SIT9347AC2E2A30E220.000010,SIT9347AC2E2A30E220.000010 pdf中文资料,SIT9347AC2E2A30E220.000010引脚图,SIT9347AC2E2A30E220.000010电路-Datasheet-电子工程世界

文档预览

SiT9347

220 MHz to 725 MHz Endura™ Series Ultra-low Jitter Differential Oscillator

Description

The

SiT9347

is a 220.000001 MHz to 725 MHz

differential MEMS XO engineered for low-jitter, high

reliability applications. Utilizing SiTime’s unique

DualMEMS™

temperature

sensing

and

TurboCompensation™ technology, the SiT9347 delivers

exceptional dynamic performance by providing

resistance to airflow, thermal gradients, shock and

vibration. This device also integrates multiple on-chip

regulators to filter power supply noise, eliminating the

need for a dedicated external LDO.

The SiT9347 can be factory programmed for any

combination of frequency, stability, voltage, and output

signaling. Programmability enables designers to optimize

clock configurations while eliminating long lead times and

customization costs associated with quartz devices

where each frequency is custom built.

The wide frequency range and programmability makes

this device ideal for aerospace, industrial and defense

applications that require a variety of frequencies and

operate in noisy environments.

Refer to

Manufacturing Notes

for proper reflow profile,

tape and reel dimension, and other manufacturing

related information.

Features

◼

0.1 ppb/g acceleration sensitivity for harsh environments

Any frequency between 220.000001 MHz and 725 MHz,

accurate to 6 decimal places.

For HCSL output signaling, maximum frequency is

500 MHz.

Contact SiTime

for higher frequency options.

(For additional frequencies, refer to

SiT9346

datasheets)

LVPECL, Low-swing LVPECL, LVDS and HCSL output

signaling

0.1ps RMS phase jitter (random) for Ethernet applications

Frequency stability as low ±10 ppm

Wide temperature range from -40°C to 105°C

Contact SiTime

for higher temperature range options

Industry-standard packages: 3.2 x 2.5 mm

, 7.0 x 5.0 mm

and 5.0 x 3.2 mm

package

◼

Applications

◼

Airborne Communications

Command and Control

Field Communications

Airframe/Engine Management Control

Radar

SATCOM

Block Diagram

Package Pinout

OE/NC

GND

VDD

OUT-

OUT+

Figure 1. SiT9347 Block Diagram

Figure 2. Pin Assignments (Top view)

(Refer to

Table 6

for Pin Descriptions)

Rev 1.06

July 24, 2020

www.sitime.com

SiT9347

220 MHz to 725 MHz Endura™ Series Ultra-low Jitter Differential Oscillator

Ordering Information

SiT9347AC -1B2A33E322.265625T

Part Family

“SiT9347”

Packaging

“T”, “Y”, “D” or “E”

Refer to table below for packing method

[1]

Leave Blank for Bulk

Revision Letter

“A” is the revision of Silicon

Frequency

Temperature Range

“C”: Extended Commercial, -20 to 70°C

“I”: Industrial, -40 to 85°C

“B”: -40 to 95°C

“E”: Extended Industrial, -40 to 105°C

Signalling Type

“1”: LVPECL

“2”: LVDS

“4”: HCSL

“5”: Low-swing LVPECL

Package Size

“B”: 3.2 x 2.5 mm

“C”: 5.0 x 3.2 mm with center pad

“E”: 7.0 x 5.0 mm with center pad

Frequency Stability

“F”:

“1”:

“2”:

“3”:

±10 ppm

±20 ppm

±25 ppm

±50 ppm

220.00001 to 725 MHz for LVDS and

LVPECL output drivers

[2]

220.00001 to 500 MHz for HCSL driver

Feature Pin

“N”: No Connect

“E”: Output Enable

Voltage Supply

“25”: 2.5 V ±10%

“28”: 2.8 V ±10%

“30”: 3.0 V ±10%

“33”: 3.3 V ±10%

Special Features

“A” for Low g-Sensitivity, 0.1ppb/g

Notes:

1. Bulk is available for sampling only.

Contact SiTime

for higher frequency HCSL options.

Table 1. Ordering Codes for Supported Tape & Reel Packing Method

Device Size

(mm x mm)

7.0 x 5.0

5.0 x 3.2

3.2 x 2.5

8 mm T&R

(3ku)

—

8 mm T&R

(1ku)

—

12 mm T&R

(3ku)

—

12 mm T&R

(1ku)

—

16 mm T&R

(3ku)

16 mm T&R

(1ku)

Rev 1.06

Page 2 of 18

www.sitime.com

SiT9347

220 MHz to 725 MHz Endura™ Series Ultra-low Jitter Differential Oscillator

TABLE OF CONTENTS

Description ................................................................................................................................................................................... 1

Features ....................................................................................................................................................................................... 1

Applications .................................................................................................................................................................................. 1

Block Diagram .............................................................................................................................................................................. 1

Package Pinout ............................................................................................................................................................................ 1

Ordering Information .................................................................................................................................................................... 2

Electrical Characteristics .............................................................................................................................................................. 2

Waveform Diagrams..................................................................................................................................................................... 6

Termination Diagrams .................................................................................................................................................................. 8

LVPECL and Low-swing LVPECL ......................................................................................................................................... 8

LVDS................................................................................................................................................................................... 10

HCSL .................................................................................................................................................................................. 11

Dimensions and Patterns ― 3.2 x 2.5 mm

................................................................................................................................ 12

Dimensions and Patterns ― 5.0 x 3.2 mm

................................................................................................................................ 12

Dimensions and Patterns ― 7.0 x 5.0 mm

................................................................................................................................ 13

Additional Information................................................................................................................................................................. 14

Revision History ......................................................................................................................................................................... 15

Rev 1.06

Page 2 of 18

www.sitime.com

SiT9347

220 MHz to 725 MHz Endura™ Series Ultra-low Jitter Differential Oscillator

Electrical Characteristics

All Min and Max limits in the Electrical Characteristics tables are specified over temperature and rated operating voltage

with standard output termination shown in the termination diagrams. Typical values are at 25°C at nominal supply voltage.

Table 2. Electrical Characteristics – Common to LVPECL, Low-swing LVPECL, LVDS and HCSL

Parameter

Output Frequency Range

Frequency Stability

Symbol

F_stab

Min.

220.000001

-10

-20

-25

-50

First Year Aging

5 Year Aging

10 Year Aging

20 Year Aging

Operating Temperature Range

F_1y

F_5y

F_10y

F_20y

T_use

-0.7

-1.1

-1.3

-1.5

-20

-40

Acceleration (g) sensitivity,

Gamma Vector

Supply Voltage

F_g

Typ.

–

±0.4

±0.7

±0.8

±1.0

–

Max.

725

+10

+20

+25

+50

+0.7

+1.1

+1.3

+1.5

+70

+85

+95

+105

Unit

MHz

ppm

°C

Extended Industrial

Low sensitivity grade; total gamma over 3 axes; 15 Hz to 2 kHz; MIL-

PRF-55310, computed per section 4.8.18.3.1

At 85°C

Extended Commercial

Industrial

Condition

Accurate to 6 decimal places

Inclusive of initial tolerance, operating temperature, rated power

supply voltage and load variations

Frequency Range

Frequency Stability

Temperature Range

Rugged Characteristics

–

0.1

ppb/g

Supply Voltage

Vdd

2.97

2.70

2.52

2.25

Input Voltage High

Input Voltage Low

Input Pull-up Impedance

Duty Cycle

Startup Time

OE Enable/Disable Time

VIH

VIL

Z_in

T_start

T_oe

70%

–

3.30

3.00

2.80

2.50

–

100

–

3.63

3.30

3.08

2.75

–

30%

3.0

3.8

Vdd

kΩ

µs

Measured from the time Vdd reaches its rated minimum value.

f = 322.265625 MHz. Measured from the time OE pin reaches rated

VIH and VIL to the time clock pins reach 90% of swing and high-Z.

See

Figure 8

and

Figure 9

Pin 1, OE

Pin 1, OE logic high or logic low

Input Characteristics

Output Characteristics

Startup and OE Timing

Rev 1.06

Page 2 of 18

www.sitime.com

SiT9347

220 MHz to 725 MHz Endura™ Series Ultra-low Jitter Differential Oscillator

Table 3. Electrical Characteristics – LVPECL Specific

Parameter

Current Consumption

OE Disable Supply Current

Output Disable Leakage Current

Maximum Output Current

Output High Voltage

Output Low Voltage

Output Differential Voltage Swing

Rise/Fall Time

Output High Voltage

Output Low Voltage

Output Differential Voltage

Swing

Rise/Fall Time

RMS Period

Jitter

[3]

Symbol

Idd

I_OE

I_leak

I_driver

VOH

VOL

V_Swing

Tr, Tf

VOH

VOL

V_Swing

Tr, Tf

T_jitt

T_phj

Min.

–

Vdd-1.15

Vdd-2.0

1.2

–

Typ.

–

0.15

–

1.6

225

Max.

–

Vdd-0.7

Vdd-1.5

2.0

330

Unit

A

Condition

Excluding Load Termination Current, Vdd = 3.3V or 2.5V

OE = Low

Maximum average current drawn from OUT+ or OUT-

See

Figure 4

See

Figure 4

See

Figure 5

20% to 80%, see

Figure 5

Current Consumption

Output Characteristics for LVPECL

Output Characteristics for Low-swing LVPECL

–

Vdd-1.2

Vdd-0.75

See

Figure 4

Vdd-1.8

0.4

–

225

1.0

0.220

Vdd-1.25

1.2

1.6

320

1.6

0.270

See

Figure 4

Output frequency 1 to 220 MHz, See

Figure 5

Output frequency greater than 220 MHz, See

Figure 5

20% to 80%. See

Figure 5

f = 100, 156.25 or 212.5 MHz, Vdd = 3.3V or 2.5V

f = 322.265625 MHz, Integration bandwidth = 12 kHz to 20 MHz, all

Vdd levels, includes spurs. Temperature ranges -20 to 70ºC and

-40 to 85ºC.

f = 322.265625 MHz, Integration bandwidth = 12 kHz to 20 MHz,

all Vdd levels, includes spurs. Temperature ranges -40 to 95ºC and

-40 to 105ºC

f = 322.265625 MHz, IEEE802.3-2005 10GbE jitter mask

integration bandwidth = 1.875 MHz to 20 MHz, Includes spurs, all

Vdd levels

f = 100, 156.25 or 212.5 MHz, Vdd = 3.3V or 2.5V

f = 322.265625 MHz, Integration bandwidth = 12 kHz to 20 MHz, all

Vdd levels, includes spurs. Temperature ranges -20 to 70ºC and

-40 to 85ºC.

f = 322.265625 MHz, Integration bandwidth = 12 kHz to 20 MHz,

all Vdd levels, includes spurs. Temperature ranges -40 to 95ºC and

-40 to 105ºC

f = 322.265625 MHz, IEEE802.3-2005 10GbE jitter mask

integration bandwidth = 1.875 MHz to 20 MHz, Includes spurs, all

Vdd levels

Jitter – 7.0 x 5.0 mm Package

RMS Phase Jitter (random)

–

0.220

0.300

–

0.1

–

Jitter – 5.0 x 3.2 and 3.2 x 2.5 mm Packages

RMS Period Jitter

[3]

RMS Phase Jitter (random)

T_jitt

T_phj

–

1.0

0.225

1.6

0.282

–

0.225

0.315

–

0.1

–

Notes:

3. Measured according to JESD65B

Rev 1.06

Page 2 of 18

www.sitime.com

英国原产Raspberry Pi 2 Model B等你来测评！: 大家好，为感谢大家一直以来对论坛的默默付出和支持，我们将选择一些比较热门的开发板供大家测评...; eric_wang DIY/开源硬件专区

请教各位大侠wince中想写log怎么写啊!!!: 谢谢请教各位大侠wince中想写log怎么写啊!!! 存 INI 文件就写txt文件。不难。 ...; zhongzhong WindowsCE

我们公司招聘wince软件开发人员: 我们公司招聘WinCE软件开发工程师，要求如下：经验要求： 1、电子工程、计算机等相关专业毕业，本...; rainhat WindowsCE

蓝牙的TX power这格功率怎么算: 功率0x0b0b 十进制2827 那请问设备实际功率多少？蓝牙的TX power这格功率怎么算 ...; 天天1 RF/无线

综述嵌入式开发: 嵌入式系统无疑是当前最热门最有发展前途的IT应用领域之一，特别是随着消费家电的智能化，嵌入式更显重...; rwogn 嵌入式系统

ST7的机器周期: 我用的MCU是ST7FLITE05Y0M6，假如使用的晶振是8MH...; 54413141 stm32/stm8

ST推出三个全新高精度运算放大器产品系列

意法半导体推出三个高精度运算放大器产品系列。以低功耗与便携产品为目标应用，新产品具有出色的节能特色，包括低电源电流、高速性能、1.5V 操作电压和器件关断功能。以低功耗、高带宽和高精度为特色，TSV6xx系列产品定位于便携医疗设备、仪表、信号调节系统、传感器接口和有源滤波器等应用。全新运算放大器具有优异的电磁干扰（EMI）抑制性能，适用于电子噪声较高的环境中，而且抗静电放电...[详细]
PLC容量的选择步骤与原则

PLC的容量包括I／O点数和用户存储容量两个方面。 (一)I／O点数的选择 PLC平均的I／O点的价格还比较高，因此应该合理选用PLC的I／O点的数量，在满足控制要求的前提下力争使用的I／O点最少，但必须留有一定的裕量。通常I／O点数是根据被控对象的输入、输出信号的实际需要，再加上10％~15％的裕量来确定。 (二) 存储容量的选择用户程序所需的存储...[详细]
联发科将在智能手机芯领域一枝独秀？

欧系外资针对联发科(2454)出具最新研究报告指出，受到整体市场不确定性增加，调降联发科目标价至440元（新台币，后同），展望2019年，联发科将在智能手机芯片上持续优化，拉高市占率以及毛利率，该欧系外资认为，联发科明年全年毛利率将站稳40%大关。欧系外资表示，联发科计划在2019年于智能机芯片产品上持续扩大市占率以及拉升毛利率表现，这将推动联发科2019年盈利复甦，但反映整体宏观市...[详细]
上海电信、中兴通讯和高通携手完成基于5G-A高低频NR-DC专网的多路并发VR业务演示

2024年7月25日，上海——近日，上海电信、中兴通讯与高通技术公司合作完成了5G Advanced（5G-A）高、低频NR-DC专网下的多路并发VR业务演示，为现场体验VR游戏的用户带来画面质量优秀、流畅无卡顿的5G-A VR体验。此次演示，是三方共同将先进5G-A技术应用于实际场景、面向复杂网络环境下的大带宽、多用户VR业务展开的全新尝试，并将在ChinaJoy骁龙主题馆作为技术亮点之一...[详细]
飞兆推出首款用于通讯和运算负载点产品

老牌电源管理公司Fairchild推出首款用于通讯和运算应用的负载点(point-of-load)数字功率控制和管理产品，致力于满足“能源之星(Energy Star)”等能效规格。这些产品将数字回路控制和高度整合的功率管理功能相结合，构成灵活及易于设计功率传输解决方案，并从轻负载到满负载的整个范围内提供高效率。相对于竞争对手而言，Fairchild一直比较谨慎的发表自己的产品，那么我们...[详细]
联想乐檬K12与K12 Pro开售：售价699元起

此前联想已经宣布乐檬品牌的正式回归，并且推出了乐檬 K12 和 K12 Pro 两款手机。目前这两款机型已经正式开售，分别为 699 元、899 元。联想乐檬 K12 采用 6.5 英寸全面屏，分辨率 1600 x 720，搭载了骁龙 460 八核处理器，前置 800 万像素，后置 4800 万像素AI双摄，配备了 5000mAh 电池。联想乐檬 K12 Pro 则采用 6.8 英寸...[详细]
小米手环销量公布：至今出货超3000万只

报告显示，小米手环2016年全年出货量1570万只，市场份额增至15.4%。苹果的Apple Watch全年出货量下跌7.9%至1070万只，份额为10.5%，和小米的差距已经很大。根据此前华米官方公布数据，小米手环在台湾省的销量已经突破130万部，是小米手环销量最大的一个省份。 ...[详细]
“双面”一加：叫好不叫座口碑不错销量难堪

12月17日，一加手机迎来两周年，同时收到一份来自海外主流媒体《TIME》的礼物，一加作为唯一入选的国产手机，入选《TIME》2015年度科技单品TOP 10，与谷歌(微博)、苹果比肩。然而，来自印度市场的消息却给这份喜庆添加了一丝阴霾，由于印度代工厂富士康不给力，一加手机年初定下的印度市场百万销量的市场目标可能无法完成。据《IT时报》记者调查，在印度，一加不仅没能实现百万销量，甚至可...[详细]
igus机器人助力人类球队荣获机器人足球冠军

　　让一个机器人去踢足球还得了冠军，听起来是不是觉得有些不可思议，但的确有这样的事情。在日本的机器人世界杯，来自波恩和不来梅的球队就是借助了机器人平台赢得了足球冠军。　　开球、抢球、跳跃、跌倒后爬起来，不只有专业的足球运动员可以完成所有这些动作，NimbRo和B-Human队的机器人也能做到。来自波恩和不来梅的球队在日本的机器人世界杯上展示了顶尖实力。类人组足球赛的青少年组别中，波恩...[详细]
博通大中华区总裁:若市场需要将推八核芯片

9月16日凌晨消息，面对迅速发展的穿戴设备市场，美国知名半导体公司博通宣布推出相应的解决方案。博通大中华区总裁李廷伟日前接受新浪科技独家专访，谈论了博通对可穿戴设备市场、手机“核战”以及芯片企业竞争等问题的看法。谈可穿戴市场：博通将在背后面对有望出现爆发性增长的可穿戴设备市场，博通公司日前推出了名为“WICED”的平台，该平台整合了近场通信(NFC)技术、蓝牙、Wi-Fi以及定位...[详细]
STM32 IO中断（F407）

Title：STM32单片机系列（三） Date: 2020-2-22 Author: Page Categories: -单片机 Tags: -STM32F407 中断 STM32 F4 的每个 IO 都可以作为外部中断的中断输入口，这点也是 STM32 F4 的强大之处。 STM32 F407 的中断控制器支持 22 个外部中断事件请求。每个中断设有状态位，每个中断事件都有独立的触发和...[详细]
测血糖不用针管了科学家正研发可检测血糖的隐形眼镜

科学家已经成功设计出了新型隐形眼镜，可以在不使用针管刺破皮肤的前提下测量佩戴者的血糖含量。目前，这款产品原型已经在兔子身上成功测试，但目前的不确定因素是眼泪能否精准测量血糖含量。如果这项技术真能应用于现实生活，那么对于糖尿病患者来说无疑是重大利好消息。这些隐形眼镜采用了和目前市场上相同的透明、柔性材质，只不过研究人员在眼镜上嵌入了电子芯片，包括一个小型 LED 灯和一个葡萄糖传感器。今天...[详细]
中国大陆5大智能手机厂商全球份额达30%：不如苹果

调研公司Newzoo数据显示，去年中国大陆前5大智能手机厂商占据了全球移动设备（智能手机和平板电脑）市场30.2%的份额，与苹果公司（以下简称“苹果”）旗鼓相当。　　Newzoo称，在全球30亿智能手机和平板电脑用户中，超过1/3使用的是苹果的产品。其实，这并不特别令人感到意外，真正让人关注的是：中国大陆前5大智能手机厂商将如何赶超苹果。　　Newzoo数据显示，中国大陆前5大智能...[详细]
51单片机C编程（十三 DAC0832锯齿波的产生）

#include reg51.h #include absacc.h #define DAC XBYTE //DAC0832的地址 void main() { int i; while(1) { for(i=0;i 255;i++) //送数字量进行转换 {DAC=i;} } } ...[详细]
万用表如何判断软启动器好坏

万用表是电工常用的测量工具，可以用来测量电压、电流、电阻等参数。软启动器是一种用于电动机启动的设备，可以减少电动机启动时的电流冲击，延长电动机的使用寿命。本文将详细介绍如何使用万用表判断软启动器的好坏。一、万用表的基本知识万用表的类型万用表主要分为数字万用表和模拟万用表两种。数字万用表具有测量精度高、读数方便等优点，而模拟万用表则具有价格低廉、易于操作等优点。在判断软启动器的好坏时，推...[详细]