温补晶振4.096MHZ DIP14 HCMOS ±0.5ppm@（-20-+70℃）压控 3.3V温补晶振4.096MHZ DIP14 HCMOS ±0.5ppm@（-20-+70℃）压控 3.3V恒温晶振4.0MHz DIP36X27 ±1×10-7 0-50 TTL 5V AT 压控125dBc 10Hz 恒温晶振4.0MHz DIP36X27 ±1×10-9 0-50 TTL 5V SC 压控125dBc 10Hz 晶体谐振器4.0mhz ZTTCC3.58MG SMD Ceramic resonator晶体谐振器 4.0mhz ZTTCC3.58MG SMD Ceramic resonator晶体谐振器 5.0688MHZ HC-49SMD 20PF +/-50PPM恒温晶振 5.0MHz DIP36X27 SINE 3PPB 0-60 -145DBC 1K 12V 5X10?-11/20ms 钟振 5.12MHZ DIP14 5V 30PPM数字温补 5.12MHz DIP40X25 0.1ppm 12V 方波 -20+70 机械微调温补晶振 5.12MHz DIP40X25 0.5ppm 12V 方波 -20+70 机械微调晶体谐振器 6.0MHZ CSTCC6M00G53-R0 Crystal晶体谐振器 6.0MHZ CSTCC6M00G53-R0 Crystal晶体谐振器 6.0MHz HC-49SMD 20PPM 20PF晶体谐振器7.3728MHZ HC-49SMD 20PF +/-50PPM晶体谐振器7.68MHz 5030 4P 3.3V 50ppm晶体谐振器8.0MHZ HC-49SMD 30PPM 16pF晶体谐振器8.0MHZ 5032 10PF 20PPM温补晶振8.0MHZ 5070 准确度在1PPM以下 -40～85度方波 3.3 晶体谐振器8.0MHZ HC-49S 18PF 30ppm 无电压晶体谐振器8.0MHz SMD8045 2脚 30PPM温补晶振8.388608MHZ 5070 3.3V 1PPM CMOS 调节8ppm -10-+75℃晶体谐振器9.8304MHz HC-49S 20pF 30PPM温补晶振10.0MHZ 3225 3.3V 0.5PPM SMI温补晶振10.0MHZ 3225 3.3V 0.5PPM KDS温补晶振10.0MHZ 5032 3.3V 0.5PPM KDS温补晶振10.0MHZ 5032 3.3V 1PPM SMI温补晶振10.0MHZ 5032 DAS535SD 0.5ppm温补晶振10.0MHZ 5032 DS5032TC温补晶振10.0MHZ 5032 方波 2ppm 3.3v -40-85温补晶振10.0MHZ 5070 -40-85 1PPM 削峰正旋波不带压控温补晶振10.0MHZ 5070 TCXO 0.5ppm -40 to +85度，方波温补晶振10.0MHZ 5070 VCTCXO 0.28ppm -30 to +85度，方波 140 1K温补晶振10.0MHZ 5070 4P 3.3V HCMOS 0.5ppm VCTCXO -35—65温补晶振10.0MHZ 5070 TCVCXO 1PPM 3.3v -40-+85 HCMOS 温补晶振10.0MHZ 5070 VCTCXO 0.5ppm -40+85 方波温补晶振10.0MHZ 5070 VCTCXO 泰艺 2.5ppm -40+85 clippedsine 3.3V 压控晶体谐振器10.0MHz CSTCC10M0G53-R0 Resonator Murata数字温补10.0MHZ DIP14 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控 DTXO 数字温补10.0MHZ DIP14 0.1ppm 3.3V -40—85温补晶振10.0MHZ DIP14 0.3PPM SINE 5V恒温晶振10.0MHZ DIP14 1*10-7 12V -10-+60° 电平极：0dBm 温补晶振10.0MHZ DIP14 1ppm 3.3v 正弦波机械调节调节范围几十hz温补晶振10.0MHZ DIP14 1PPM -30-+70 0.5PPM 5V SINE VCTCXO温补晶振10.0MHZ DIP14 1PPM SINE 3.3V 机械微调温补晶振10.0MHZ DIP14 5V <0.28PPM ±0.14 -40~85C LVCMOS -135dBc/Hz 1KHz 温补晶振10.0MHZ DIP14 5V <0.28PPM ±0.14-40~85C LVCMOS -135dBc/Hz 1KHz 恒温晶振10.0MHZ DIP14 OCXO ±0.2ppm -40-+85 5V 方波恒温晶振10.0MH Z DIP14 OCXO ±0.2ppm -40-+85 5V 正玄波温补晶振10.0Mhz DIP14 sine 0~10dBm 1ppm 年老化率0.5ppm SC温补晶振10.0MHZ DIP14 TCXO ±0.5ppm SINE -40-+85 5V 恒温晶振10.0MHZ DIP20X20 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控恒温晶振10.0Mhz DIP20X20 sine 0~10dBm 0.05ppm 年老化率 0.5ppm SC恒温晶振10.0MHz DIP21X21 0.05PPM 0.03PPM -20-70 5V SINE 1K 145DBC恒温晶振10.0MHz DIP21X21 0.05PPM 0.03PPM -20-70 5V SINE 1K 145DBC恒温晶振10.0MHz DIP21X21 0.05PPM 0.03PPM -20-70 5V SINE 1K 145DBC恒温晶振10.0MHZ DIP25X25 0.1ppm 3.3V -40—85恒温晶振10.0MHz DIP25X25 3.3V -10-60±10ppb准确20ppbSINE -140@1KHz 恒温晶振10.0MHz DIP25X25 3.3V -10-60±10ppb 准确20ppb SINE -140@1KHz 恒温晶振10.0MHZ DIP36X27 小于0.05PPM -55-85 10K -160DBC SINE 12V 温补晶振10.0MHZ SMD11X9 3.3V CMOS -10-+60℃ ±1PPM VCTCXO温补晶振10.0MHZ SMD11X9 电压3.3V 带压控方波 1PPM -55-85C温补晶振10.0MHz S MD14X9 ±0.5ppm －20℃ +70℃ 3.3V sine输出, 不带调整恒温晶振10.0MHz SMD25X22 SINE 0.02PPM -145 1K 5V -20-70温补晶振10.24MHZ 3225 3V 2.5PPM -30~85 KDS温补晶振10.36MHZ 5070 3.3V 1PPM CMOS 调节8ppm -10-+75℃温补晶振10.386MHz DIP14 3ppm 3.3V -40-+85C HCOMS 频率调整 3ppm晶体谐振器11.0592MHZ HC49/U 30PPM 20PF晶体谐振器11.0592MHZ HC-49S 20PPM 20PF晶体谐振器11.0592MHZ HC49U 20PF 30PPM 无电压晶体谐振器11.2896MHz HC-49SMD 30ppm 20pf温补晶振12.0MHz 2520 20ppm 1.8V 3mA -40-+85℃钟振12.0MHZ 3225 30ppm 3.3v 4脚晶体谐振器12.0Mhz 5032 2p ±30PPM 18PF钟振12.0mhz 5032 3.3V 20ppm 四脚钟振12.0MHZ 5032 3.3V 30PPM TXC钟振12.0MHZ 5070 5V 30PPM TXC晶体谐振器12.0MHZ 6035 18PF 20PPM钟振12.0MHz SMD2520 3V 50ppm晶体谐振器12.288MHz 5032 2P 18pF 20ppm NDK恒温晶振12.288MHz DIP36X27 SINE 0.005PPM 0.01PPM -20-60 1K 150DBC 5V 恒温晶振12.288MHz 短稳 +-5E-9 长期绝对精度1us -150dBc 1KHz -40～85 温补晶振12.8MHz 3225 3.3V 0.5PPM KDS温补晶振12.8MHz 3225 3.3V 1PPM SMI温补晶振12.8MHZ 3225 1.5PPM SMI温补晶振12.8MHz 3225 1.5PPM 3.3V(3V) -40~85 clippedsine 温补晶振12.8MHz 5032 3.3V 1PPM KSS温补晶振12.8MHz 5032 1.5ppm温补晶振12.8MHz 5032 1.5PPM 3.3V(3V) -40~85 clippedsine 温补晶振12.8MHZ 5070 -40-85 1PPM 削峰正旋波带压控库存TAITIEN 温补晶振12.8MHz 5070 TCXO 0.5ppm -40 to +85度，方波温补晶振12.8MHz 5070 VCTCXO 0.5ppm -40+85 方波数字温补12.8MHz DIP14 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控DTXO 恒温晶振12.8MHZ DIP14 0.025PPM 5V 0.1PPM 1K 135DB HCMOS温补晶振12.8MHz DIP14 3.3V 1PPM 4脚 -30-85 长方形正弦波-30-85恒温晶振12.8MHz DIP14 -40-70 0.1PPM SC切年老化0.1PPM 全尺寸OCXO恒温晶振12.8MHz DIP14 -40-85 0.1PPM SC切年老化0.1PPM 全尺寸OCXO温补晶振12.8Mhz DIP14 sine 0~10dBm 1ppm 年老化率0.5ppm SC恒温晶振12.8MHz DIP20X20 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控恒温晶振12.8Mhz DIP20X20 sine 0~10dBm 0.05ppm 年老化率 0.5ppm SC恒温晶振12.8MHz DIP21X21 0.05PPM 0.03PPM -20-70 5V SINE 1K 145DBC恒温晶振12.8MHz DIP21X21 0.05PPM 0.03PPM -20-70 5VSINE 1K 145DBC恒温晶振12.8MHz DIP21X21 0.05PPM 0.03PPM -20-70 5V SINE 1K 145DBC恒温晶振12.8MHZ DIP60X60 ±2X10-8 ±20PPB -20+80 12V SINE SMA 4路温补晶振13.0MHZ 3225 3.3V 0.5PPM KDS温补晶振13.0MHZ 3225 3.3V 2PPM KSS温补晶振13.0MHZ 3225 3.3V 1PPM KDS温补晶振13.0MHZ 3225 3V 2.5PPM CLIPPED温补晶振13.0MHZ 5032 -20-+70 3ppm 3.3v 5*3.2 TAITIEN温补晶振13.0MHZ 5032 -20-+70 3ppm 3.3v 5*7 TAITIEN晶体谐振器13.0MHZ 5070 3.3V/5V 30PPM/50PPM恒温晶振13.0MHz DIP36X27 SINE 0.01PPM -30-70 12V 150DBC 1K GSM晶体谐振器13.52127MHz 6035 10pF ±20ppm -40-85 ±30ppm晶体谐振器13.560MHz 3225 18pF ±20ppm -40-85 ±30ppm 晶体谐振器13.56MHz HC-49SMD 30ppm 20pf晶体谐振器13.56MHZ 5032 4P 30PPM 16PF NDK钟振13.5MHZ 5070 3.3V ±20PPM晶体谐振器14.31818MHz SMD6035 +/-50PPM KDS晶体谐振器14.318MHZ SMD6035 2P +/-50PPM晶体谐振器14.318MHz 5032 4p 不带电压 30ppm晶体谐振器14.4MHZ 5032 四脚的小于10PPM 10PF 对讲机温补晶振14.7456MHZ 5070 4PIN -40-85 1PPM 3.3V TCVCXO 温补晶振14.7456MHZ DIP14 3PPM -55℃-+85℃ 3.3V晶体谐振器14.7456MHZ HC-49S 30PPM 20PF晶体谐振器14.7456MHz HC-49SMD 30ppm 20pf晶体谐振器15.0MHz HC-49SMD 30ppm 20pf晶体谐振器16.0Mhz 3225 50ppm 12PF FA-238 EPSON晶体谐振器16.0MHZ 3225 12PF 9PF 20PF 20PPM 无电压 NDK EPSON晶体谐振器16.0MHZ 3225 30ppm 12pf温补晶振16.0MHZ 5070 准确度在1PPM以下-40～85度方波3.3温补晶振16.0MHZ DIP38X38 DIP 5V TTL 0-70℃ 1ppm 不带调整晶体谐振器16.0MHZ HC-49U ±100PPM -20-+70 公差±20PPM 18PF晶体谐振器16.0MHZ SMD2520 10ppm 8PF -20-75 NX2520SA NDK 无电压温补晶振16.32MHZ 5032 DSA535SD 3.3V ±0.5ppm -40-80℃ CLIPPEDSINE 晶体谐振器16.3676MHZ 3225 10PF +-10ppm温补晶振16.3676MHZ 5032 DSB535SD 0.5ppm温补晶振16.368mhz 3225 ±0.5ppm SMD3225 KSS温补晶振16.368mhz 3225 DSB321SDA ±0.5ppm温补晶振16.368mhz 3225 DSB321SDA ±0.5ppm温补晶振16.369MHZ 3225 1.8V 0.5ppm -30-85 GPS温补晶振16.384MHz 3225 2.5ppm -40～80 3.3V 销峰正弦波温补晶振16.384MHz 5070 2.5ppm -40～80 3.3V 销峰正弦波温补晶振16.777216MHZ 5070 3.3V 1PPM CMOS 调节8ppm -10-+75℃温补晶振16.8MHz 5032 0.5ppm SMD SMI晶体谐振器16.9344MHz 5032 20PPM 18PF 4脚温补晶振17.28MHz DIP14 1.5ppm 3.3V HCMOS -40-+85C温补晶振18.285714MHz DIP14 ±1.0ppm温补晶振18.285714MHz DIP14 ±2.5ppm温补晶振18.432MHz 5070 2ppm －40-85 CLIPPED SINE 3.3V 温补晶振18.432MHz 5070 2ppm －40-85 HCMOS 3.3V晶体谐振器18.432MHZ SMD4025 ±20PPM无电压温补晶振18.651429MHz DIP14 ±1.0ppm温补晶振18.651429MHz DIP14 ±2.5ppm温补晶振19.2MHZ 3225 3.3V CLIPPED -30-+85 0.5PPM DSB321SDA温补晶振19.2MHZ 5032 3.3V 2.5PPM -3075 clipped TAITIEN VC-TCXO 温补晶振19.2MHZ 5032 DSA535SD 0.5ppm clipped sine温补晶振19.44MHZ 3225 3V 2.5PPM CLIPPED压控晶振19.44MHZ 贴片和直插VCXO 牵引范围+/-50或100PPM 3.3V恒温晶振19.68MHZ DIP14 0.01ppm 正弦波－20－70数字温补19.68MHZ DIP14 0.05ppm DIP20*20*10 正弦波－20－70恒温晶振19.68MHZ DIP20X20 0.01ppm 正弦波－20－70温补晶振20.0MHZ 3225 ±0.5ppm VC-TCXO -40-85 3.0V KDS SMI温补晶振20.0MHZ 5032 0.5PPM钟振20.0MHZ 5032 3.3V 30PPM TXC温补晶振20.0MHZ 5032 DSA535SGA 0.28ppm温补晶振20.0MHZ 5032 DSA535SGA 0.28ppm温补晶振20.0MHZ 5032 DSA535SGA 0.28ppm温补晶振20.0MHZ 5070 VCTCXO +-2ppm 3.3v HCMOS -40-+85C恒温晶振20.0MHZ D1P14 21*13*12 5V 方波±0.05ppm -20—70温补晶振20.0MHZ DIP14 -55℃ 1.5ppm数字温补20.0MHZ DIP14 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控 DTXO 钟振20.0MHZ DIP14 3.3V ±30ppm ±30ppm -20-+70℃钟振20.0MHZ DIP14 4插脚长方5V ±30ppm ±30ppm -20-+70℃ TTL输出温补晶振20.0MHZ DIP14 CMOS 5V 1*10-7 年老化率1×10-6温补晶振20.0MHZ DIP14 CMOS 5V 1*10-7 年老化率1×10-6 恒温晶振20.0MHZ DIP20X20 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控恒温晶振20.0MHZ DIP20X20 -40-85 0.05PPM 相躁1K -155 恒温晶振20.0MHZ DIP20X20 -40-85 0.05PPM 相躁1K -155 温补晶振20.0MHZ DIP8 TCXO 不带压控1ppm -20-70 sine 3.3v 半尺寸温补晶振20.0MHZ SMD11X9 -55℃ 2PPM温补晶振20.48MHZ 3225 0.5PPM 3V 削顶正弦波温补晶振20.48MHz 3225 3.3V -25-55 0.5PPM 方波温补晶振22.4MHz 5070 TCXO 3.3v -40-+85 0.5PPM HCMOS 带压温补晶振22.4MHz 5070 TCXO 3.3v -40-+85 1PPM HCMOS 带压晶体振荡器22.576MHz 3225 3.3V 50PPM恒温晶振22.5792MHZ DIP25X25 SC切正弦压调-20-60 ±0.5PPM 1K @ 145晶体振荡器22.579MHz 3225 3.3V 50PPM晶体谐振器24.0Mhz 5032 2p ±30PPM 18PF晶体谐振器24.0MHz 5032 50ppm 16PF晶体谐振器24.0MHz 3225 30PPM HOSONIC 无电压晶体谐振器24.0MHz 5032 ±30ppm, 18p SMD 4-pad温补晶振24.0MHZ 5070 0.5ppm HCMOS 3.3V -40-+85钟振24.0MHZ 5070 30ppm 3.3v 4脚晶体谐振器24.0MHZ HC-49S 18PF 30ppm晶体谐振器24.0MHZ SMD6035 4P +/-30PPM晶体振荡器24.5535MHZ 3225 3.3V 20PPM晶体振荡器24.576MHz 3225 3.3V 50PPM温补晶振24.576MHZ 5070 0.5ppm sine 3.3V -40-+85温补晶振24.576MHZ DIP14 5ppm 正弦波 3.3V -20-+70温补晶振24.576MHZ DIP14 0.5ppm 正弦波 3.3V -40-+85恒温晶振24.576MHZ DIP25X25 SC切正弦压调-20-60 ±0.5PPM 1K @ 145温补晶振24.704MHz 5070 3.3V HCMOS SINE 2.5ppm钟振24.704MHz 5070 +/-100PPM晶体谐振器25.0MHz HC-49SMD 18pF +-30ppm晶体谐振器25.0MHz HC-49SMD 30ppm 20pf晶体谐振器25.0MHZ SMD6035 +/-50PPM KDS晶体振荡器25.0MHz 3225 1.8V 30PPM温补晶振25.0MHZ 3225 3V 0.5PPM VCTCXO DSA321SDA KDS晶体谐振器25.0MHz 5032 ±30ppm, 20PF SMD 4-pad温补晶振25.0Mhz 5070 2.5PPM 3.3V HCMOS -40-85° 带压控温补晶振25.0MHz 5070 TCVCXO 1PPM 3.3v -40-+85 HCMOS 晶体谐振器25.0MHZ HC-49S 20PF 20PPM晶体谐振器25.0MHZ SMD6035 2P +/-50PPM 无电压温补晶振25.6MHZ 5070 0.5PPM 3.3V HCMOS温补晶振26.0MHz 3225 4-SMD ±2.5ppm 3V VCTCXO KDS晶体振荡器26.0MHZ 3225 2.8V 20PPM 京瓷晶体振荡器26.0MHz 3225 2.8V 50PPM NDK温补晶振26.0MHz 3225 DSA321SCA/L KDS温补晶振26.0MHz 3225 DSB321SCL温补晶振26.0MHZ 3225 DSB321SDA-3.0V TCXO晶体谐振器26.0MHZ 3225 NX3225SA 10PPM 12.5PF温补晶振26.0MHZ 5032 -20-+70 3ppm 3.3v 5*3.2 TAITIEN温补晶振26.0MHZ 5032 -20-+70 3ppm 3.3v 5*3.2 TAITIEN晶体谐振器26.0MHZ 5032 4P 25PPM 12PF 无电压即无源钟振26.0Mhz 5032 4p 3.3v ±2.5PPM温补晶振26.0MHZ 5070 -20-+70 3ppm 3.3v 5*7 TAITIEN温补晶振26.0MHZ DIP14 3.3V 0.5PPM sine 带压控数字温补26.0MHZ DIP14 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控DTXO 恒温晶振26.0MHZ DIP20X20 ±0.05ppm－40℃85℃ 3.3V 20MA Hcmos 带压控晶体谐振器26.0MHZ SMD2520 10ppm 8PF -20-75 NX2520SA NDK 无电压钟振27.0mhz 5032 3.3V 20ppm 四脚钟振27.0MHZ 5032 4P 3.3V 25ppm -20 - +70C HCMOS晶体谐振器27.0MHZ 5070 ±50ppm; -20+70 15pF 3.3V钟振27.0MHZ DIP8 半尺寸工业级 -40-85 3.3V 30PPM温补晶振27.0MHz SMD2520 20ppm 1.8V 3mA 2.5*2.0mm -40-+85℃晶体谐振器27.0MHZ SMD6035 2P +/-50PPM晶体谐振器27.12Mhz 5032 2p ±30PPM 18PF晶体谐振器27.12MHZ 3225 8PF 15PPM epson温补晶振29.4912MHZ 3225 3V 2.5PPM -30~85 KDS温补晶振29.4912MHZ 3225 3V 2.5PPM -30~85 KDS温补晶振29.4912MHZ 3225 3V 2.5PPM -30~85 KDS压控晶振30.0MHZ 11X11 3.3V -20-+70 20PPM VCXO恒温晶振30.0MHZ -20-+70 频率稳定度小于0.004ppm晶体谐振器30.0MHZ 3225 ±30PPM -20-70 12PF温补晶振30.0MHZ 3225 0.5PPM 方波 3.3V 工业级 -40-85 不带压控制晶体谐振器30.0MHZ 3225 4PAD 30PPM 12PF -0-+70钟振30.0MHZ 5032 5V 30PPM CTZ温补晶振30.0MHz 5070 HCMOS 2PPM -30-80 3.3V温补晶振30.0MHZ DIP14 0.5PPM 方波 3.3V 工业级 -40-85 不带压控制温补晶振30.24MHZ 5070 3.3V -20 +70 1PPM温补晶振30.72MHZ 5070 1ppm 3.3V 方波 -20—+70°C晶体谐振器31.996314MHz 5032 4P 16pF +/10ppm温补晶振32.0MHZ 5032 TCXO 3.3V clippedsine 10PPM KTS533EG-32MHz温补晶振32.0MHZ 5070 TCXO 3.3V HCMOS 1PPM温补晶振32.0MHz DIP14 HCMOS 1.5PPM -20-70 3.3V 1K 120DBC温补晶振32.0MHZ SMD11X9 -40-85 0.5PPM 3.3V SINE温补晶振32.0MHZ SMD25X25 -40-85 0.5PPM 3.3V SINE温补晶振32.512MHZ 5070 1PPM -40~85 方波TT 相位 115DBC 温补晶振32.51MHZ 5070 2ppm 3.3v HCMOS晶体谐振器32.768KHZ SMD4.9X1.8 2P 12.5PF +-10ppm晶体谐振器32.768KHZ SMD8x3.8 12.5PF +-20ppm晶体振荡器32.768KHZ 5032 4P 有源 10PPM晶体谐振器32.768Khz DIP2X6MM ±20PPM -10-+60 12.5PF 晶体谐振器32.768kHZ MS1V-T1K 2*6MM 12.5PF晶体谐振器32.768KHZ 3225 +/-20PPM 9PF KDS 无电压晶体谐振器32.768KHZ 3225 2P 20PPM 12.5PF晶体谐振器32.768KHz 3225 3.3V 50PPM晶体谐振器32.768KHZ 3225 3.3V ±25ppm晶体谐振器32.768KHZ 3225 4P 20PPM 3.3V晶体谐振器32.768KHz 5070 3.3V 50PPM晶体谐振器32.768KHZ CM200C/12.5PF/20PPM/ROHS CITIZEN数字温补32.768KHZ DIP14 0.1PPM 3.3V -20-70恒温晶振32.768KHZ DIP14 温度稳定1E-8 温度特性0.01PPM -20-70 SC切晶体谐振器32.768KHZ DIP2X6 12.5PF 20PPM晶体谐振器32.768KHZ DIP2X6 20ppm 12.5pF晶体谐振器32.768KHZ DIP3X8 20ppm 12pF 镀镍晶体谐振器32.768KHZ DIP3X8 20ppm 12pF 镀锡晶体谐振器32.768KHZ DIP3X8 12.5PF 20PPM晶体谐振器32.768KHZ SMD3.2X1.5MM ±20PPM 12.5PF 70KΩ晶体谐振器32.768KHz SMD4.1X1.5 12.5pF + -20PPM晶体谐振器32.768KHZ SMD4.1X1.5 70PPM KDS晶体谐振器32.768KHZ SMD6.9x1.4mm ±20ppm 12.5pF 4-SMD温补晶振32.768MHZ 3225 0.5ppm 3.3v 常温DSA321SDA-32.768MHz温补晶振32.768MHZ DIP14 ±0.5ppm 3.3v HCMOS或SINE -30-80℃ 带压控温补晶振32.768MHZ DIP14 ±0.5ppm 3.3v HCMOS 或SINE -40-85℃ 带压控温补晶振32.768MHZ DIP14 1PPM 5V -40-+85温补晶振32.768MHZ DIP14 2PPM 5V -40-+85 机械微调温补晶振32.768MHZ DIP14 -40-+85 0.2PPM 5V Sine VCTCXO 钟振33.0Mhz 5032 4p 3.3v ±30PPM 18PF钟振33.0MHZ 5070 30ppm 3.3v 4脚温补晶振33.0MHZ 5070 ±1PPM 3.3V HCMOS-40-+85℃温补晶振34.6822MHZ DIP14 2PPM恒温晶振38.4MHz DIP36X27 ±0.001PPM -20-70 5V 1K 140 SINE恒温晶振38.4MHz DIP36X27 ±0.001PPM -40-85 5V 1K 140 SINE恒温晶振38.4MHz DIP36X27 ±0.01PPM -20-70 5V 1K 140 SINE压控晶振39.4917MHZ DIP-14 电压5V ±100PPM VCXO温补晶振39.95MHz SMD14.4x9.5 3ppm 5V -40-+85C HCOMS SMD11X9晶体谐振器40.0MHz 3225 20ppm 3.3V EPSON钟振40.0MHZ 5070 30ppm 3.3v 4脚温补晶振40.0mhz 3225 0.5ppm 3.3v 常温DSA321SDA-40MHz温补晶振40.0MHz 3225 DSA321SDA KDS温补晶振40.0MHZ 5070 VCTCXO +-2ppm 3.3v HCMOS -40-+85C恒温晶振40.0MHz DIP36X27 SINE 5.5V 0.01PPM -40-80 -150DBC 1K温补晶振40.96MHZ 5070 -30℃~+85℃ ±1PPM 3.3V 压控范围±5PPM HCMOS钟振44.645MHz DIP14 20PPM温补晶振45.0MHZ 5070 ±2PPM HCMOS +3.3VDC -30 to +85 温补晶振45.0MHZ 5070 -30-80 方波 3.3V 带压控±2.0ppm温补晶振45.0MHZ 5070 -40-85 方波 3.3V 带压控±2.0ppm温补晶振45.0MHZ 5070 -40-85 方波 3.3V 带压控±2.0ppm温补晶振45.0MHZ DIP14 ±2PPM HCMOS +3.3VDC -30 to +85温补晶振45.0MHZ DIP14 -30-80 方波 3.3V 带压控±2.0ppm温补晶振45.0MHZ DIP14 -40-85 方波 3.3V 带压控±2.0ppm温补晶振45.0MHZ DIP14 -40-85 方波 3.3V 带压控±2.0ppm钟振48.0mhz 5032 3.3V 20ppm 四脚温补晶振48.0MHZ DIP38X38 DIP 5V TTL 0-70℃ 1ppm 不带调整晶体振荡器50.0MHZ 3225 3.3V +-50ppm -40-+85C钟振50.0MHZ 3225 3.3V ±50ppm台湾亚陶钟振50.0MHz 5032 3.3V 30ppm钟振50.0MHZ 5032 3.3V ±50ppm温补晶振50.0MHz 5070 0.5ppm HCMOS 3V 0-50度钟振50.0MHZ 5070 3.3V ±50ppm晶体振荡器50.0MHZ 5070 3V 20PPM SMD温补晶振50.0MHz DIP14 0.5ppm Sine 3V 0-50度恒温晶振50.0MHZ DIP14 3.3V 1KHZ 125 10KHZ 130 +-200PPB +-10HZ -20-70 温补晶振50.0MHZ DIP14 3.3V -20+70 1.0ppm 正弦波温补晶振50.0MHZ DIP14 3.3V -20+70 1.0ppm 正弦波恒温晶振50.0MHZ DIP25X25 5PPB 0.005ppm 5.0V 0-+75℃HCMOS Sine恒温晶振50.0MHz DIP36X27 TTL 0.05PPM -20-70 140DBC 1K 5V压控温补晶振51.2MHZ 5070 -30℃~+85℃ ±1PPM 3.3V 压控范围±5PPM HCMOS恒温晶振52.0Mhz DIP20X20 0.05PPM@-20~70 5V 方波晶体谐振器54.0MHZ SMD2520 10ppm 8PF -20-75 NX2520SA NDK 无电压钟振54MHZ 5070 3.3V 30ppm温补晶振55.296MHZ 5070 4PIN -40-85 2PPM 3.3V TCVCXO 压控晶振61.44MHZ SMD14X9温补晶振62.0Mhz SMD11X9 0.5ppm -40-+85 5v clipped sine 带压控温补晶振62.0Mhz SMD11X9 0.5ppm -40-+85 5v clipped sine 带压控温补晶振62.0MHz SMD11X9 0.5PPM SINE -40-85 105DBC 1K 3.3V温补晶振64.0MHz DIP14 HCMOS 1.5PPM -20-70 3.3V 1K 120DBC恒温晶振65.536MHZ DIP36X27 -40-80 1E-10 0.2ppb 30ppb 5V HCMOS/TTL钟振66.666MHz 5070 3.3V ±25PPM温补晶振67.584MHz DIP14 HCMOS ±1.5 5V -20-70 机械微调温补晶振70.455MHz DIP14 1PPM -35-70 5V SINE 1KHZ110DBC温补晶振72.448MHZ DIP14 0.5ppm 正弦波－20－70恒温晶振76.8MHz 0.05PPM 5V电压工业级 OCXO恒温晶振78.0MHZ DIP36X27 SC 0.02PPM 0-40 5V SINE VCOCXO恒温晶振78.0MHZ DIP36X27 稳定性+-0.2PPM 压控可调恒温晶振78.6432MHz DIP25X25 2*10-8 0.02ppm -20-70 0.1ppm/年 1K/-135dBc恒温晶振78.6432MHz DIP25X25 2*10-8 0.02ppm -20-70 0.1ppm/年1K/-150dBc温补晶振80.0MHZ 5070 1PPM -40-+85 3.3V HCMOS温补晶振80.0MHZ 5070 1PPM -40-+85 3.3V HCMOS温补晶振80.0MHZ DIP14 1PPM 3.3V 0-65℃温补晶振80.0MHz SMD11X9 0.3PPM -40-85 SINE 3.3 -110DBC 1K温补晶振80.0MHz SMD11X9 3PPM -55-90 CLIPP SINE 3.3 -110DBC 1K钟振81.360MHz DIP14 ±30 ppm 0＋70 5V CMOS TTL ≤5nS 恒温晶振97.536MHZ DIP25X25 1×10-7 -55℃～90℃温补晶振100.0MHZ 5070 1PPM -30~80 相噪 1KHz -100 方波3.3V 不带压控晶体振荡器100.0MHZ 5070 3.3V -40-85 50PPM TXC温补晶振*****************************.3VSINE-20-60温补晶振100.0MHZ DIP14 1PPM -10-60 HCMOS 3.3V温补晶振100.0MHZ DIP14 1PPM -10-60 HCMOS 3.3V温补晶振100.0MHZ DIP20X20 5V SINE HCMOS -30-85 0.5PPM -130DBC@1K温补晶振100.0MHZ DIP21X21 130DBC@1K 0.1PPM 3.3V SINE -20-70恒温晶振100.0MHz DIP25X25 0.1ppm Sine 3.3V -30--+80C1KHz/-150dbc 恒温晶振100.0MHZ DIP25X25 1×10-7 -55℃～90℃恒温晶振100.0MHz DIP25X25 SINE 0.5PPM -10-60 135DBC 1K 压控 5V恒温晶振100.0MHz DIP36X27 SINE 0.01PPM 0.05PPM 1K -155DBC 9V -20-70 差分晶振100.0MHz DIP8 13X13 LVPECL 0.5PPM 3.3V 5PPM -40～70℃恒温晶振100.02MHz DIP14 + -0.1ppm 0-70 1kHZ -155dbc/HZ恒温晶振102.4MHZ DIP25X25 0.1PPM 正弦波方波 OCXO温补晶振102.4MHZ DIP25X25 0.3PPM 正弦波方波 TCXO压控晶振122.88MHZ SMD14X9压控晶振122.88mhz SMD14X9 VCXO LV-PECL VC3D4B210-122.88mhz压控晶振122.88mhz SMD14X9 VCXO LV-PECL VC3D4B210-122.88mhz温补晶振124.0MHZ DIP14 1PPM -10-60 HCMOS 3.3V温补晶振125.0MHZ DIP14 1PPM -10-60 HCMOS 3.3V差分晶振125.0MHz DIP8 13X13 LVPECL 0.5PPM 3.3V 5PPM -40～70℃温补晶振127.5MHz DIP14 不压控温特性1ppm 年老化1ppm 3.3V sine温补晶振140.0MHz DIP14 -20-70 1PPM 5V 5X10-6秒稳输出幅度大于2dBm 50欧姆差分晶振148.5MHZ 5070 2.5V/3.3V 输出LVDS PECL工业级温补晶振299.792458MHZ DIP14 1PPM -20-70 5V TTL HCMOS温补晶振300.0MHZ DIP14 1PPM -20-70 5V TTL HCMOS恒温晶振400.0MHz DIP25X25 sine 6dBm ±300ppb(0.3PPM) -30~70C 5V恒温晶振400.0MHz DIP25X25 sine 6dBm ±300ppb(0.3PPM)-30~70C 5V恒温晶振409.6MHz DIP25X25 sine 6dBm ±300ppb(0.3PPM) -30~70C 5V温补晶振455.0KHZ DIP14 1ppm -20-+70 5V 方波恒温晶振2000.4MHZ +-0.2PPM +-0.1ppm 0-70 +12v +4dbm 0-70 Hcmos晶体0.032768MHz A103A F1 XTALOO2995 WATCH-3X8 20/-/-/12.5 温补压控晶振10.0022MHz CFPT-9007 AX 1A E4527LF 温补晶振10.0MHz CFPT-123 HX温补晶振10.0MHz CFPT-125 (E3235)温补压控晶振10.0MHz CFPT-125 E3235温补压控晶振10.0MHZ CFPT-9003 EX 1 B温补压控晶振10.0MHz CFPT-9003 EX 1B E3195温补压控晶振10.0MHz CFPT-9007-CX-1B LF E4464LF温补压控晶振10.0MHz CFPT-9008 CX 1B E4298LF温补压控晶振10.0MHz CFPT-9008 EX 1B E3409温补压控晶振10.0MHz CFPT-9008ES1B E4515温补压控晶振10.0MHZ TCXO E3195晶振10.0MHz TXO715EICXO晶振10.0MHzCFPT9003EX1B E3410温补压控晶振10.0MHzCFPT9006EX1A E2931温补压控晶振10.715MHz CFPT-9053-GX-1A-LF恒温晶体震荡器10.878976MHz恒温晶体震荡器10.878976MHz Space Mini OCXO恒温晶体震荡器10.878976MHz晶体振荡器100.0MHZ EG-2121CA 100 LHPN晶体振荡器100.0MHZ EG-2121CA-100MHZ-PHPA恒温晶振100.0MHz OCXO KVG晶体11.0592MHz HC49-U 20/30/10/30温补压控晶振12.0MHz CFPT-9006 EX 1B E3313温补晶振12.80MHz CFPT-126 EX BU温补晶振12.80MHz CFPT-126 EX BU温补晶振12.80MHz CFPT-127 EX BU温补压控晶振12.8MHz CFPT-9006-AX-1B-S3 LF E3198 温补压控晶振12.8MHz TCXO PLUTO 7X5 LF TR E2747LF 温补压控晶振13.0MHz CFPT-9007-EX-1A LF E4407晶体振荡器156.25MHZ EG-2121CA-156.25MHZ-PHPA 晶体16.0MHz A161K- HC49/4H 30/50/20/30 FUND BU 温补晶振16.0MHz CFPT-123HX温补晶振16.32MHz CFPT-125TS TR温补晶振16.32MHz CFPT-125TS TR温补压控晶振16.32MHz CFPT-9006 EX 1A温补压控晶振16.32MHz CFPT-9006 EX 1A E3229温补压控晶振16.32MHzCFPT9006EX1A 3.0V E3439温补压控晶振16.384MHz CFPT-9006 FX 1B温补晶振19.44MHz CFPT-125TS BU温补晶振20.00MHz CFPT-126EX BU晶体20.0MHz 14SMX 30/30/20/18 FUND TR温补晶振20.0MHZ CFPT-123 HX温补晶振20.0MHz CFPT-123HX温补晶振20.0MHz CFPT-125TS BU温补晶振20.0MHz CFPT-125TS BU（E3242）温补晶振20.0MHz CFPT-126 EX BU温补晶振20.0MHz CFPT-141 HW BU温补晶振20.0MHz CFPT-141 HX BU温补压控晶振20.0MHz CFPT-9003 EX 1A温补压控晶振20.0MHZ CFPT-9003 FX 1A温补压控晶振20.0MHz CFPT-9006 A* 1B E2791温补压控晶振20.0MHz CFPT-9006 EX 3A E3349LF温补压控晶振20.0MHz CFPT-9006 FX 3A E3113温补压控晶振20.0MHz CFPT-9007 AX 1B E4637LF温补压控晶振20.0MHz CFPT9007-FX-1B-LF E3435LF USD 温补压控晶振20.0MHz CFPT-9051-FY-1A温补晶振20.0MHz CPFT-123HX温补晶振20.0MHz CPFT-126晶体20.0MHz IQTCXO-210KX晶体20.0MHz IQTCXO-253晶体20.0MHz IQTCXO-253KX晶体20.0MHz IQXO-350I BE BU温补压控晶振20.0MHzCFPT9006FX1A E2796温补压控晶振20.0MHzCFPT9006GX1B E4229LF温补压控晶振20.0MHzCFPT-9051-FY-1B E3153晶振24.0MHz CFPS-73I B BU LF SPXO021270 温补压控晶振25.0MHZ CFPT-9001-CX-1A USD晶振32.0MHz IQXO-350I BE BU晶振32.0MHZ IQXO-350IBEBU晶体 4.9152MHz 86SMX 50/100/20/10晶体 4.9152MHz 86SMX 50/100/20/10温补压控晶振40.0MHz CFPT-9006 EX 1B * E3450温补压控晶振40.0MHz CFPT-9006 FX 1B晶振40.0MHz IQXO-350I B BU晶振40.0MHz IQXO-350I B BU晶振40.0MHZ IQXO-350IBEBU温补压控晶振40.0MHzCFPT9006GX1B E2900LF温补压控晶振48.0MHz CFPT-9060-GX-1B晶振 5.0MHz IQXO-350I B BU晶体 5.0MHz IQXO-350I BE BU温补压控晶振50.0MHz CFPT-9301 FX B 工业级晶体振荡器500.0MHZ EG-2121CA-500.000M LHPAB晶体 6.0MHz HC49 30/50/40/31晶体 6.0MHz HC49 30/50/40/31晶振60.0MHz IQXO-350I BE BU晶振60.0MHZ IQXO-350IBEBU晶体8.0MHz HC49/4HSMX 30/50/20/30 LF XTAL016753温补压控晶振8.192MHz CFPT-9006 EX 1B温补压控晶振9.6MHz CFPT-9007-FX-1B-LF晶体A158K晶体XTAL003156 A140K温补晶振E5036LFT 2.048153 M CFPT-9301-GX-B T&R温补晶振E5048LF 20 M CUSTOM STRATUM 3 TCXO -5/80温补晶振E5048LFT 20 M CUSTOM STRATUM 3 TCXO -5/80 T&R温补晶振E5093LF-SAMPLE 40M CUSTOM TCXO 7X5MM温补晶振E5015LFT 20MHZ CFPT9301-AX-A-LF 5X3.2MM E5015LFT温补晶振E5197LF 10MHZ TCXO PLUTO 7X5 5V ±0.28PPM -20/70温补晶振E5225LF CFPT-9300 19.200 MHZ E5225LF温补晶振E5116LFT CFPT-9300 19.200 MHZ E5116LF温补晶振E5249LFT 20MHZ TCXO 5 X 3.2MM E5249LF温补晶振E5136LFT E5136LF 19.2MHZ 5X3.2MM FEMTOCELL TCVCXO温补晶振E5215LF-SAMPLE 12.8 MHZ S3 TCXO 7X5 -5/70C E5215LF-SAMP 温补晶振E5074LFT 20MHZ FEMTOCELL TCXO 5X3.2 MM LEAD FREE温补晶振E5019LF 100 MHZ CUSTOM PLUTO TCXO E5019LF 温补晶振E5245LFT 36.288MHZ TCXO 5X3.2MM CUSTOM温补晶振E5246LFT 36.288MHZ TCVCXO 5X3.2MM CUSTOM 温补晶振E5317LFT 19.2MHZ 5X3.2 FEMTOCELL TCVCXO APE 温补晶振E5318LFT 19.2MHZ 5X3.2 FEMTOCELL TCVCXO API温补晶振E5347LF 19.44MHZ TCXO 7X5MM CUSTOM温补晶振E5286LFT PLUTO 5325 CFPT-9300温补晶振E5249LF 20MHZ TCXO 5 X 3.2MM E5249LF温补晶振E5179LFT 20.0 MHZ TCXO BASED ON CFPT-9300 SERIES温补晶振E5311LFT 19.2 MHZ TCVCXO BASED ON CFPT-9300 SERIE温补晶振E5313LF 20.0 MHZ TCXO BASED ON CFPT-9300 SERIES温补晶振E5016T 27.48 MHZ TCXO 7X5MM 10-PAD CUSTOM 温补晶振E5020LFT 10 MHZ CFPT-9006-AX-3-A ROHS温补晶振E5026T 10.949297MHZ 7X5MM NGGXO STD TEMP 温补晶振E5030LFT 20 MHZ TCXO 7X5MM CUSTOM ACMOS 温补晶振E5033LFT 10 MHZ FEMTOCELL TCVCXO ROHS温补晶振E5058LFT 44.8 MHZ CFPT-9301-ES-A ROHS温补晶振E5067LFT 12 MHZ CFPT-9301-AX-A ROHS温补晶振E5069T 10.949297MHZ TCXO -45/95C 0.5PPM LOW-G-S温补晶振E5074LF-SAMPLE 20MHZ FEMTOCELL TCXO 5X3.2MM 0/85C ROHS 温补晶振E5079LFT 19.2 MHZ 5X3.2MM FEMTOCELL TCVCXO ROHS温补晶振E5080LFT 51.84 MHZ CFPT-9301-GS-A ROHS温补晶振E5085LFT 12.688375MHZ TCXO 7X5 HCMOS ROHS 温补晶振E5086LFT 19.2MHZ CUSTOM TCVCXO 7X5MM ROHS温补晶振E5087LFT 50 MHZ CFPT-9301-GX-B-ROHS温补晶振E5094LF 38.88MHZ CUSTOM TCXO 14X9MM ROHS 温补晶振E5096LF-SAMPLE 13 MHZ 7X5MM CUSTOM TCVCXO ROHS温补晶振E5096LFT 13 MHZ 7X5MM CUSTOM TCVCXO ROHS温补晶振E5118LFT 10MHZ CUSTOM 5X3.2MM TCXO ROHS 温补晶振E5121LF 5.12MHZ CFPT-9051-FY-1B ROHS温补晶振E5122LF 40MHZ CFPT-9058-FY-1B ROHS温补晶振E5127LFT 19.2 MHZ FEMTOCELL TCVCXO 7X5MM ROHS温补晶振E5134LF 4.194304MHZ CUSTOM TCXO ROHS温补晶振E5135LFT 25MHZ CUSTOM TCXO 7X5MM ROHS温补晶振E5137LFT 12.8 MHZ CUSTOM TCVCXO 7X5MM ROHS温补晶振E5151LFT 10 MHZ CFPT-9001-HS-1A ROHS温补晶振E5159LFT 10 MHZ CFPT-9006-EC-1A ROHS温补晶振E5165LFT 16.384 MHZ CFPT-9301-EX-A ROHS温补晶振E5169LFT 14.4 MHZ BEACON TCXO 5X3.2MM ROHS 温补晶振E5176LF 10 MHZ CUSTOM TCVCXO DIL ROHS温补晶振E5178LFT 19.2 MHZ CFPT-9302-EX-A ROHS温补晶振E5191LFT 20 MHZ ROHS温补晶振E5202LF 10 MHZ CFPT-9058-FY-1B ROHS温补晶振E5214LFT 10 MHZ CFPT-37 ROHS温补晶振E5216T 10 MHZ CUSTOM TCVCXO 3.0V温补晶振E5227LFT 26 MHZ FEMTOCELL TCVCXO 5X3.2MM ROHS温补晶振E5228LFT 14.7456 MHZ CFPT-9006-FX-1B ROHS温补晶振E5229LFT 8.0 MHZ CFPT-9006-GX-1B ROHS温补晶振E5231LFT 25 MHZ CFPT-9006-FX-1B ROHS温补晶振E5240LFT 10 MHZ CFPT-9006-EX-1B-ROHS温补晶振E5244LF 80 MHZ CFPT-9060-AS-1A ROHS温补晶振E5248LFT 16 MHZ CUSTOM TCXO 5X3.2MM ROHS 温补晶振E5262LF-SAMPLE 27.48 MHZ CUSTOM TCXO 5X3.2MM ROHS 温补晶振E5272LFT 10.0 MHZ HI-G TCXO 7X5MM ROHS温补晶振E5292LF 19.44MHZ STRATUM 3 TCXO 7X5MM ROHS温补晶振E5293LFT 20.0MHZ TCXO PLUTO 7X5 HCMOS ROHS 温补晶振E5296LF-SAMPLE 11.2 MHZ CFPT-9301-EX-A ROHS 温补晶振E5297LF 10MHZ CUSTOM TCVCXO, LOW NOISE DIL 温补晶振E5298LFT 20.0MHZ CFPT-9302-MS-B ROHS温补晶振E5301LFT 44.8MHZ FEMTOCELL TCVCXO 5X3.2MM ROHS温补晶振E5310-SAMPLE E5310-SAMPLE 27.48MHZ温补晶振E5310 27.48 MHZ CUSTOM HI-G TCXO 9X7MM温补晶振E5330LFT 19.2MHZTCVCXO7X5MM +-0.28PPM-40/85C ROHS温补晶振E5331LFT 19.2MHZTCVCXO7X5MM +-0.14PPM-40/85C ROHS温补晶振E5334LF 20.48MHZ CUSTOM TCXO 7X5MM ROHS 温补晶振E5335LFT 12.8 MHZ CUSTOM TCVCXO 7X5MM ROHS温补晶振E5337LFT 12.688656 MHZ TCXO 5X3.2MM CUSTOM ROHS温补晶振E5344LF-FAST E5344LF-FAST 12.68875MHZ ROHS 温补晶振E5345LF-FAST E5345LF-FAST 12.68875MHZ ROHS 温补晶振E5364LF-FAST E5364LF-FAST 12.288MHZ ROHS温补晶振E5368LF-FAST E5368LF-FAST 19.2MHZ ROHS温补晶振E5390LF-SAMPLE E5390LF-SAMPLE 10MHZ ROHS 温补晶振E5391LF-SAMPLE E5391LF-SAMPLE 19.2MHZ ROHS 温补晶振E5392LF-FAST E5392LF-FAST 26MHZ ROHS温补晶振E5393LF-FAST E5393LF-FAST 19.2MHZ ROHS温补晶振E5227LF-T 26.0 MHZ TCXO BASED ON CFPT-9300 SERIES温补晶振E5195LF 20MHZ TCXO 5X3.2MM CUSTOM温补晶振E5360LF 20MHZ CFPT - 9006 - HX - IB LF温补晶振E5319LF-SAMPLE 23.104MNZ CUSTOM HI-G TCXO 温补晶振E5319LF-NRE 23.104MNZ CUSTOM HI-G TCXO NRE 温补晶振E5397-SAMPLE 10.0 MHZ TCXO 7X5MM HI-G CUSTOM温补晶振E5402LF-SAMPLE 24.0MHZ CFPT-9301-EX-B温补晶振E5400LF-FAST 20.0MHZ CFPT - 9006 - FS - 1B - LF 温补晶振E5342 E5342T 20.0MHZ CFPT-9006-AX-1A温补晶振E5320LF-FAST 36MHZ CUSTOM TCVCXO 7X5MM 温补晶振E5280LFT 30.72 MHZ FEMTOCELL TCVCXO 7X5 ROHS温补晶振E5405LF-SAMPLE E5405LF-SAMLE 61.44MHZ FEMTOCELL TCVCXO 温补晶振E5395LF-SAMPLE E5395LF-SAMPLE 10MHZ CFPT-9008-AX-3A温补晶振E5313LF-SAMPLE 26MHZ FEMTOCELL TCVCXO 5X3.2MM -5/85C 温补晶振E5312LF-SAMPLE 20.0MHZ FEMTOCELL TCVCO 5X3.2MM -5/85C 温补晶振E5350-SAMPLE 20.456MHZ TCVCXO 7X5MM CUSTOM温补晶振E5044-SAMPLE 19.2MHZ CUSTOM TCVCXO DIL温补晶振E5153LF-SAMPLE 12.8MHZ STRATUM 3 TCXO 0.14PPM -20/70C 温补晶振E5406LF-SAMPLE 30.72MHZ STRATUM 3 TCVCXO CUSTOM温补晶振E5368LFT E5368LFT 19.2MHZ CFPT9006FX1BLF温补晶振E5295 E5295 38.4MHZ CFPT9006EX1A SNBP温补晶振E5412-SAMPLE 47.032MHZ TCVCXO E2795 WITH RSX5 CRYSTAL 温补晶振E5037LFT-FAST E5037LFT-FAST 13MHZ ROHS温补晶振E5413LF-SAMPLE 19.2MHZ TCVCXO 5X3.2MM FEMTOCELL温补晶振E5286LF-SAMPLE 19.2MHZ TCVCXO 5X3.2MMFEMTOCELL温补晶振E5270LF 14.4MHZ VC-TCXO 3V PLUTO 5X3.2E3131LFT 12.8M TCXO 14X9 HCMOS LF T&RE3132LF 12.8M TCXO PLUTO DIL HCMOSE3140LF TCXO PLUTO CFPT 9006 CS 3A LF 19.44ME3140LFT 19.44M TCVCXO CFPT9006CS3A (LF) T&RE3146LFT 155.52M TCVCXO PLUTO 14X9 LVPECL (T&R)E3152LFT 20.82857M TCXO CFPT9006GS1B (LF) T&RE3164LFT 10.0M TCXO PLUTO REDESIGN R2581 LF T&RE3169LFT 10.0M TCVCXO PLUTO 19X13 HCMOS T&RE3179LF TCXO PLUTO CFPT 9006 A* 1B S3 LF 20.0ME3179LFT 20.0M TCXO PLUTO 7X5 HCMOS T&R E3179LFT E3188LF 50.0 M TCXO PLUTO 17X13 ACMOS (LF)E3198LFT 12.8M TCXO PLUTO 7X5 HCMOS T&RE3199LFT 20.0M TCXO PLUTO 7X5 HCMOS (LF)E3199T 20.0M TCXO PLUTO 7X5 HCMOS T&RE3235LFT 10M TCVCXO CFPT125 (LF) T&RE3236LFT 12.8M TCVCXO CFPT125 (LF) T&R_E3279LFT PLEASE REFER TO 504214E3357LFT 12.55163M TCXO PLUTO 7X5 HCMOS (LF)E3383LFT 622.08M TCVCXO PLUTO 14X9 PECL T&RE3385LFT 669.32658M TCVCXO PLUTO 14X9 PECL T&RE3426LFT 666.51429HZ TCVCXO PLUTO 14X9 PECL T&RE3481LF 19.44M CFPT9058AS1BE3198 TCXO PLUTO CFPT 9006 AX 1B S3 12.8ME3279LFT E3279LFT 12.688375ME3179LFT PLEASE REFER TOE3198LF 12.8MHZ TCXO PLUTO 7X5 HCMOS (E3198LF)E3227LFT CFPT 9006 FX 1B 10 MHZ E3227LFT E3466LFT TCVCXO 10MHZ 2PPM 3V3 SMD10 TSO E3466LFT。
晶振
晶振-基本概述晶振晶体全称为晶体振荡器，其作用在于产生原始的时钟频率，这个频率经过频率发生器的放大或缩小后就成了电脑中各种不同的总线频率。
以声卡为例，要实现对模拟信号44.1kHz或48kHz的采样，频率发生器就必须提供一个44.1kHz或48kHz的时钟频率。
如果需要对这两种音频同时支持的话，声卡就需要有两颗晶振。
但是娱乐级声卡为了降低成本，通常都采用SRC将输出的采样频率固定在48kHz，但是SRC会对音质带来损害，而且现在的娱乐级声卡都没有很好地解决这个问题。
晶振一般叫做晶体谐振器，是一种机电器件，是用电损耗很小的石英晶体经精密切割磨削并镀上电极焊上引线做成。
这种晶体有一个很重要的特性，如果给他通电，他就会产生机械振荡，反之，如果给他机械力，他又会产生电，这种特性叫机电效应。
他们有一个很重要的特点，其振荡频率与他们的形状，材料，切割方向等密切相关。
由于石英晶体化学性能非常稳定，热膨胀系数非常小，其振荡频率也非常稳定，由于控制几何尺寸可以做到很精密，因此，其谐振频率也很准确。
根据石英晶体的机电效应，我们可以把它等效为一个电磁振荡回路，即谐振回路。
他们的机电效应是机-电-机-电..的不断转换，由电感和电容组成的谐振回路是电场-磁场的不断转换。
在电路中的应用实际上是把它当作一个高Q值的电磁谐振回路。
由于石英晶体的损耗非常小，即Q 值非常高，做振荡器用时，可以产生非常稳定的振荡，作滤波器用，可以获得非常稳定和陡削的带通或带阻曲线。
晶振-主要参数参数基本描述频率准确度在标称电源电压、标称负载阻抗、基准温度（252℃）以及其他条件保持不变，晶体振荡器的频率相对与其规定标称值的最大允许偏差，即（fmax-fmin）/f0；温度稳定度其他条件保持不变，在规定温度范围内晶体振荡器输出频率的最大变化量相对于温度范围内输出频率极值之和的允许频偏值，即（fmax-fmin）/（fmax+fmin）；频率调节范围通过调节晶振的某可变元件改变输出频率的范围。
京瓷kyocera温补晶振KT2520规格参数、数据手册、规格书信息
2.5±0.15
#6
#5
#4
#1
#2
#3
2.0±0.15
(Unit: mm) Test Circuit
Recommended Land Pattern (Unit: mm)
0.24
Test circuit 1
TCXO
A
POWER SUPPLY V
Vcc
654 TCXO
123
Spectrum Analyzer & Counter, Oscilloscope Co
Co: DC Cut Capacitance
0.55 0.7 0.55
0.50
1.80
0.50
Note: A capacitor of value 0.01µF between VCC and GND is recommended.
C
−30°C
E
−20°C
G
−10°C
⑥ Supply Voltage
18 1.8V 28 2.8V 30 3.0V 33 3.3V
⑦ Voltage Control Function
Байду номын сангаас
T
TCXO
Other* VCTCXO
* Customer Spec.
⑧ Option Code
⑤ Upper Operating Temp.
How to Order
KT2520K 26000 A C W 18 T xx
①
② ③④⑤ ⑥ ⑦ ⑧
① Series ② Output Frequency ③ Freq. Temp. Chrst.
A
±0.5×10−6
京瓷kyocera温补晶振KT5032规格参数、数据手册、规格书信息
①
② ③④⑤ ⑥ ⑦ ⑧
① Series ② Output Frequency ③ Frequency Tolerance
A
+0.1×10−6
K
±0.28×10−6
④ Lower Operating Temp.
A
−40°C
G
−10°C
J
0°C
⑤ Upper Operating Temp.
T
+70°C
Phase Noise @20MHz
Symbol fo
f_tol
VCC ICC f_age f_cont Vpp VOL VOH tr/ tf SYM
—
Conditions Standard Frequency: 10, 19.2, 20, 24.576, 26, 30.72, 38.88, 40 vs Temperature (−10 to +70°C) [±(fmax-fmin)/ 2fo] vs Temperature (−40 to +85°C) [±(fmax-fmin)/ 2fo] vs Voltage
Min. 10 −0.1 −0.28 −0.1 +2.3 —
−4.6
±5 0.8 — 90% VCC
CMOS, Load: 15pF
—
50% Vcc
45
− 90 (@10Hz offset)
−120 (@100Hz offset)
−140 (@1kHz offset)
−150 (@10kHz offseຫໍສະໝຸດ )W+85°C
⑥ Supply Voltage
33
3.3V
⑦ Voltage Control Function
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Temperature Compensated Crystal Oscillators (TCXO, VCTCXO) Surface Mount Type TCXO (LSI Type) KT7050 Series for Femtocell/ Stratum3
ｗｗｗ．ｊｚｓｃ８．ｃｏｍ
7.0×5.0mm
Features
• High stability and high reliability • 2.7 to 5.5V drive available • Clipped sine wave or CMOS level
output • Low phase noise • Disable Function (KT7050A)
Symbol fo
f_tol
VCC ICC f_age f_cont Vpp VOL VOH tr/ tf SYM
—
* Please contact us for other specifications.
Dimensions
Packaging (Tape & Reel 1000 pcs./ reel)
CMOS output 20years aging @40°C Including temp characteristics, initial tolerance, rated power supply voltage change and load change. Positive *100k ohm min Clipped Sine, Load: 10k ohm // 10pF CMOS, Load: 15pF IOL=4mA CMOS, Load: 15pF IOH=−4mA
③ Output Frequency ④ Freq. Temp. Chrst.
A
+0.1×10−6
K
±0.28×10−6
⑤ Lower Operating Temp.
A
−40°C
G
−10°C
J
0°CΒιβλιοθήκη ⑥ Upper Operating Temp.
T
+70°C
W
+85°C
⑦ Supply Voltage
Applications
• Femtocell, Stratum3 • SONET/ SDH/ Ethernet
RoHS Compliant
• Compliant to the GR1244-Core & GR253-Core • Recommended in Microsemi’s ZLAN-68 app. note for Stratum3 applications based
on tests performed by Kyocera.
How to Order For Femtocell (Standard Spec.)
Freq. Temp. Chrst. : ±0.1×10−6/ −10°C to 70°C
KT7050 A 20000 A G T 33 T xx
① ② ③ ④⑤⑥ ⑦ ⑧ ⑨
33
3.3V
⑦ Voltage Control Function
T Other*
TCXO VCTCXO
* Customer Spec.
⑨ Option Code
Specifications
Item Output Frequency Range
Frequency Tolerance
Supply Voltage Current Consumption
GND
1.3
7.45
1.8
2.54 0.95
1.2
1.7 max. 2.54
6−0.8 4−0.8
4.20
5.0±0.2
KT7050B
7.0±0.2
#4
#3
#1
#2
4−1.4
#1
#2
#4
#3
5.08
Pin Connection #1 Voltage Control (VCTCXO), GND (TCXO) #2 GND #3 Output #4 Vcc
−150 (@100kHz offset)
Max. 40 +0.1
+0.28 +0.1 +5.5
6
+4.6
±20 — 10% VCC —
8
55
Units MHz
×10−6
V mA ×10−6 ×10−6 Vp-p V V ns %
dBc/ Hz
Recommended Land Pattern (Unit: mm)
Conditions Standard Frequency: 10, 19.2, 20, 24.576, 26, 30.72, 38.88, 40 vs Temperature (−10 to +70°C) [±(fmax-fmin)/ 2fo] vs Temperature (−40 to +85°C) [±(fmax-fmin)/ 2fo] vs Voltage
KT7050A
0.75
1.3
5.45
5.0±0.2
7.0±0.2 #8 #7 #6
#9
#5
#10
#4
#1 #2 #3
4−1.0 #10
6−0.6 #1 #2 #3
#4
#5 #9
1.27 #8 #7 #6 5.08
#1 #2/3 #4 #5 #6/7 #8 #9 #10
Pin Connection Do not connect (Pin1) Do not connect GND Output Do not connect Tri-state Enable/ Disable connect Vcc Voltage Control (VCTCXO), GND (TCXO)
For Stratum3 (Standard Spec.)
Freq. Temp. Chrst. : ±0.28×10−6/ −40°C to 85°C
KT7050 A 20000 K A W 33 T xx
① ② ③ ④⑤⑥ ⑦ ⑧ ⑨
① Series ② Land Type
A
10Pads
B
4Pads
Min. 10 −0.1 −0.28 −0.1 +2.7 —
−4.6
±5 0.8 — 90% VCC
CMOS, Load: 15pF
—
50% Vcc
45
− 90 (@10Hz offset)
−120 (@100Hz offset)
−140 (@1kHz offset)
−150 (@10kHz offset)
5.08 1.5
1.7 max. 4−0.9
Frequency Aging
Voltage Control Range Output Level Low Level Output Voltage High Level Output Voltage Rise / Fall Time (10%Vcc to 90%Vcc) Symmetry
Phase Noise @20MHz