DocNo: EQM07-5OC-003AA0E-01
Specification
Drawing No. EQM08-5OC-00AG171-00
Issued Date Nov-05-2012
Note: In case of specification change, KYOCERA Part Number also will be changed.
Customer Part Number
KYOCERA Part Number KC5032Axx.xxxxC10E00
Remarks:
This product is Pb-Free and RoHS compliant.
Moisture Sensitivity Level (MSL): Level1
Customer Accept ance
Please sign here and send one copy back to us.
Signature:
Accepted Date:
Seller
KYOCERA Corporation
6 Takeda Tobadono-cho, Fushimi-ku, Kyoto,
Japan 612-8501
TEL: +81-75-604-3500
FAX: +81-75-604-3501
Manufacturer
KYOCERA Crystal Device Corporation
1-8-1 Izumihon-cho, Komae, Tokyo,
Japan 201-8648
TEL: +81-3-5497-3110
FAX: +81-3-5497-3208
Design Department Quality
Assurance Approved by Checked by Issued by
KYOCERA Crystal Device Corporation
Nagano Okaya Plant
Oscillator Division Engineering Department
Clock Oscillator Application Engineering Section M. Morimoto T. Koyanagi Y. Saito T. Asakura
DocNo: EQM07-5OC-003AA0E-01
Drawing No. EQM08-5OC-00AG171-00
Revision History
Rev . No. Description of revise Issued Date Approved by Checked by Issued by
00 First Edition Nov-05-2012 T. Koyanagi Y. Saito T. Asakura
Drawing No. EQM08-5OC-00AG171-00
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Doc.NO: EQM07-5OC-003AA0E-01
1. Scope
This specification shall be defined of the Clock Oscillator for the integrated circuits (ICs).
2. Customer Part Number
3. KYOCERA Part Number
KC5032Axx.xxxxC10E00
4. Electrical Characteristics
4-1. Absolute Maximum Rating
Item Symbol Rated Value Units
Power Supply Voltage VCC -0.5 to +4.0 V
Input Voltage VIN -0.3 to VCC +0.3 V
Storage Temperature Range TSTG -55 to +125 °C
Note:
If the part is used beyond absolute maximum ratings, it may cause internal destruction. The part should be used under the
recommended operating conditions the reliability of this part may be damaged if those conditions are exceeded.
4-2. Recommended Operating Conditions
Item Symbol Min Typ Max Units Remarks
Power Supply Voltage VCC 1.6 3.3 3.63 V
Input Voltage VIN 0 --- VCC V
Operating Temperature Range TOPR -10 25 +70 °C
4-3. Electrical Characteristics
Item Symbol Min Typ Max Units Remarks
Frequency Range FO 50.0001 --- 135
MHz
Frequency Tolerance F_tol -50 --- +50 ppm
Include initial tolerance,
operating temperature range, rated power
supply voltage change, load change, aging
(1year @25°C), shock and vibration
--- --- 10.0 50 < f0 ≤ 85MHz
--- --- 15.0 85 < f0 ≤105MHz
Current Consumption
(Loaded/ 1.6≤VCC≤2.0V) --- --- 16.0 105 < f0 ≤ 135MHz
--- --- 14.0 50 < f0 ≤ 85MHz
--- --- 17.0 85 < f0 ≤ 105MHz
Current Consumption
(Loaded/ 2.0<VCC≤2.8V) --- --- 18.0 105 < f0 ≤ 135MHz
--- --- 17.0 50 < f0 ≤85MHz
--- --- 19.0 85 < f0 ≤105MHz
Current Consumption
(Loaded/ 2.8<VCC≤3.63V)
ICC
--- --- 22.0
mA
105 < f0 ≤135MHz
Standby Current I_std --- --- 10 µA
Symmetry(Duty Ratio) SYM 45 50 55 % @ 50% VCC
--- --- 3.5 1.6≤VCC≤2.0V
--- --- 3.0 2.0<VCC≤2.8V
Rise Time/ Fall Time
(10% VCC to 90% VCC) Tr/ Tf
--- --- 2.5
ns
2.8<VCC≤3.63V
Output Voltage-“L” VOL --- ---
10% VCC V IOL= 4mA
Output Voltage-“H” VOH 90% VCC --- ---
IOH=-4mA
Output Load CL --- --- 15 pF CMOS
Input Voltage-“L” VIL --- ---
30% VCC
Input Voltage-“H” VIH 70% VCC --- --- V
Output Disable Time t_dis --- --- 150 ns
Output Enable Time t_ena --- --- 5 ms
Start-up Time t_sta --- --- 10 ms
@Minimum operating voltage to be 0sec
--- --- 5 50< f0 ≤100MHz
1 Sigma Jitter* JSigma --- --- 4 100< f0 ≤135MHz
--- --- 40 50< f0 ≤100MHz
Peak to Peak Jitter* JPK-PK --- --- 30
ps
100< f0 ≤135MHz
Note: All electrical characteristics have defined on the maximum loaded and recommended operating conditions.
* Based on Time Interval Analyzer "Wavecrest DTS-2079" with VISI 6.3.1.
Table 1
Drawing No. EQM08-5OC-00AG171-00
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4-4. Measurement Condition
The reference temperature shall be 25±2ºC. The measurement shall be performed at the
temperature range of 5 ºC to 35 ºC unless otherwise the result is doubtful.
4-5. Measurement Circuit
The electrical characteristics shall be measured by test circuit "Fig. 1". Also jitter shall be
measured by test circuit "Fig. 3".
4-6. Clock Timing Chart
The clock timing chart is "Fig. 2".
Note: CL includes probe and test fixture capacitance
Fig.1 Test Circuit Fig.2 Clock Timing Chart (C-MOS Output)
<Measurement Conditions>
z Time Interval Analyzer
¾ WaveCrest DTS-2079
z Jitter analysis software
¾ VISI 6.3.1
z DTS timer calibration
¾ Over 30minnites warm-up
¾ Extend 30minites calibration
z Jitter histogram conditions (Tail-fit)
¾ More than 50,000cyc Hits
¾ Bit Error Ratio (BER) –12 (14sigma)
Fig.3 Jitter Test Circuit
5. Dimensions and Marking
Plating Ni+Au
Tolerance: +/-0.1
Unit:(mm)
Pad arrangement Enable/Disable Function
1 Enable/Disable Pad1 Pad3 (Output)
2 Case GND OPEN Active
3 Output “H” Level Active
4 VCC
“L” Level High Z (No-Oscillation)
In case of made in Phili ppines
In case of made in Japan
(e.g. Frequency: 16MHz)
Output Frequency
The output frequency is six-digit including a decimal point.
The frequency greater than the number of digits have
rounded down. (e.g. 14.31818MHz Î"14.318”)
Manufacturing Date Code
Year Code Year Code Month Code Day Code Day Code Day Code
2001 A 2011 L 1 1
1 1 11 B 21 M
2002 B 2012 M 2 2
2 2 12 C 22 N
2003 C 2013 N 3 3
3 3 13 D 23 P
2004 D 2014 P 4 4
4 4 14 E 24 Q
2005 E 2015 Q 5 5
5 5 15 F 25 R
2006 F 2016 R 6 6
6 6 16 G 26 S
2007 G 2017 S 7 7
7 7 17 H 27 T
2008 H 2018 T 8 8
8 8 18 J 28 V
2009 J 2019 V 9 9
9 9 19 K 29 W
2010 K 2020 W 10 A
10 A 20 L 30 X
11 B
31 Y It repeats from A in 2021 and
afterwards. 12 C
e.g. :”C46” means “Apr-6-2003”
Table 2
Power
Supply
Oscillator
Pad4
Pad1
Pad3
Pad2
CL
+
-
Test Point
A
V
E/D Control
0.01µF
Power
Supply
Oscillator
Pad4
Pad1
Pad3
Pad2
CL
+
-
Test Point
AA
VV
E/D Control
0.01µF
Power
Supply
Oscillator
Pad4
Pad1
Pad3
Pad2
+
-
50 ohm SMA Termination
E/D Control
0.01µF
WaveCrest
DTS-2079
Clock Oscillator Test Fixture
50 ohm COAX with SMA Connectors
ATT 6dB
10µF
Power
Supply
Oscillator
Pad4
Pad1
Pad3
Pad2
+
-
50 ohm SMA Termination
E/D Control
0.01µF
WaveCrest
DTS-2079
Clock Oscillator Test Fixture
50 ohm COAX with SMA Connectors
ATT 6dB
10µF
V
CC
90%V
CC
10%V
CC
50%V
CC
GND
TfTr
T
1
T
0
= 1/f
OUT
Symmetry = T
1
/ T
0
X100(%)
V
OH
V
OL
V
CC
90%V
CC
10%V
CC
50%V
CC
GND
TfTr
T
1
T
0
= 1/f
OUT
Symmetry = T
1
/ T
0
X100(%)
V
OH
V
OL
5.0
3.2
0.5
1.0
0.5 1.2
0.1
2.5
1.2
#3 #4
#2 #1
0.9
5.0
3.2
0.5
1.0
0.5 1.2
0.1
2.5
1.2
#3 #4
#2 #1
0.9
Output Frequency
Pad1 Indication M anu facturi ng Date Code
16.000
KCCCG
Output Frequency
Pad1 Indication M anu facturi ng Date Code
16.000
KCCCG
16.000
KCCCG
Output Frequency
Pad1 Indication Manufacturing Date Code
16.000
KCCCG
Output Frequency
Pad1 Indication Manufacturing Date Code
16.000
KCCCG
16.000
KCCCG
Drawing No. EQM08-5OC-00AG171-00
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Doc.NO: EQM07-5OC-003AA0E-01
6. Parts Numbering Guide
KC5032A 125.000 C 1 0 E 00
A B C D E F G
A. Series (SMD Oscillator)
B. Output Frequency (E.g. 125.000MHz)
C. Output
C: C-MOS
D. Supply Voltage
1: 1.8V/ 2.5V/ 3.3V Compatible
E. Frequency Tolerance*
0: ±50ppm
F. Symmetry (Duty Ratio) and Enable/Disable Function
E: Symmetry: 45% to 55% with Stand-by Function
G. Suffix for Individual Requirements
(STD Specification is “00”)
Packing (Tape & Reel 1,000pcs/Reel)
*Over All Conditions:
Include initial tolerance, operating temperature range,
rated power supply voltage change, load change,
aging (1year @25°C), shock and vibration
7. Environmental Characteristics
Items Conditions Criteria of Acceptance
7-1. Solderability Soaking:
245±5°C, 5.0±0.5sec
Dipped potion:
Minimum 95% coverage
7-2. Soldering Heat
Resistance
Reflow soldering:
Peak 260°C max, 10sec, Twice max
Soldering iron:
380±5°C, 3+1/-0sec,
Twice as one time for four pads
Without looseness or crack etc.
7-3. Temperature Cycle 10cycles:
-55°C to +125°C (30minuts each/ cycle)
7-4. Mechanical
Shock (Pulse)
5 times
14,750m/sec2 (1,500G), Duration of pulse 0.5msec
(MIL-STD-883D-2002.3 Condition B)
7-5. Vibration
4 times each axis X, Y, Z:
20 to 2,000Hz and 2,000Hz to 20Hz/cycle
Peak acceleration 196m/sec2 (20G)
(MIL-STD-883D-2007.2 Condition A)
7-6. High Temperature 1000 hours:
Temperature: 85+5/-3°C
7-7. Low Temperature 1000 hours:
Temperature: -40+5/-3°C
Clause 7-10 shall be satisfied.
7-8. Humidity Cycle
10 cycles:
Based on 1004 specifications
(MIL-STD-883D-1004.7)
Clause 7-1 shall be satisfied.
7-9. Hermeticity 1
(Gross leak)
Soaking:
125°C, 5minutes No bubbles appeared
7-10. Hermeticity 2
(Fine leak)
Measured by Helium Detector Equipment
(MIL-STD-883D-1014.10 Condition A1) 5x10-9 Pa m3/sec max
After each testing, the parts shall be subjected to standard atmospheric conditions more than 2 hours. After that, the
electrical characteristics shall be measured. The result of the test shall be satisfied Table 1.
Table 3
Drawing No. EQM08-5OC-00AG171-00
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Doc.NO: EQM07-5OC-003AA0E-01
8. Recommended Land pattern and Soldering Guide
Unit: (mm)
Note:
Since the part doesn’t have Bypass Capacitor between Vcc and
GND, Please mount high frequency type capacitor 0.01µF to
the nearest position of oscillator.
• Available reflow times: Maximum twice
Fig.4 Land pattern Fig.5 Reflow profile (Lead Free)
8-1.Soldering Iron Conditions
z Tip temperature of soldering iron: 380°C±5°C, Soldering time: 3sec+1/-0sec
z Numbers of soldering iron: Maximum twice as one time for 4 pads
9. Taping Specifications
Unit: (mm)
Unit: (mm)
Symbol A0 B
0 W F E Symbol A N W1
Dimensions 3.7±0.1 5.5±0.1 12.0±0.3 5.5±0.05 1.75±0.1 Dimensions 180 +0/-3 60+1/–0 13.0±0.3
Symbol P1 P
2 P0 D
0 T
Symbol W2 C D
Dimensions 8.0±0.1 2.0±0.05 4.0±0.1 1.5+0.1/-0 0.3±0.05 Dimensions 17.0±1.4 13.0±0.2 21.0±0.8
Symbol K D1 Symbol E
Dimensions 1.4±0.1 1.5+0.1/-0 Dimensions 2.0±0.5
Fig.6 Emboss Carrier Tape Fig.7 Reel
9-1. Taping Quantities
• The taping of per reel shall be packed 1,000 pcs.
• The parts shall be contained continuously in the pocket.
9-2. Leader and Blank Pockets
• The package shall be consisted of leader, blank pockets and loaded pocket as follows “Fig. 8”.
• The power of peeling strength between top tape and carrier tape shall be 0.1N(10gf) to
0.7N(70gf) as follows “Fig. 9”.
250
100
50
150
200
0
300
Time (sec)
90 to 120 sec
Peak 260 ºC max
150 to 180 ºC
30 to 40sec
(ºC)Temperature
230 ºC
255±5 ºC
10sec max
250
100
50
150
200
0
300
250
100
50
150
200
0
300
Time (sec)
90 to 120 sec
Peak 260 ºC max
150 to 180 ºC
30 to 40sec
(ºC)Temperature
230 ºC
255±5 ºC
10sec max
D
C
E
A
N
W1
W2
DD
CC
E
A
N
W1
W2
1.6
2.2
1.4
2.5
1.6
2.2
1.4
2.5
P
0
D
1
P
1
P
2
D
0
E
F
W
A
0
B
0
KT
R16.000
KC CCG
P
0
D
1
P
1
P
2
D
0
D
0
E
F
W
A
0
A
0
B
0
KT
KT
R16.000
KC CCG
R16.000
KC CCG
Drawing No. EQM08-5OC-00AG171-00
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Doc.NO: EQM07-5OC-003AA0E-01
A) Leader
B) Blank Pockets (40mm to 320mm)
A+B: 500mm to 560mm
C) Load Pockets
D) Blank Pocket (40mm min)
Fig.8 Packing Method Fig.9 Peeling Strength
9-3. Reel Label
The reel label shall be consisted as below. (Based on EIAJ C-3 format)
A) Customer Part Number
B) Lot No.
C) Quantities
D) Shipping Date
E) Vender Name
9-4. Exterior Package Label
The oscillator shall be packed properly to avoid defect in transportation. The exterior package
label shall be consisted as below.
A) Name of Customer
B) P/O No.
C) Customer Part Number
D) Lot No.
E) Quantities
F) Shipping Date
G) Vender Name
10. Manufacturing Locations
This part is produced on the following both locations.
• KYOCERA Crystal Device PHILIPPINES, Inc. (Philippines)
• KYOCERA Crystal Device Corporation Nagano Okaya Plant (Japan)
11. The agreement of this specifications
If the something suspicious is that part of the contents of this specification, it shall be resolved by
mutual deliberations.
12. Remarks on Usages
A) Storage Conditions
The parts shall be stored in temperature range of -5 to +40°C, humidity 40 to 60% RH, and
avoid direct sunlight. Then the parts shall be used within 6 months.
B) Handling Conditions
Although the part has protection circuit against static electricity, when excess static electricity
is applied, the inside IC may get damaged.
Before mounting on the PCB, please make sure the direction of the part is correct. Otherwise
the part of temperature will increase. And also the part will have some damages.
Please do not use the parts under the unfavorable condition such as beyond specified range in
this specification.
Please do not use the parts under the condition, in the water or in the salt water also
environment of dew or harmful gas.
C) Soldering Conditions
This product can respond to the general Pb-free reflow profile. The wave soldering can not be
supported.
D) Washing Conditions
Ultra sonic cleaning is available. However there is a possibility that Crystal in the part may
cause damaged under certain condition. Therefore please test before using.
After washing, please dry the parts completely. Otherwise water drops between the parts and
PCB may cause migration.
In case of using this part without above precaution, Kyocera is unable to guarantee the specific
characteristics.
ABCD
Carrier Tape
Top Tape
Pulling Direction
165º to 180º
Carrier Tape
Top Tape
Pulling Direction
165º to 180º
