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NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振

产品简介

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振,尺寸2.0x1.6mm,频率19.2MHZ,日本进口晶振,NDK石英晶振,温补石英晶体振荡器,温度补偿晶体振荡器,TCXO晶振,2016mm有源晶振,有源贴片晶振,四脚有源振荡器,有源温补晶振,高性能有源晶振,高质量有源晶振,低功耗有源晶振,低耗能有源晶振,低电压有源晶振,低抖动有源晶振,低耗能有源晶振,智能手机有源晶振,移动电话有源晶振,无线模块有源晶振,GPS定位有源晶振,GNSS模块有源晶振,具有良好的耐压性能。

温度补偿晶振产品比较常用于智能手机/移动电话,无线模块,GPS/GNSS模块等应用。NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振.

产品详情

1

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振,尺寸2.0x1.6mm,频率19.2MHZ,日本进口晶振,NDK石英晶振,温补石英晶体振荡器,温度补偿晶体振荡器,TCXO晶振,2016mm有源晶振,有源贴片晶振,四脚有源振荡器,有源温补晶振,高性能有源晶振,高质量有源晶振,低功耗有源晶振,低耗能有源晶振,低电压有源晶振,低抖动有源晶振,低耗能有源晶振,智能手机有源晶振,移动电话有源晶振,无线模块有源晶振,GPS定位有源晶振,GNSS模块有源晶振,具有良好的耐压性能。

温度补偿晶振产品比较常用于智能手机/移动电话,无线模块,GPS/GNSS模块等应用。NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振.2

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振 参数表

Item Rating unit
Supply Voltage -0.3 to +4.5 V
Stand-by terminal voltage -0.3 to Vcc+0.3, Max.+4.5 V
Storage temp. range -40 to +85 。C
Item Rating Notes
Min. Typ. Max. Units
Nominal frequency
19.2
MHz Refer to Table1.
Supply voltage (Vcc) +1.7 +1.8 +3.3 V (-Earth)
Operating temp. range -30 +85 。C
Load impedance
(resistance part)
9 10 11
Load impedance
(parallel capacitance)
9 10 11 pF
Min. Typ. Max. Units
Current consumption 2.5 mA Operation
2.0 µA Stand-by
Output voltage 0.8 Vp-p Clipped sine wave (DC-Coupling)
DC-cut capacitor DC-cut capacitor of outputisnot
put in TCXO. Please add DC-cut
capacitor (1000 pF) in output line.
Frequency stability
1. Frequency
/Temperature characteristics
-2.0 +2.0 ppm -30 to +85。C
Based on frequency at +25 ±2。C
2. Frequency/Voltage coefficient -0.3 +0.3 ppm Vcc±5 %
3. Frequency/Load coefficient -0.2 +0.2 ppm (10 kΩ//10 pF) ±10%,
4. Frequency tolerance -2.0 +2.0 ppm After 2 times reflow soldering,
based on nominal frequency
5. Long-term frequency stability - 1.0 +1.0 ppm year (at +25 ±2。C)
Stand-by function
1. High input voltage 80 % Vcc Vcc V Operation
2. Low input voltage 0 V 20 % Vcc V Stand-by
3

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振 尺寸图

NT2016SB 2

NT2016SB-19.2MHz-NSC5323A,日本电波温补振荡器,NT2016SB全球定位系统晶振

产品特性:

适用于GPS的高稳定频率/温度特性的晶体振荡器

待机功能

低电源电压(支持DC +1.7 V至+3.3 V。标准规格:+1.8 V)

超紧凑和具有高度、立方体积,和最大重量。0.8毫米,0.0022立方厘米,和分别为0.008克

低功耗

表面贴装晶体振荡器(可用于回流焊接)

回流温度曲线(适用于无铅焊接)

NT2016SB 1

NT2016SB 2

NDK CRYSTAL Model Features Nominal frequency[MHz] Specification number Package size(LxW)[mm] Package size(H)[mm] Terminal(Number/ Form) Operating temperature rang[℃]
NT2016SA TCXO(±2.0 ppm) Automotive 25 NSC5354A 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 26 NSC5354B 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 32 NSC5354C 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 38.4 NSC5354C 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 40 NSC5354C 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 48 NSC5354D 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 50 NSC5354D 2.0×1.6 0.8 4 -30~+85
NT2016SA TCXO(±2.0 ppm) Automotive 52 NSC5354D 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 19.2 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 20 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 25.6 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 26 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 32 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 38.4 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 36 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 48 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 40 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SB TCXO(Stand-by function) 52 NSC5323A 2.0×1.6 0.8 4 -30~+85
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 16.368 NSC5350B 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 16.369 NSC5350B 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 26 NSC5350B 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 32 NSC5350C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 40 NSC5350C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 48 NSC5350C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 50 NSC5350C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±0.5 ppm / +105 °C) Automotive 52 NSC5350C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 16.368 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 16.369 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 16.384 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 19.2 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 20 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 25 NSC5363A 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 26 NSC5363B 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 32 NSC5363C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 38.4 NSC5363C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 40 NSC5363C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 32.74 NSC5363C 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 48 NSC5363D 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 50 NSC5363D 2.0×1.6 0.8 4 -40~+105
NT2016SE TCXO(±2.0 ppm / +105 °C) Automotive 52 NSC5363D 2.0×1.6 0.8 4 -40~+105
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 16.368 NSC5359A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 16.369 NSC5359A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 22.5792 NSC5359A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 24.576 NSC5359A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 26 NSC5359B 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 32 NSC5359C 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 38.4 NSC5359C 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 40 NSC5359C 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 45.1584 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 48 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 49.152 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 50 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 52 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function / ±0.5 pp 76.8 NSC5359D 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 16.368 NSC5360A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 16.369 NSC5360A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 22.5792 NSC5360A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 24.576 NSC5360A 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 26 NSC5360B 2.0×1.6 0.8 4 -30~+85
NT2016SJA TCXO(Low phase noise / Stand-by function/ ±2.0 ppm 32 NSC5360C 2.0×1.6 0.8 4 -30~+85
6

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