NT2016SA-26MHZ-NAS3601A

Document No. ETS10B-11131 1/11 SPECIFICATION Customer: RIC-MEIZU Receipt Item: CRYSTAL OSCILLATOR Type: NT2016SF Nominal frequency: 26 MHz Customer’s Spec. No.: ----- NDK Spec. No.: NSA3601A Revision Record Rev. Date Items Contents Approved ----- Sep. 12. 2017 Issue --- K.Moriya Checked Drawn S.Kawahara H.Kawabata NIHON DEMPA KOGYO CO., LTD. Form P-1E(2006.6.28) Document No. ETS10B-11131 2/11 1. Type NT2016SF 2. Maximum Rating Item Rating unit 1 Supply Voltage (VCC) -0.6 to +4.6 V 2 Storage temp. range -40 to +125 C 3. Electrical specification Parameters 1 Nominal frequency Electrical Spec. Typ. Max. 26 2 Supply voltage (Vcc) +1.8 3 Current consumption 4 Output voltage 0.8 5 Operating temp. range Load impedance (resistance part) Load impedance (parallel capacitance) -30 Min. 6 7 8 Notes Units MHz V 1.5 (-Earth) mA Vp-p +85 10 10 Clipped sine wave (DC-Coupling) C k 40 pF 10 k // (10 pF + 300 %) DC-cut capacitor of output is not put in TCXO. Please add DC-cut capacitor (1000 pF) in output line. DC-cut capacitor Frequency stability 1. Frequency /Temperature characteristics 2. Frequency temperature slope 9 10 -0.5 +0.5 ppm -0.1 -0.15 +0.1 +0.15 ppm/C ppm/C -30 to +85 C Based on frequency at +25+/-2 C -20 to +75 C -30 to +85 C (Minimum of one measurement every 2 C) 3. Frequency/Voltage coefficient -0.1 +0.1 ppm +1.8 V +/-5  4. Frequency/Load coefficient -0.3 +0.3 ppm 5. Frequency tolerance -1.5 +1.5 ppm 6. Long-term frequency stability -1.0 +1.0 ppm 10 k // (10 pF + 300 %) at +25+/-2 C, after 2 times reflow soldering, based on nominal frequency year (at +25+/-2C) @1 Hz offset @10 Hz offset @100 Hz offset @1 kHz offset @10 kHz offset @100 kHz offset @1 MHz offset at +25+/-2C Phase noise -65 -95 -119 -141 -153 -156 -156 dBc/Hz dBc/Hz dBc/Hz dBc/Hz dBc/Hz dBc/Hz dBc/Hz NIHON DEMPA KOGYO CO., LTD. Form P-3E Document No. ETS10B-11131 3/11 4. Reflow soldering Conditions of temperature profile (Refer to Fig.1) Soldering peak temp. +260 C 5. Marking (1) Lot No. (2) Manufacture Name (NDK symbol mark) (3) Nominal frequency (MHz) (4) Trace code 6. Inspection parameters Para 3.1, 3.3, 3.4, 3.9.1, 5, 10.2 are inspected. The other parameters are guaranteed to be within specified characteristics by NDK design. Inspection data is not submitted for mass production lot. But only if requested, a copy of first lot production data will be submitted. 7. Precaution in the storage Please keep the oscillator in the ordinary temperature and humidity that are suggested as below table. Temperature Humidity Period After taking out of dry bag +30 C max. 60 % max. 1 year * (table) *It is desirable for the oscillator to be used within 1 year after taking out of dry bag. Please pack the oscillator into used dry bag with a desiccant and seal it up by heat sealer etc. In case the heat sealer is not available, sealing up with cellophane tape or a vinyl tape will do. 8. Frequency establishment condition When output frequency is set, we suppose to have the ground pattern under the oscillator. 9. Washing Not available for washing. 10. Application drawing 10.1 Reliability assurance item ETS30B-00399 10.2 Dimension of External ETD14B-01892 10.3 Packing ETK17B-00463 10.4 Land pattern ETD15B-00020A 10.5 Marking ETH11B-00443B NIHON DEMPA KOGYO CO., LTD. Form P-3E Document No. ETS10B-11131 4/11 11. Notice 11.1 Order items are manufactured according to specification. As to conditions, which are not indicated in this specification and unpredictable such as applied condition and oscillation margin, please check them beforehand. 11.2 Unless we receive request for modification within 3 weeks from the issue date of this NDK specification sheet, we will supply products according to this specification. Also, if you'd like to modify specification of order, which has been placed with delivery request within 3 weeks from the issue data of this specification sheet, we would like to discuss with you separately. 11.3 Where any change to the process condition is made due to the change(s) in the production line, inform personnel of the specifications. 11.4 Should this specification data give rise to any disputes relating to any intellectual property rights or any other rights of a third person, the company shall not indemnify anyone for any damage. Their disclosure must not be construed as the grant of a license to use any of the intellectual property rights owned by the company. 11.5 If you intend to use products listed on this specification for applications that may result in loss of life or assets (controls relating to safety, medical equipment, aeronautical equipment, space equipment, etc.), please do not fail to advise us of your intention beforehand. 11.6 In the company's production process whatever amount of ozone depleting substances (ODS) as specified in the Montreal protocol is not used. 11.7 Information contained in this specification must not be quoted, reproduced or used for other purposes including processing either in part or in full without obtaining prior approval from the company. 11.8 In no event shall the company be liable for any product failure resulting from an inappropriate handling or operation of the product beyond the scope of its guarantee. 11.9 The appearance color and so on have a different case by purchasing it more than 2 suppliers of the component, but characteristic and reliability are guaranteed. 11.10 If you use resin for fixing components during manufacturing, please keep resin from adhering to the oscillator. 12. Prohibited items Be sure to use the product under the following conditions. Otherwise, the characteristics deterioration or destruction of the product may result. (1) Reflow soldering heat resistance Peak temperature: +265 C Heating: +225 C or higher, 90 sec (2) Manual soldering heat resistance Pressing a soldering iron of +410 C on the terminal electrode for five seconds. TEMP(蚓 ) 260 225 180 150 60 to 120sec. 60 to 90sec. DURATION (Fig.1) NIHON DEMPA KOGYO CO., LTD. Form P-3E Document No. ETS10B-11131 5/11 Reliability assurance item No. Test Item 1 Vibration 2 Shock 3 Drop Test 4 Humidity Specification code A Test Methods 5 to 26Hz: 1.52mm (total amplitude) 26 to 500Hz: 19.6m/s2 20 minutes per 1 cycle. 2 hours for each 3 planes. Half sine wave 6ms, 980 m/s2. 3 times for each 3 planes. Drop freely on the concrete from the height of 150cm With jig(150g). 3time for each 6 planes. +60C, 95 RH for 48H. And normal temperature, with normal humidity for 24H. (page: 1/1) Specification Code A A A A Specification After the test, shall meet electrical specification. Reliability assurance item: ETS30B-00399 NIHON DEMPA KOGYO CO., LTD. Form M-3 Document No. ETS10B-11131 6/11 Terminal land connections N/C or GND (ground recommended) GND OUTPUT VCC #1 #2 #3 #4 Date of Revise Charge Drawn Designed Checked Date 25.Aug.2015 25.Aug.2015 25.Aug.2015 Name M.Fukunaga M.Fukunaga K.Koyama Approved 25.Aug.2015 K.Moriya Approved Reason Third Angle Projection Dimension:mm Title Tolerance +/- 0.2 Scale 20 / 1 Drawing No. Dimension of External ETD14B-01892 Rev. - NIHON DEMPA KOGYO CO., LTD. Form M-1 Document No. ETS10B-11131 7/11 Embossed carrier tape PS Antistatic Materials Disposition Date of Revise Charge Date Name Drawn 9. Nov. 2016 E.Hoshi Designed Checked 9. Nov. 2016 9. Nov. 2016 E.Hoshi M.Fukunaga Approved 9. Nov. 2016 M.Fukunaga Approved Top cover tape PET + PE + Adhesive layer Antistatic Reason Third Angle Projection Dimension:mm Title Tolerance Scale ------ 3/1 Drawing No. Packing ETK17B-00463 (1/3) Rev. - NIHON DEMPA KOGYO CO., LTD. Form M-1 Document No. ETS10B-11131 8/11 3000 Date of Revise Charge Date Name Drawn 9. Nov. 2016 E.Hoshi Designed Checked 9. Nov. 2016 9. Nov. 2016 E.Hoshi M.Fukunaga Approved 9. Nov. 2016 M.Fukunaga Approved Reason Third Angle Projection Dimension:mm Title Tolerance Scale ----- ----- Drawing No. Packing ETK17B-00463 (2/3) Rev. - NIHON DEMPA KOGYO CO., LTD. Form M-1 Document No. ETS10B-11131 9/11 -3000pcs.Max./Reel -5 Reels Max./Carton reel Aluminum bag Pasteboard Material: Corrugated paper Shock pad Material: Corrugated paper Outer box Material: Corrugated paper Label Date of Revise Charge Date Name Drawn 9. Nov. 2016 E.Hoshi Designed Checked 9. Nov. 2016 9. Nov. 2016 E.Hoshi M.Fukunaga Approved 9. Nov. 2016 M.Fukunaga Approved Reason Third Angle Projection Dimension:mm Title Tolerance Scale ----- ----- Drawing No. Packing ETK17B-00463 (3/3) Rev. - NIHON DEMPA KOGYO CO., LTD. Form M-1 Document No. ETS10B-11131 10/11 Note) Please reserve a large ground pattern on the PCB where the oscillator is installed. A Date of Revise 8.Jul.2011 Charge Approved Y.Kanehira Drawn Designed Checked Date 19.Mar.2007 19.Mar.2007 19.Mar.2007 Name H.Harima H.Harima K.Moriya Approved 19.Mar.2007 H.Mizumura A.Konda Reason Change Note Third Angle Projection Dimension:mm Title Tolerance ----Drawing No. Land pattern ETD15B-00020 Scale 30 / 1 Rev. A NIHON DEMPA KOGYO CO., LTD. Form M-1 Document No. ETS10B-11131 11/11 (2.0) #3 (1.6) #4 NDK symbol mark #1 #2 Terminal land connections: Please refer to “Dimension of External”. (Marking Contents) *1 Lot No. Year Code(Last one digit) Month Code(see table) Month Month Code 1 1 2 2 3 4 3 4 5 5 6 6 7 7 8 8 9 9 10 O 11 N 12 D Following No. *2 Trace code Trace code indicates production date and production line number. *3 Nominal Frequency - A unit (MHz) is not written. - A decimal point omits. (Example : (2digits) 26MHz → 26 , (3digits) 19.2MHz → 192, (4more digits) 16.368MHz → 163) Marking Method : Laser Trimming B Date of Revise 4. Mar. 2015 Charge E.Hoshi Date Name Drawn Designed Checked 16. Apr. 2013 R.Yoshizaki R.Yoshizaki Approved 16. Apr. 2013 16. Apr. 2013 16. Apr. 2013 M.Kashiwamura K.Moriya Approved Reason Clerical error Correction A.Konda Third Angle Projection Tolerance Dimension:mm --Title Drawing No. Marking ETH11B-00443 Scale --Rev. B NIHON DEMPA KOGYO CO., LTD. Form M-1