Crystal Oscillators
As of December 2019
CMOS/ 1.8V, 2.5V, 3.3V, 5.0V / 2.0×1.6, 2.5×2.0, 3.2×2.5, 5.0×3.2, 7.0×5.0mm
Features
• Frequency Range 1.5 to 160MHz
• CMOS output
• Wide Supply Voltage
・1.6 to 3.63V (Ver.E)
・2.5,3.3,5.0V(Ver.N)
• Low current consumption
• Option: Low Phase Noise Version
Applications
• Consumer/ Networking/ Industrial/ Audio
Codec/ Amuse
Table 1
Freq. Tol. Operating
Temperature
Range (°C) Note
Code × 10−6
0± 50
−10 to +70
Standard specifications
S± 30
With only certain
frequencies
U± 25
G± 50 −40 to +85
6± 50
−40 to +105
1.85
0.95
1.45
1.05
2.2
0.95
1.75
1.2
2.5
1.4
2.2
1.6
5.08
2.0
4.2
1.8
0.8 0.80.4
0.6 0.61.2
KC7050K
KC5032K
KC3225K
KC2016K KC2520K
Recommended Land Pattern (Unit: mm)
#4#3
#1#2
#4#3
#1#2
#4#3
#1#2
7.0 1.4
5.08
5.0
0.5
2.6 1.1
1.2 max.
#4#3
#1#2
5.0 1.2
2.54
3.2
3.2±0.15
1.20.9 0.9
#4#3
#1#2
2.5±0.15
0.8 max.
1.0 0.650.65
2.0 2.5
1.20.3 0.3
1.6
2.0
0.8 max.
0.8 max.
0.91.2
0.5
0.24
1.2 max.
KC7050K
KC5032K
KC3225K
KC2016K KC2520K
0.5
0.4
0.5
0.24
0.90.7 0.7
0.6 0.6 0.6
0.24
Tolerance :
±0.2mm
Tolerance :
±0.1mm
Tolerance :
±0.2mm
Tolerance :
±0.2mm
Tolerance :
±0.1mm
Dimensions (Unit: mm)
How to Order
KC2520K
25.0000 C
□ □ □
00
① ② ③ ④ ⑤ ⑥ ⑦
①Series
②Output Frequency (25.0000: 25MHz)
③Output Type (C: CMOS)
④Supply Voltage
Standard : Version E
1 1.8V/ 2.5V/ 3.3V compatible
2 2.5V/ 3.3V compatible
Low Phase Noise : Version N
2 2.5V 3 3.3V
5 5.0V
⑤Frequency Tolerance (See Table 1)
⑥Symmetry/ INH Function
E 45/ 55%
N 45/ 55%
⑦ Individual Specification
(STD Specification is “00”.)
Packaging Tape & Reel
KC7050K/ KC5032K 1000 pcs./ reel
KC3225K/ KC2520K/ KC2016K
2000 pcs./ reel
Clock Oscillators Surface Mount Type
Clock K-Series
RoHS Compliant
初校 再校 三校 四校 五校 初校
入稿日
19.09.27
提出日
19.10.02
Crystal Oscillators
As of December 2019
CMOS/ 1.8V, 2.5V, 3.3V, 5.0V / 2.0×1.6, 2.5×2.0, 3.2×2.5, 5.0×3.2, 7.0×5.0mm
Specifications
Item Symbol Conditions
Version E
(Standard)
Version N
(Low Phase Noise) Unit
Min. Max.
Min.(codeU)
Max.(codeU)
Output Frequency Range
Note1 fo 1.5 160 1.5 80 MHz
Frequency Tolerance f_tol
Initial tolerance, Operating
temperature range, Rated
power supply voltage change,
Load change, Aging (1 year
@25°C), Shock and vibration
Temp.:−10to+70°C/
−40to+85°C/−40to+105°C
−50 +50 −50 +50
×10−6
Temp.:−10to+70°C
−30 +30 −30 +30
Temp.:−10to+70°C
−25 +25 −25 +25
Frequency Aging f_age @25°C First year −3 +3−3 +3
×10
−6
/ y
Storage Temperature Range
T_stg −55 +125 −55 +125 °C
Operating Temperature Range
T_use
−10 +70 −10 +70
°C−40 +85 −40 +85
−40 +105 −40 +105
Max. Supply Voltage — −0.3 +4.0 −0.3 +7.0 V
Supply Voltage VCC
Code④:1/E:1.5≤F0≤125MHz +1.60 +3.63 — —
V
Code④:2/E:125<F0≤160MHz +2.25 +3.63 — —
Code④:2/N:1.5≤F0≤80MHz — —
+2.25(+2.38) +2.75(+2.62)
Code④:3/N:1.5≤F0≤80MHz — —
+2.97(+3.14) +3.63(+3.46)
Code④:5/N:1.5≤F0≤80MHz — —
+4.5(+4.75) +5.5(+5.25)
Current Consumption
(Maximum Loaded) ICC
1.5≤F0≤24MHz
E : 1.6≤V
CC
≤2.25V
— 2.5 — —
mA
E : 2.25<V
CC
≤2.8V/ N : 2.25≤V
CC
≤2.75V
— 3.0 — 4
E : 2.8<V
CC
≤3.63V/ N : 2.97≤V
CC
≤3.63V
— 3.5 — 6
N : 4.50≤V
CC
≤5.50V
— — — 24
24<F0≤40MHz
E : 1.6≤V
CC
≤2.25V
— 3.5 — —
E : 2.25<V
CC
≤2.8V/ N : 2.25≤V
CC
≤2.75V
— 4.5 — 5
E : 2.8<V
CC
≤3.63V/ N : 2.97≤V
CC
≤3.63V
— 5.0 — 7
N : 4.50≤V
CC
≤5.50V
— — — 24
40<F0≤62.5MHz
E : 1.6≤V
CC
≤2.25V
— 5.0 — —
E : 2.25<V
CC
≤2.8V/ N : 2.25≤V
CC
≤2.75V
— 5.5 — 8
E : 2.8<V
CC
≤3.63V/ N : 2.97≤V
CC
≤3.63V
— 6.0 — 11
N : 4.50≤V
CC
≤5.50V
— — — 24
62.5<F0≤80MHz
E : 1.6≤V
CC
≤2.25V
— 6.0 — —
E : 2.25<V
CC
≤2.8V/ N : 2.25≤V
CC
≤2.75V
— 6.5 — 14
E : 2.8<V
CC
≤3.63V/ N : 2.97≤V
CC
≤3.63V
— 8.0 — 18
N : 4.50≤V
CC
≤5.50V
— — — 40
80<F0≤125MHz
E : 1.6≤V
CC
≤2.25V
— 11.0 — —
E : 2.25<V
CC
≤2.8V
— 14.0 — —
E : 2.8<V
CC
≤3.63V
— 17.0 — —
125<F0≤160MHz E : 2.25<V
CC
≤2.8V
— 25.0 — —
E : 2.8<V
CC
≤3.63V
— 27.0 — —
Stand-by Current I_std
1.5≤Fo≤80MHz — 5.0 — 10.0
µA
80≤Fo≤125MHz — 5.0 — —
125≤Fo≤160MHz — 10.0 — —
Symmetry SYM @50% VCC 45 55 45 55 %
Rise/ Fall Time
(10% to 90% Output Level)
Tr/ Tf
1.5≤F0≤80MHz
E : 1.6≤V
CC
≤2.25V
— 6.0 — —
ns
E : 2.25<V
CC
≤2.8V/ N : 2.25≤V
CC
≤2.75V
— 5.0 — 6.0
E : 2.8<V
CC
≤3.63V/ N : 2.97≤V
CC
≤3.63V
— 4.5 — 5.0
N : 4.50≤V
CC
≤5.50V
— — — 8.0
80<F0≤125MHz E : 1.6<V
CC
≤3.63V
— 4.0 — —
125<F0≤160MHz E : 2.25<V
CC
≤3.63V
— 2.5 — —
Low Level Output Voltage
VOL
E : IOL= 4mA
— 10% VCC — 10% VCC V
N(1.5≤Fo≤62.5MHz) : IOL= 4mA
N(62.5<Fo≤80MHz) : IOL= 8mA
High Level Output Voltage
VOH
E : IOH=−4mA
90% VCC — 90% VCC — V
N (1.5≤Fo≤62.5MHz) : IOH=−4mA
N (62.5<Fo≤80MHz) : IOH=−8mA
Output Load L_CMOS 15 30 pF
Low Level Input Voltage VIL — 30% VCC — 30% VCC V
High Level Input Voltage VIH 70% VCC — 70% VCC — V
Clock Oscillators Surface Mount Type
Clock K-Series
初校 再校 三校 四校 五校 初校
入稿日
19.09.27
提出日
19.10.02
Crystal Oscillators
As of December 2019
Item Symbol Conditions
Version E
(Standard)
Version N
(Low Phase Noise) Unit
Min. Max.
Min.(codeU)
Max.(codeU)
Disable Time t_dis
1.5≤F0≤80MHz
— 200 — 150
ns
80<F0≤125MHz
— 200 — —
125<F0≤160MHz
— 100 — —
Enable Time t_ena — 5 — 5 ms
Start-up Time t_str
1.5≤F0≤80MHz @Minimum operating voltage to be 0
sec.
— 5 — 5
ms
80<F0≤125MHz
— 5 — —
125<F0≤160MHz
— 10 — —
1 Sigma Jitter JSigma
1.5≤F0≤80MHz
Measured with Wavecrest SIA-3000
— 5 — 4
ps
80<F0≤125MHz
— 5 — —
125<F0≤160MHz
— 3 — —
Peak to Peak Jitter JPK-PK
1.5≤F0≤80MHz
— 50 — 40
ps
80<F0≤125MHz
— 50 — —
125<F0≤160MHz
— 25 — —
Phase Jitter JPhase @25MHz BW : 12kHz to 20MHz — 1.0 — 0.5 ps
Phase Noise — @25MHz
@10Hz offset Typ.−89 Typ.−92
dBc/ Hz
@100Hz offset Typ.−119 Typ.−126
@1kHz offset Typ.−143 Typ.−151
@10kHz offset Typ.−157 Typ.−160
@100kHz offset Typ.−160 Typ.−167
@1MHz offset Typ.−162 Typ.−170
@10MHz offset Typ.−162 Typ.−170
Note: All electrical characteristics are defined at the maximum load and operating temperature range.
Note1: Please contact us for inquiry about operating temperature range, available frequencies and other conditions.
Pad Connections
#1 INH
#2 Case GND
#3 Output
#4 VCC
INH Function
Pad1 Pad3 (Output)
Open Active
"H" Level Active
"L" Level High Z (No-Oscillation)
CMOS/ 1.8V, 2.5V, 3.3V, 5.0V / 2.0×1.6, 2.5×2.0, 3.2×2.5, 5.0×3.2, 7.0×5.0mm
Clock Oscillators Surface Mount Type
Clock K-Series
初校 再校 三校 四校 五校 初校
入稿日
19.09.27
提出日
19.10.02