6G通信差分晶振,日本电波有源振荡器,NP5032SA-125MHZ-NSC5400C

6G通信差分晶振,日本电波有源振荡器,NP5032SA-125MHZ-NSC5400C，尺寸5.0x3.2mm,频率125MHZ，输出逻辑LVPECL，差分输出信号LV-PECL，LV-PECL输出晶振，125MHZ差分晶振，OSC差分晶振，有源差分振荡器，低电压差分振荡器，低抖动差分晶振，低耗能差分晶振，高频差分晶振，智能家居差分晶振，光通信差分晶振，仪器设备差分晶振，6G光模块差分晶振，无线网络差分振荡器，网络设备专用差分晶振，LV-PECL贴片晶振，LV-PECL石英晶振，具有低抖动低电压低相位的特点。

有源晶振产品很适合用于SONET，SDH，与千兆以太网相关的设备。以及6G应用，仪器仪表，智能家居等领域.6G通信差分晶振,日本电波有源振荡器,NP5032SA-125MHZ-NSC5400C.

6G通信差分晶振,日本电波有源振荡器,NP5032SA-125MHZ-NSC5400C参数表

Item

Ratings

Notes

min

max

Units

Supply Voltage

-0.3

+4.0

Input Voltage

-0.3

VCC+0.3

Storage Temperature Range

-55

+125

。C

Parameters

SYM

Electrical Spec.

Notes

min

typ

max

Units

Nominal Frequency

fnom

125

MHz

See Table.2

Supply Voltage

VCC

+3.3

See Table.1

Current Consumption (Operating)

ICC

at 25。C

Current Consumption (Stand-by)

IST

μA

at 25。C

Output Level

LVPECL

Load

Connect to VCC- 2.0 V

Operating Temperature Range

Topr

[0 to +70] to [-40 to +85]

。C

See Table.1

Overall Frequency Tolerance

Δf/fnom

± 25 to ± 100

ppm

See Table.1, *1

Output Voltage

VOL

VCC- 1.81

VCC- 1.62

VOH

VCC- 1.025

VCC-0.88

Rise Time(tr), Fall Time(tf)

tr/tf

20 % to 80 % waveform

Symmetry

SYM

at 50 % Waveform

Phase Jitter

tpj

Output Wave Form

Square wave

Stand-by Function

#1 PAD input

#4, 5 PAD output

H level (0.7 VCCto VCC) or open

Operating

L level (0.3 VCCmax)

High impedance

6G通信差分晶振,日本电波有源振荡器,NP5032SA-125MHZ-NSC5400C尺寸图

产品特性：

LVPECL差分晶振输出SPXO

小巧:5.0x 3.2 x 1.2毫米

电源电压:+3.3V

低相位抖动:典型。148.5MHz时80 fs

通过缠绕自动安装和IR回流(无铅)是可能的。

无铅

更多相关日本NDK晶振型号

Model	Nominal frequency[MHz]	Specification number	Manufacturer	Package size(LxW)[mm]	Output specification	Operating temperature rang[℃]	Storage temperature range[℃]	Supply voltage[V]
NP3225SB	200MHZ	NSC5236B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SB	50MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	100MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	125MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	135MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	148MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	156.25MHZ	NSC5344A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	200MHZ	NSC5238A	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+2.5±0.125
NP3225SB	50MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	100MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	125MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	135MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	148MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	156.25MHZ	NSC5344B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SB	200MHZ	NSC5238B	NDK晶振	3.2x2.5	LVDS	-40~+105	-55~+125	+3.3±0.33
NP3225SC	100MHZ	NSC5082A	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+2.5±0.125
NP3225SC	156.25MHZ	NSC5082A	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+2.5±0.125
NP3225SC	100MHZ	NSC5345B	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+3.3±0.33
NP3225SC	156.25MHZ	NSC5345B	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+3.3±0.33
NP3225SC	100MHZ	NSC5191A	NDK晶振	3.2x2.5	HCSL	-40~+105	-55~+125	+2.5±0.125
NP3225SC	156.25MHZ	NSC5191A	NDK晶振	3.2x2.5	HCSL	-40~+105	-55~+125	+2.5±0.125
NP3225SC	100MHZ	NSC5346B	NDK晶振	3.2x2.5	HCSL	-40~+105	-55~+125	+3.3±0.33
NP3225SC	156.25MHZ	NSC5346B	NDK晶振	3.2x2.5	HCSL	-40~+105	-55~+125	+3.3±0.33
NP3225SAB	100MHZ	NSC5186A	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+2.5±0.125
NP3225SAB	125MHZ	NSC5186A	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+2.5±0.125
NP3225SAB	156.25MHZ	NSC5186A	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+2.5±0.125
NP3225SAB	100MHZ	NSC5186B	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP3225SAB	125MHZ	NSC5186B	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP3225SAB	156.25MHZ	NSC5186B	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP3225SBB	100MHZ	NSC5187A	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+2.5±0.125
NP3225SBB	125MHZ	NSC5187A	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+2.5±0.125
NP3225SBB	156.25MHZ	NSC5187A	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+2.5±0.125
NP3225SBB	100MHZ	NSC5187B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SBB	125MHZ	NSC5187B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SBB	156.25MHZ	NSC5187B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SAD	100MHZ	NSC5347B	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP3225SAD	156.25MHZ	NSC5347B	NDK晶振	3.2x2.5	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP3225SBD	100MHZ	NSC5348B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SBD	156.25MHZ	NSC5348B	NDK晶振	3.2x2.5	LVDS	-40~+85	-55~+125	+3.3±0.33
NP3225SCD	100MHZ	NSC5349B	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+3.3±0.33
NP3225SCD	156.25MHZ	NSC5349B	NDK晶振	3.2x2.5	HCSL	-40~+85	-55~+125	+3.3±0.33
NP5032SA	100MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	102.564MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	125MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	133.33MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	133.333MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	148.5MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	156.25MHZ	NSC5400A	NDK晶振	5.0x3.2	LVPECL	0~70	-55~+125	+3.3±0.33
NP5032SA	100MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	102.564MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	125MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	133.33MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	133.333MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	148.5MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	156.25MHZ	NSC5400B	NDK晶振	5.0x3.2	LVPECL	0~85	-55~+125	+3.3±0.33
NP5032SA	100MHZ	NSC5400C	NDK晶振	5.0x3.2	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP5032SA	102.564MHZ	NSC5400C	NDK晶振	5.0x3.2	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP5032SA	125MHZ	NSC5400C	NDK晶振	5.0x3.2	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP5032SA	133.33MHZ	NSC5400C	NDK晶振	5.0x3.2	LVPECL	-40~+85	-55~+125	+3.3±0.33
NP5032SA	133.333MHZ	NSC5400C	NDK晶振	5.0x3.2	LVPECL	-40~+85	-55~+125	+3.3±0.33