KC7050Y312.500P30EZU

Specification Date : Mar-22-2012 TO : Digi-Key Selling agency Approved by KYOCERA Corporation (Electronic Components Sales Division) 〒612-8501 6 Takeda Tobadono-cho, Fushimi-ku Kyoto 612-8501 TEL 075-604-3500, FAX 075-604-3501 Manufacturer KYOCERA KINSEKI Corporation (Crystal Oscillator Department) 〒201-8648 1-8-1 Izumi –Honcho Komae-shi, Tokyo 201-8648 TEL 03-5497-3111, FAX 03-5497-3209 Let us Submit 1 Copies of the approved Specification on the below items. Product Model Frequency SAW Oscillator KC7050Yxxx.xxxP30EZU (x is frequency.) 75.0000, 125.000, 156.250, 200.000, 250.000, 312.500MHz Customer Model - Customer Parts No. - This product is Pb - Free and RoHS compliant. Engineering Issued by KYOCERA KINSEKI Yamagata Corporation Y.Yamagishi Approved by N.Takeno ※Recycled paper is being used for the conservation of nature KBSK-5110 KYOCERA KINSEKI Corporation Drawing No. K1101-12004-SF2 HISTORY No Date 1 2012/1/6 First edition 2012/3/22 Model 2 Change matter Charge KC7050Yxxx.xxxP30E00 → KC7050Yxxx.xxxP30EZU 7-1. Taping Quantities Check Approval Y.Yamagishi T.Kobayashi N.Takeno Y.Yamagishi N.Takeno T.Kobayashi maximum 1000 pcs → maximum 500 pcs KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 2/8 1. Application This specification delivers Digi-Key. SAW Oscillator, KC7050Yxxx.xxxP30EZU applies to 75.0000, 125.000, 156.250, 200.000, 250.000, 312.500MHz. 2. Function 2-1. Absolute Maximum Rating Item Symbol Rating Unit Power Supply Voltage VCC -0.3 to +5.0 V Input Voltage VIN -0.3 to VCC +0.3 V Storage Temperature Range TSTG -55 to +125 °C Note: If KC7050Y is used beyond absolute maximum ratings, it may cause internal destruction. KC7050Y should be used under the recommended operating conditions. KC7050Y reliability may be damaged if those conditions are exceeded. 2-2. Recommended Operating Condition Item Power Supply Voltage Input Voltage Operating Temperature Range Symbol VCC VIN TOPR Min 2.97 0 0 Typ 3.3 --+25 Max 3.6 VCC +70 Unit V V °C Remarks Unit Remarks *Over all conditions: Initial tolerance, operating temperature range, rated power supply voltage change, load change, aging (1year @25°C), shock and vibration 2-3. Electrical Characteristic Specifications Item Symbol Min Typ Max Frequency Stability FSBY -50 --- +50 ppm Current Consumption Standby Current ICC IST SYM ----45 74 --50 100 30 55 mA µA % 50ohm, @ crossing point Tr --- 0.25 0.4 nS 50ohm Tf --- 0.25 0.4 Duty ratio (crossing point) Rise Time (20% to 80% Output Level ) Fall Time (20% to 80% Output Level ) Output Voltage -“L” VOL VCC-1.810 1.600 VCC-1.620 Output Voltage -“H” VOH VCC-1.025 2.350 VCC-0.880 Output Load Input Voltage -“L” Input Voltage -“H” Output Disable Time Output Enable Time --VIL VIH ----- --70% VCC ----- 50 ------2 30% VCC --200 10 nS mS Start up time ST --- 2 10 mS V ohm V DC characteristic. LV-PECL Output OE termination @Minimum operating voltage to be 0sec DJ pk-pk Deterministic Jitter* DJ --0.2 2 1sigma Jitter* 1sigma --2 4 pS Peak to Peak Jitter* Pk-Pk --20 30 Note: All Electrical characteristics define Maximum Loaded and operating temperature range. *The Time Interval Analyzer “Wavecrest DTS-2079” with VISI 6.3.1 shall measure jitter. Table 1 KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 3/8 2-4. Measurement Condition Unless otherwise specified, the standard range of atmospheric conditions for making measurements and tests are as follows: • Ambient temperature : 15°C to 35 °C • Relative Humidity : 25% to 85% • Air pressure : 86kPa to 106kPa If there is any doubt about the results, measurements shall be made within the following limits: • Ambient temperature : 25°C • Relative Humidity : 60% to 70% • Air pressure : 86kPa to 106kPa Unless otherwise specified for each item, it should be specified according to JIS (Japanese industrial Standard). 2-5. Measurement Circuit The test circuit as shown in “Fig. 1” (*Jitter Test Circuits “Fig. 3”) shall measure electric characteristics. ※ECL Termination 10086A (Agilent) 2-6. Clock Timing Chart The clock timing chart as shown in “Fig. 2”. Tr ECL Termination Z0=50ohm ECL － ＋ Tf Test Point 1 2.420V ECL Termination Z0=50ohm A ECL － ＋ V 6 +3.3V 10µF 5 1 Test Point 2 2.275V 4 Oscillator 0.01µF Output 2 BIAS +1.59V 3 Crossing Point 1.680V E/D Control Output Fig.1 Test Circuits Clock Oscillator Test Fixture Fig.2 Clock Timing Chart (PECL Output) 50 ohm COAX with SMA Connectors WaveCrest DTS-2079 6 +2.0V 10µF 0.01µF 5 4 Oscillator 1 2 1.490V 50 ohm SMA Termination 3 -1.3V E/D Control Time Interval Analyzer WaveCrest DTS-2079 Jitter Analysis Software VISI 6.3.1 DTS Timer Calibration Over 30minnites warm-up Extend 30minites Calibration Jitter Histogram Parameters (Tail-fit) More than 50,000cyc Hits Bit Error Ratio (BER) –12 (14sigma) Fig.3 Jitter Test Circuits KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 4/8 3. Dimensions and Marking 1.4 7.0 ③ ② ① 2.8 ⑥ 2.54 1.10 P H J K L M ⑤ 1.1 C D E F G A B N ④ 5.0 Marking ● 2.54 Tolerance; +/-0.2 Unit; (mm) Pad arrangement ① Enable / Disable ② NC ③ GND ④ Output ⑤ Complementary Output ⑥ VCC Enable / Disable Function *Pad1 *Pad4 / Pad5 OPEN Active “H” Level Active “L” Level No-Oscillation Marking A Frequency (3digits) B Frequency idntification code C Output Waveform ex; 1[LV-PECL] D (Example) A BC DE F Supply Voltage ex; A[3.3V] 156 A 1 A B 1 E Multiplying function ex; A[No multiplying], B[1/2],C[1/4] F G H I Management No. Pin No.1 indication G Making Company Abbreviation Lot code Manufacturing year and week are shown. code 201 202 203 year 2012 KC 201 month 1 ex; 2012,The first week 6 13 7 14 1 8 15 Week 2 9 16 H 3 10 17 I 4 11 18 5 12 19 : 201 4. Parts Numbering Guide KC7050Y xxx.xxx P 3 0 E ZU A B CDEF G A: Series (6pad SMD SAW OSC) B: Oscillating frequency C: Output P [LV-PECL] D: Supply voltage 3 [3.3V] E: Frequency stability (*Over all condition) 0 [±50ppm] F: Duty ratio and Enable/Disable function E [Duty 45% to 50% with stanby function] G: Customer special model suffix ZU [Custom specification] *Over all conditions: Initial tolerance, operating temperature range, rated power supply voltage change, load change, aging(1year @25℃), shock and vibration. KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 5/8 5. Environmental Characterist Items Conditions Criteria of Acceptance Soaking: Dipped potion: 245±5°C, 5.0±0.5sec Minimum 95% coverage Reflow Soldering: Peak 260°C max, 10sec, Twice max 5-2. Soldering Heat Soldering iron: Without looseness or crack etc. Resistance 380±5°C, 3+1/-0sec, Twice as one time for four Pads 10Cycles: 5-3. Temperature Cycle -55°C to +125°C (30minuts each)/cycle 5 times 5-4. Mechanical 2 14750m/sec (1500G), Duration of pulse 0.5msec Shock (Pulse) (MIL-STD-883D-2002.3 Condition B) 4 times each axis X, Y, Z: Clause 5-10 shall be satisfied. 20 to 2000Hz and 2000Hz to 20Hz/cycle 5-5. Vibration 2 Peak acceleration 196m/sec (20G) (MIL-STD-883D-2007.2 Condition A) 1000 hours: 5-6. High Temperature Temperature: 85+5/-3°C 1000 hours: 5-7. Low Temperature Temperature: -40+5/-3°C 10 cycles: 5-8. Humidity Cycle Based on 1004 specifications Clause 5-1 shall be satisfied. (MIL-STD-883D-1004.7) 5-9. Hermeticity 1 Soaking: No bubbles appeared (Gross leak) 110±5°C, 5minutes 5-10. Hermeticity 2 Measured by Helium Detector Device -9 3 5x10 Pa m /sec max (Fine leak) (MIL-STD-883D-1014.10 Condition A1) Note:After above Test, it shall be subjected to standard atmospheric conditions for 2 hours, after which measurement shall be made. And result of the test shall satisfy Table 1 5-1. Solderability Table2 6. Recommended Land pattern and soldering Guide 2.54 2.54 300 Peak 260 ºC max 255±5 ºC 230 ºC 1.6 Temperature (ºC) 1.5 3.9 250 200 Note: 150 to 180 ºC 150 100 50 Unit; (mm) 10sec max 0 90 to 120 sec 30 to 40sec Time (sec) Since KC7050Y series has no Bypass Capacitor between VCC and GND, Please mount high frequency type capacitor 0.01µF and 10µF to the nearest position of oscillator. Fig.4 Land pattern Available Reflow times: Maximum twice Fig.5 Reflow profile (Lead Free Available) ・Solder melting point 183°C ・Maximum 260°C / Maximum 10sec or Maximum 230°C / Ma ximum 60sec. KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 6/8 7. Taping Specifications 7-1. Taping Quantities: • The tape of one reel shall pack with maximum 500 pcs. • KC7050Y shall be contained continuously in pocket. D P0 D0 P2 B0 E Marking W F B C T E K F A0 P1 D1 W A A0 B0 W F 5.6±0.1 7.8±0.1 16.0±0.3 7.5±0.1 Symbol Dimensions P1 P2 P0 D0 T 2.0±0.1 4.0±0.1 1.5+0.1/0 0.3±0.05 K D1 Symbol 1.9±0.1 Dimensions 1.75±0.1 8.0±0.1 Symbol Dimensions Unit: (mm) E Unit: (mm) Symbol Dimensions Symbol Dimensions Symbol 1.55±0.05 T Dimensions Fig.6 Emboss Carrier A B C φ330±2 φ100±1 φ13±2 D E F 2.0±0.5 φ21±0.8 120° W T 17.5±0.5 2±0.5 Fig.7 Reel 7-2. Leader and Blank Pocket • Package shall consist of leader, blank pocket and loaded pocket as follows. “Fig.8” • The power peeling top tape from carrier one shall be 0.1N {10gf} to 0.7N {70gf}. “Fig.9” Top Tape C B Carrier Tape 165º to 180º A テープ引き出し方向 Pulling Direction A) Blank Pocket (350mm to 500mm) B) Load Pocket C) Blank Pocket (250mm minimum) Fig.8 Taping KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Fig.9 Peeling Strength Dwg No K1101-12004-SF2 7/8 8. Package DUT LABEL Customer Part Number Quantity Frequency Model Company State Dry Pack D=340mm W=340mm H= 40mm Vinyl Pack H DUT W D LABEL LABEL LABEL Fig.10 Package 9. The agreement of this specifications If you find further points in this specifications, contact us within 45 days after the date of issue. 10. Remarks on Usage 10-1. Storage Condition Parts should be stored in temperature range of -5 to +40°C, humidity 40 to 60% RH, and avoid direct sunlight. Then use within 6 months. 10-2. Handling Condition Although KC7050Y has protection circuit against static electricity, when excess static electricity is applied, the inside IC may get damaged. When mounting on PCB, please make sure the direction of KC7050Y is correct, otherwise KC7050Y will increase in temperature and may damaged. Please do not use KC7050Y under unfavorable condition such as beyond specified range in catalogue or specification sheet. When using an auto-mounting machine, select the one which give silent impulse as little as possible to the relevant components and operate it with much attentive confirmation so that it may not cause damaged. After making the KC7050Y mounted on a printed ciruit board, if it is required to divide the printed circuit board into another one, use it with attentive confirmation so that a warp cased by this division might not affect any damage. When designing a printed circuit board as well as handling the mounting location, the printed circuit board has to be being stress free area as much as possible. Please do not use KC7050Y under condition in the water or salt water will drop on KC7050Y and under environment of dew or harmful gas. 10-3. Soldering Please use KC7050Y under condition " IR or Vapor phase Reflow " only. 10-4. Washing Condition If KC7050Y is applied ultrasonic, it may be inferior and destroy. Please don’t use ultrasonic cleaner. In case of using KC7050Y without above precaution, Kyocera is unable to guarantee the specified characteristics. KYOCERA KINSEKI Yamagata Corporation KBSK－5332 Dwg No K1101-12004-SF2 8/8