KV7050B40.0000C3GD00

Specification Drawing No. Issued Date EQM08-5OC-00AF616-00 May-06-2012 To Digi-Key Note: In case of specification change, KYOCERA Part Number also will be changed. Customer Part Number KYOCERA Part Number KV7050B40.0000C3GD00 Remarks: This product is Pb-Free and RoHS compliant. Moisture Sensitivity Level (MSL): Level1 Customer Acceptance Please sign here and send one copy back to us. Signature: Accepted Date: Seller Manufacturer KYOCERA Corporation KYOCERA Crystal Device Corporation 6 Takeda Tobadono-cho, Fushimi-ku, Kyoto, Japan 612-8501 TEL: +81-75-604-3500 FAX: +81-75-604-3501 1-8-1 Izumihon-cho, Komae, Tokyo, Japan 201-8648 TEL: +81-3-5497-3110 FAX: +81-3-5497-3208 Design Department KYOCERA Crystal Device Corporation Nagano Okaya Plant Clock Oscillator Division Application Engineering Section DocNo: EQM08-5OC-00VCB0E-07 Quality Assurance Approved by Checked by Issued by M. Morimoto R. Mizutani M. Matsumoto T. Asakura Drawing No. EQM08-5OC-00AF616-00 Revision History Rev. No. Description of revise Issued Date Approved by Checked by Issued by 00 First Edition May-06-2012 R. Mizutani M. Matsumoto T. Asakura DocNo: EQM08-5OC-00VCB0E-07 Drawing No. EQM08-5OC-00AF616-00 (1/5) 1. Scope This specification shall be defined of the Clock Oscillator for the integrated circuits (ICs). 2. Customer Part Number 3. KYOCERA Part Number KV7050B40.0000C3GD00 4. Electrical Characteristics 4-1. Absolute Maximum Rating Item Symbol Rated Value Units VCC VIN TSTG -0.5 to +7.0 -0.5 to VCC +0.5 -55 to +90 V V °C Power Supply Voltage Input Voltage Storage Temperature Range 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 Power Supply Voltage Input Voltage Operating Temperature Range 4-3. Electrical Characteristics Symbol Item Output Frequency Frequency Tolerance @Vc=1.65V Absolute Pull Range Linearity Control Voltage Current Consumption (Loaded) Disable/ Standby Current Symmetry (Duty Ratio) Rise Time/ Fall Time (10% VCC to 90% VCC) Output Voltage -“L” Output Voltage -“H” Output Load Input Voltage -“L” Input Voltage -“H” Modulation BW Input Vc Impedance Output Disable Time Output Enable Time Start up Time Phase Jitter Phase Noise Symbol Min Typ Max Units VCC VIN TOPR 2.97 0 -40 3.30 --25 3.63 VCC 85 V V °C Min Typ Max Units fO --- 40 --- MHz f_tol -50 --- +50 ppm APR Lin Vc ±50 -15 0 ----1.65 --+15 3.3 ppm % V ICC --- --- 15 mA IDE SYM --45 --50 10 55 mA % Tr/ Tf --- 2 5 ns VOL VOH CL VIL VIH ----t_dis --90% VCC ----70%VCC 15 100 ----------- t_ena t_sta JPhase --- --10% VCC ------15 --30%VCC ----30 --120 ----100 --100 --2 2 10 --1 27MHz(Typ.) -70 -100 -130 -145 -152 -158 -158 Remarks Remarks Include initial tolerance, operating temperature range, rated power supply voltage change, load change, aging (1year @25°C), shock and vibration @ 50% VCC V pF C-MOS V kHz @ -3dB kOhm ns ns ms ms ps dBc/Hz 80< f0 ≤160MHz @Minimum operating voltage to be 0sec BW: 12KHz to 20MHz @10Hz offset @100Hz offset @1KHz offset @10KHz offset @100KHz offset @1MHz offset @10MHz offset Note: All electrical characteristics have defined on the maximum loaded and recommended operating conditions. Table 1 Doc.NO: EQM08-5OC-00VCB0E-07 Drawing No. EQM08-5OC-00AF616-00 (2/5) 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" Tr Test Point A 6 5 Tf VCC VOH 4 90%VCC Oscillator + 1 Power Supply V 2 50%VCC 3 CL + 0.01µF Power Supply (Vc) - V T1 E/D Control - 10%VCC VOL GND Symmetry = T1/ T0 X100(%) T0 = 1/fOUT - Fig.1 Test Circuits Fig.2 Clock Timing Chart (C-MOS Output) 5. Dimensions and Marking 7.0 1.4 0.6 Manufacture 4 5 6 3 2 1 2.54 2.46 5.0 1.17 Pin1 Indication 74.1758 0C Model A08 Manufacturing Date Code Output Frequency The output frequency is seven-digit including a decimal point. The frequency greater than the number of digits have rounded off. (E.g. 74.17582MHz Î"74.1758”) 2.54 Model 1.6 0.75 Output Frequency See Table 2 Manufacturing Date Code Plating Ni+Au Tolerance: +/-0.2 Unit:(mm) 1 2 3 4 5 6 Pad arrangement Vc Control Enable/Disable Case GND Output NC VCC 1) Year Code (2000: ”Z”, 2001:”A”, 2002: ”B” ....) 2) Weekly Code Enable/Disable Function Pad2 Pad4 OPEN Active “H” Level Active “L” Level High Z Code G Stability (ppm) Model Code KV7050B40.0000C3GD00 ±50(-40 to +85°C) GC Table 2 6. Parts Numbering Guide KV7050B 40.0000 C 3 G D 00 A B A. Series (6pad SMD VCXO) B. Output Frequency C. Output C: C-MOS D. Supply Voltage 3: 3.3V E. Frequency Tolerance* G: ±50ppm Doc.NO: EQM08-5OC-00VCB0E-07 C D E F G F. Enable/Disable Function and Vc Input Impedance D: E/D Func, Vc Imp. 100k min 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 Drawing No. EQM08-5OC-00AF616-00 (3/5) 7. Environmental Characteristics 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 7-2. Soldering Heat Soldering iron: Without looseness or crack etc. Resistance 380±5°C, 3+1/-0sec, Twice as one time for four pads 100cycles: 7-3. Temperature Cycle -55°C to +125°C (30minuts each/ cycle) 5 times 7-4. Mechanical 14,750m/sec2 (1,500G), Duration of pulse 0.5msec Shock (Pulse) (MIL-STD-883D-2002.3 Condition B) 4 times each axis X, Y, Z: Clause 7-10 shall be satisfied. 20 to 2,000Hz and 2,000Hz to 20Hz/cycle 7-5. Vibration Peak acceleration 196m/sec2 (20G) (MIL-STD-883D-2007.2 Condition A) 1000 hours: 7-6. High Temperature Temperature: 85+5/-3°C 1000 hours: 7-7. Low Temperature Temperature: -40+5/-3°C 10 cycles: 7-8. Humidity Cycle Clause 7-1 shall be satisfied. Based on 1004 specifications (MIL-STD-883D-1004.7) 7-9. Hermeticity 1 Soaking: No bubbles appeared (Gross leak) 125°C, 5minutes 7-10. Hermeticity 2 Measured by Helium Detector Equipment 5x10-9 Pa m3/sec max (Fine leak) (MIL-STD-883D-1014.10 Condition A1) 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. 7-1. Solderability Table 3 Doc.NO: EQM08-5OC-00VCB0E-07 Drawing No. EQM08-5OC-00AF616-00 (4/5) 1.6 8. Recommended Land pattern and Soldering Guide 5.08 300 10sec max Peak 260 ºC max 255±5 ºC 230 ºC 3.6 Temperature (ºC) 250 1.6 2.54 200 150 to 180 ºC 150 100 90 to 120 sec 50 30 to 40sec Unit: (mm) 0 Note: Since the part doesn’t have Bypass Capacitor between Vcc and GND, Please mount high frequency type capacitor 0.01μF and 10μF to the nearest position of oscillator. Time (sec) • Fig.3 Land pattern Available Reflow times: Maximum twice Fig.4 Reflow profile (Lead Free Available) 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 D0 T P0 P2 W1 E E K P1 N W F A08 B0 0P 155.520 A0 A D C D1 W2 Unit: (mm) Symbol Dimensions Symbol Dimensions Symbol Dimensions A0 B0 W F E 5.4±0.1 7.4±0.1 16.0±0.2 7.5±0.1 1.75±0.1 D0 T P1 P2 P0 8.0±0.1 2.0±0.1 4.0±0.1 K D1 2.0±0.1 1.55±0.1 1.5+0.1/-0 0.3±0.05 Symbol Dimensions Symbol Dimensions Symbol Dimensions Fig.5 Emboss Carrier Tape Unit: (mm) A N W1 180 +0/-3 60+1/–0 17.0±0.2 W2 C D 19.5±1.0 13.0±0.2 21.0±0.8 E 2.0±0.5 Fig.6 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”. Doc.NO: EQM08-5OC-00VCB0E-07 Drawing No. EQM08-5OC-00AF616-00 (5/5) Top Tape D A) B) C) D) C B 165º to 180º Carrier Tape A Leader Blank Pocket (40mm to 320mm) A+B: 500mm to 560mm Load Pocket Blank Pocket (40mm minimum) Pulling Direction Fig.7 Packing Method Fig.8 Peeling Strength 9-3. Reel Label The reel label shall be consisted as below. (Based on EIAJ C-3 format) A) B) C) Customer Part Number Lot No. Quantities D) E) Shipping Date 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) B) C) D) Name of Customer P/O No. Customer Part Number Lot No. E) F) G) Quantities Shipping Date Vender Name 10. 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. 11. 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. Doc.NO: EQM08-5OC-00VCB0E-07