QUARZE OSZILLATOREN RESONATOREN

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1 L I E F E R Ü B E R S I C H T QUARZE OSZILLATOREN RESONATOREN CRYSTALS OSCILLATORS RESONATORS

2 INHALTSVERZEICHNIS Einleitung 4-5 Definition 6-9 Frequenzübersicht / Standardfrequenzen 10 Quarze bedrahtet HC-51/U HC-33/U HC-49/U HC-49/U-S CSA-310 CSA-309 UM-1 UM-5 Quarze Gullwing SMD mit Metal Jacket HC-49/MJ UM-1/MJ UM-5/MJ Quarze SMD SM-49 SM-49-4 MM-39SL CPX-84 CPX-75GN CPX-75GT CPX-75GN2 CPX-75GT2 CPX-49S CPX-63GA CPX-63GB CPX-49SM CPX-49SP CPX-53GA CPX-53GB CPX-42 CPX-32 CPX-22 Uhrenquarze / Low Frequency Tuning Fork Crystals TC-38 TC-26 TC-15 MM-25S MM-20SS MM-11B TSM-250 TC-26 TSM-26B TSM-26BJ SM-14J All Datasheets are available on Pb-free RoHS 2

3 CMJ-206 CMJ-145 CM-519 CM-415 CM-315 CT-3215 Oszillatoren bedrahtet DIL-14 DIL-8 Oszillatoren SMD SMD-1100S SCO-700 SCO-600 SCO-53 SCO-32 VXO-507TL VXO-517TL TXO-709TL VXO-709TL TXO-96SML VXO-96SML Resonatoren ZTACC/ZTTCC MG ZTA&ZTTCS/CV MT ZTA&ZTTCS/CV MX 56 Zubehör / Accessories Isolation Wafer PVC Sleeve Metal Jacket Foot-Print-Adapter Sockel S2-101P-01 Bauteilebearbeitung / Components Preparation Lead Cut - Crimping - Bending / Schneiden - Biegen - Sicken Taping / Lohngurtung Lohngurtung / Taping Tape+Reel Specification Gurtung radial bedrahteter Bauteile Gurtung - SMD Bauteile HC-49/MJ UM-1/MJ UM-5/MJ TSM-26B TSM-26BJ TSM-250 Uhrenquarze How to order DSL Crystals How to order DSL Oscillators How to order DSL Resonators Notizen / Notes All Datasheets are available on Pb-free RoHS 3

4 EINLEITUNG Quarz chemisch spezifiziert als SiO2 (Siliziumdioxid), ist ein piezoelektrisches Material in einer kristalinen Form. Mechanischer Einfluß auf die kristaline Struktur verursacht elektrische Ladungsverschiebungen auf ihrer Oberfläche und umgekehrt. Diese piezoelektrische Charakteristik des Minerals, zusammen mit der Stabilität der physikalischen Parameter führt dazu, daß der Stoff zu dem wichtigsten Rohmaterial für die Herstellung frequenzbestimmender und frequenzselektierender Bauteile wie Schwingquarze, Quarzoszillatoren, Filter und sonstigen Taktgebern wurde seit über 50 Jahren. Da der Rohstoff für diese Schwingungsgeber nur selten in der Natur vorkommt, wird er heute fast ausschließlich synthetisch für industrielle Anwendungen hergestellt. Der synthetische Quarzrohstoff wächst regelrecht in sog. Autoclaves bei ca C und Drücken von ca N/cm 2. Entscheidend für die spätere Güte (Q-Factor) des Quarzes und seiner Stabilität ist u.a. die Reinheit des SiO2. Das Quarzblank, die geschliffene Quarzscheibe, ist der wesentliche Teil des fertigen Quarzbauteiles in einem hermetisch dichten Gehäuse (sog. Cap.), gefaßt von zwei Electroden (sog. Base), verschlossen unter Stickstoffatmosphäre (N2), um Umwelteinflüsse und Oxidation durch Luftsauerstoff gering zu halten, somit günstiges Alterungsverhalten und langlebigen Einsatz bei hoher Stabilität zu gewährleisten. 4

5 Elektrisch gesehen verhält sich ein Quarz in einer Schaltung wie ein Schwingkreis in Resonanz, also z. B. wie ein Schwingkreis bestehend aus Spule und Kondensator, nur mit dem Unterschied, daß der Quarz eine ganz geringe Dämpfung aufweist, also einen wesentlich höheren Q-Factor im Vergleich zu einer anderen Schwingkreisschaltung besitzt. Diese sehr geringe Dämpfung stellt jedoch wiederum einige Anforderungen an die Beschaltung des Quarzbauteiles, um seine günstigen Eigenschaften wie leichtes Anschwingverhalten, hohe Stabilität, kleine Temperaturdrift und minimale Dämpfung nicht zu beeinträchtigen. Unsere Quarzbauteile, ob Fundamental Quarz oder Obertonquarz, eignen sich für alle Anwendungen, wo Schwingungsgeber benötigt werden, u.a. für Microprozessortaktung, Funkgeräte, Telephone, Radio- und Fernsehgeräte, Fahrzeuge, Flugzeuge, etc. Unsere Quarze sind verfügbar als: Standard- und Sonderfrequenzen bedrahtet oder oberflächenmontierbar kleinste Frequenztoleranzen (Streuungen) geringste Temperaturcoeffizienten erweiterte Temperaturbereiche Sondergehäuse Anschlüsse gesickt, gecrimpt, gebogen oder geschnitten Verpackungen neben lose auch radial gegurtet, geblistert, auf Rolle oder im Ammo Pack. Quarze werden, neben der Hauptanwendung von Schwingungserzeugung, wegen des linearen Temperaturverlaufes auch verwendet zur Messung von Temperaturen. Eine neue Anwendung stellt die Erkennung von Gasen dar aufgrund minimaler Frequenzänderung bei unterschiedlicher Gasumgebung um das Blank. 5

6 DEFINITION 1. Frequenz Die Frequenz auch oft Nennfrequenz, Mittenfrequenz oder Nominalfrequenz genannt ist die Zahl der Schwingungen bei Resonanz auf die das Blank abgeglichen ist unter Verwendung einer bestimmten Lastkapazität, die dem Quarz über Elektroden angehängt wird, und die diejenige Kapazität simuliert bzw. ersetzt, die er später in seiner endgültigen Schaltung erhält. Die Frequenz wird in Hertz (Hz), Kilohertz (khz) oder Megahertz (MHz) angegeben. Der Frequenzabgleich hat eine gewisse Streuung. 2. Frequenztoleranz (Streuung) Die Frequenztoleranz, oft auch Calibration oder Deviation genannt, ist die max. zulässige Abweichung von der Nominalfrequenz des Quarzes, gemessen bei Raumtemperatur (+25 C). Die Frequenztoleranz wird in ±... ppm (10-6 ) angegeben, bezogen auf die Nominalfrequenz. Die Streuung ist eine statistische Größe, die der Normalverteilung folgt. Quarze, die außerhalb einer geforderten Frequenztoleranz liegen, werden nach Messung ausselektiert. Die Frequenztoleranz wird durch eine 100% Messung aller gefertigten Teile festgestellt und selektiert. 3. Temperaturkoeffizient Der Temperaturkoeffizient, oft auch Temperaturdrift genannt, ist die max. zulässige Abweichung der tatsächlichen Frequenz über einen festzulegenden Temperaturbereich (z. B. -10 C bis +60 C) bezogen auf die Nominalfrequenz des Quarzes. Der Temperaturkoeffizient ist abhängig u.a. von der Reinheit des Rohstoffes SiO2, von der Maßhaltigkeit des Schnittwinkels durch die Gitterstruktur des Minerals und von der Art des Schnittes (z. B. AT-CUT, BT-CUT, CT-CUT, etc.) 6

7 4. Schnittwinkel AT-CUT Ein empirisch gefundener Schnittwinkel durch eine Gitterstruktur des SiO2 Materials zeigt außergewöhnlich stabiles Temperaturverhalten, symmetrisch zur Raumtemperatur von +25 C. Dieser Schnittwinkel wird AT-CUT genannt. Der AT-CUT wird am meisten verwendet wegen seines günstigen Temperaturkoeffizienten, läßt sich jedoch nicht für jede Frequenz darstellen. AT-CUT Quarze sind theoretisch zwischen 700 khz bis ca MHz herstellbar, wobei AT-CUT im Fundamental-Mode bis 36.0 MHz herstellbar ist, darüber in entsprechenden Ober-tönen. Das Schaltungsdesign im Oberton bedarf etwas höheren Aufwandes. BT-CUT Der BT-CUT Quarz hat eine nach unten geöffnete parabolische Charakteristik (also stets negative Abweichung von der Nominalfrequenz) und keinen so günstigen Temperaturcoeffizienten wie AT-CUT Quarze. Der Temperaturkoeffizient wird in - ppm / C 2 angegeben. Für hohe Frequenzen, die im Fundamental-Mode betrieben werden sollen, kommen BT-CUT Quarze zum Einsatz. CT-CUT CT-CUT Quarze haben ebenfalls eine parabolische Temperaturcharakteristik mit stets negativen Temperaturkoeffizienten. Sie werden meist für niedrige Frequenzen im khz-bereich verwendet, am häufigsten für Uhrenquarze und Funkuhrquarze sowie für Sonderanwendungen. 7

8 5. Lastkapazität Die Lastkapazität ist nicht eine quarzimmanente Größe, sondern diejenige Kapazität, auf die der Quarz bei der Herstellung abgeglichen wird. Die Quarzfrequenz wird bei angehängter Lastkapazität eingestellt. Diese Lastkapazität sollte der Quarz später in seiner endgültigen Applikation, wo er zum Einsatz kommt, wieder vorfinden in seiner Schaltung. Falls dieser Abgleich bei der Herstellung auf die später vorzufindende kapazitive Last nicht richtig vorgenommen wird, schwingt der Quarz neben seiner Nominalfrequenz. Da in den meisten Schaltungen keine Ziehkapazität zu einem individuellen Abgleich mehr eingesetzt wird, ist die richtige Lastkapazität wichtig, zumindest wenn es auf präzise Einhaltung der Nominalfrequenz innerhalb der zulässigen Toleranzen ankommt. Eine zu niedrige kapazitive Last bedeutet, der Quarz schwingt oberhalb der Nominalfrequenz, eine zu hohe kapazitive Last bedeutet, der Quarz schwingt unterhalb der Nominalfrequenz. Grundsätzlich schwingen Quarze, die für hohe Lastkapazitäten ausgelegt sind, stabiler, schwingen jedoch nicht so leicht an und sind nur in einem kleineren Bereich zu ziehen (kleinere Pullability), dagegen Quarze, die für kleinere Lastkapazitäten konzipiert sind, schwingen leichter an, sind in einem größeren Bereich zu ziehen (hohe Pullability), schwingen jedoch nicht ganz so stabil auf der Nominalfrequenz. Die Lastkapazität macht den Quarz eigentlich zu einem kundenspezifischen Bauteil, bzw. einem semi-customized-component, da die jeweilige kapazitive Last der Kundenapplikation in die Quarzparameter und somit in die Fertigung des Quarzbauteiles mit eingeht. 6. Streukapazität Die Streukapazität, auch Shuntkapazität genannt, trägt dem Umstand Rechnung, daß ein Quarzbauteil aufgrund seiner Konstruktion auch in gewisser Weise ein kleiner Kondensator ist, da er zwei Elektroden mit einem Dielektrikum verbindet (z. B. die Luft zwischen den Anschlußbeinen). 8

9 Hierdurch ergibt sich eine kleine Kapazität um 2 pf bis 7 pf, die kapazitiv die Schaltung beeinflußt und bei der Schaltungsentwicklung u.u., insbesondere in HF-Anwendungen, berücksichtigt werden muß. 7. Nennbelastung Die Nennbelastung, oft auch Drive Level genannt, stellt die Verlustleistung dar, die der Quarz aufgrund des zwar geringen, jedoch vorhandenen Stromflusses aushält (max. Nennbelastung). Es gibt außer einer max. Nennbelastung auch eine typische Nennbelastung mit der der Quarz betrieben werden soll, da dies der Wert ist, mit der der Quarz im Ausgangstest gemessen wurde und so die beste Reproduktion aller Parameter sichergestellt ist. 8. Ersatzschaltbild 9. Widerstand Der Widerstand, oft auch ESR (Equivalent Series Resistance) genannt, ist der rein ohmsche Widerstand, den der Quarz bei Resonanz hat. Kleinere Frequenzen haben deutlich höhere Widerstände als größere Frequenzen. Quarze mit Frequenzen > 6.0 MHz im AT-CUT haben dann fast gleichbleibende ESR s mit ca. 40 Ω, wobei hier auch Streuungen nach statistischen Grundsätzen auftreten. Oft wird in empfindlichen Schaltungen ein max. ESR vorgegeben, der rein selektiv dargestellt wird. Der Widerstand ist auch ein Maß für die Güte (Q-Factor) des Quarzes, je kleiner der ESR desto größer der Q-Factor. 9

10 FREQUENZÜBERSICHT (STANDARDFREQUENZEN) Frequenz khz khz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz Frequenz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz Frequenz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz 10

11 HC-51/U HC-33/U LOW FREQUENCY CRYSTAL 18.4 x 9.3 x Wide Frequency Range. 2. Resistance Weld. 3. Tight Tolerance and Stability over Temperature. 4. Metal Package / Holder. APPLICATION Microprocessor Systems, Data Communications, Consumer Electronics, Automotive Electronics Model HC-51/U (also known as HC-33/U) Frequency Range khz ~ khz 0.8 MHz~ 4.5 MHz Frequency Tolerance (at +25 C) Frequency Stability ±30 ppm (±0.003%) ±50 ppm (±0.005%) SL: ±100 ppm ( ±0.01%) AT: ±30 ppm (±0.01%) (-10 C to +60 C) (-10 C to +60 C) Crystal Cut SL-cut AT-cut Load Capacitance (CL) Drive Level Shut Capacitance (Co): Operating Temperature Range Aging (at +25 C) first year 20 pf, 30 pf, etc. (Customer Spec.) 1000 μw max. 7 pf max. -10 C to +60 C ±7 ppm (±0.0007%) / year max. 11

12 HC-49/U CRYSTAL 11.2 x 4.7 x 13.6 Model HC-49/U Frequency Range 1.0 MHz ~ MHz Freqency Tolerance (at +25 C) ±30 ppm / ±50 ppm Frequency Stability ±30 ppm / ±50 ppm ( 20 C to +70 C) Operating Temperature Range 20 C to +70 C (Standard), or please specify Aging (at +25 C) first year ±5 ppm / year max. Storage Temperature Range 40 C to +85 C Shunt Capacitance 7 pf max. Insulation Resistance 500 MΩ min. at 100 VDC Drive Level 100 μw ~ 500 μw Load Capacitance (CL) 12 pf, 16 pf, 20 pf, etc. (Customer Spec.) EQUIVALENT SERIES RESISTANCE (ESR) AND MODE OF OPERATION (MODE) Frequency Range ESR (Ω) max. Mode MHz ~ MHz 2000 Fundamental MHz ~ MHz 980 Fundamental MHz ~ MHz 550 Fundamental MHz ~ MHz 350 Fundamental MHz ~ MHz 250 Fundamental MHz ~ MHz 200 Fundamental MHz ~ MHz 180 Fundamental MHz ~ MHz 150 Fundamental MHz ~ MHz 120 Fundamental MHz ~ MHz 100 Fundamental MHz ~ MHz 80 Fundamental MHz ~ MHz 75 Fundamental MHz ~ MHz 50 Fundamental MHz ~ MHz 40 Fundamental MHz ~ MHz 35 Fundamental MHz ~ MHz 30 Fundamental MHz ~ MHz 25 Fundamental MHz ~ MHz 60 Third Overtone MHz ~ MHz 40 Third Overtone MHz ~ MHz 90 Fifth Overtone 12

13 HC-49/U-S CRYSTAL 11.2 x 4.7 x Metal Package / Holder. 2. Low Profile. Model HC-49/U-S Frequency Range 3.2 MHz ~ 70.0 MHz Frequency Tolerance (at +25 C) ±30 ppm / ±50 ppm Frequency Stability ±30 ppm / ±50 ppm ( 10 C to +60 C) Operating Temperature Range 10 C to +60 C (Standard), or please specify Aging (at +25 C) first year ±5 ppm / year max. Storage Temperature Range 40 C to +85 C Shunt Capacitance 7 pf max. Insulation Resistance 500 MΩ min. at 100 VDC Drive Level 100 μw ~ 500 μw Load Capacitance (CL) 12 pf, 16 pf, 20 pf, etc. (Customer Spec.) EQUIVALENT SERIES RESISTANCE (ESR) AND MODE OF OPERATION (MODE), AND CUT Frequency Range ESR (Ω) max. Mode/Cut MHz ~ MHz 200 Fundamental/AT MHz ~ MHz 150 Fundamental/AT MHz ~ MHz 120 Fundamental/AT MHz ~ MHz 90 Fundamental/AT MHz ~ MHz 80 Fundamental/AT MHz ~ MHz 70 Fundamental/AT MHz ~ MHz 60 Fundamental/AT MHz ~ MHz 50 Fundamental/AT MHz ~ MHz 40 Fundamental/AT MHz ~ MHz 40 Fundamental/BT MHz ~ MHz 150 Third Overtone/AT MHz ~ MHz 100 Third Overtone/AT MHz ~ MHz 80 Third Overtone/AT 13

14 CSA-310 CSA-309 HIGH FREQUENCY CRYSTAL Ø 3.2 x 10.5 Ø 3.2 x The units are high-performance, miniature crystal units manufactured with Citizen s ultrahigh-precision processing technology. 2. High stability has been gained through vacuum sealing. 3. Outstanding vibration resistance, shock resistance and enviromental chracteristics. 4. Cylinder Type Metal Package / Holder. APPLICATION Can be used for a wide range of applications including use in AV equipment, OA equipment, communication equipment and measuring instruments. Model CSA-310 CSA-309 Nominal Frequency fo 3.5 MHz ~ 4.0 MHz 4.0 MHz ~ 70.0 MHz Frequency Tolerance (at +25 C) Δf/fo ± 30 ppm / ± 50 ppm Frequency Stability Δf/fo ±30 ppm / ±50 ppm ( 10 C to +60 C) Operating Temp. Range TORP 10 C to +60 C Storage Temp. Range TSTG 40 C to +85 C Equivalent Series Resistance R1 30 Ω ~ 200 Ω Load Capacitance CL 16 pf typical (Customer Spec.) Shunt Capacitance CO 5.0 pf max. Drive Level DL 50 μw ~ 100 μw Insulation Resistance IR 500 MΩ min. / DC 100 V ± 15 V Aging (at +25 C) first year Δf/fo ±5 ppm max. Sealing 1 x 10-2 μpa m 3 /s max. 14

15 UM-1 HIGH PRECISION CRYSTAL Package: UM x 2.2 x Wide frequency range. 2. Tight tolerance and stability over temperature. 3. Miniature and compact. 4. Metal Package / Holder. APPLICATION Ideal for telecommunications such as pagers (beepers), hand-held radios. Model UM-1 Frequency Range 1.0 MHz~1.2 MHz 4.0 MHz ~ MHz Crystal Cut SL-cut AT-cut Load Capacitance (CL) 8 pf ~ 32 pf, Series (Customer Spec.) Drive Level 100 μw ~ 500 μw Frequency Tolerance (at +25 C) SL: ±50 ppm AT:±3 ppm/±5 ppm /±7 ppm/ ±10 ppm/±20 ppm/±30 ppm Equivalent Series Resistance 25 Ω ~ 150 Ω max. Frequency Stability SL: ±100 ppm AT:±5 ppm/±7 ppm/±10 ppm/ ±20 ppm/±30 ppm (-10 C to +60 C) Operating Temperature Range Aging (at +25 C) first year Storage Temperature Range -10 C to +60 C ±2 ppm / year max. -40 C to +85 C OPTIONS: Also availble as SMD Crystal (Gullwing with Metal Jacket) - UM-1/MJ. Auch in SMD Version verfügbar (Gullwing mit Metal Jacket) - UM-1/MJ. 15

16 UM-5 HIGH PRECISION CRYSTAL Package: UM x 2.2 x Wide frequency range. 2. Tight tolerance and stability over temperature. 3. Miniature and compact. 4. Metal Package / Holder. APPLICATION Ideal for telecommunications such as pagers (beepers), hand-held radios. Model Frequency Range Crystal Cut Load Capacitance (CL) Drive Level Frequency Tolerance (at +25 C) UM MHz ~ MHz AT-cut 8 pf ~ 32 pf, Series (Customer Spec.) 100 μw ~ 500 μw ±3 ppm / ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm Equivalent Series Resistance Frequency Stability Operating Temperature Range Aging (at +25 C) first year Storage Temperature Range 30 Ω ~ 150 Ω max. ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm (-10 C to +60 C) -10 C to +60 C ±2 ppm / year max. -40 C to +85 C OPTIONS: Also availble as SMD Crystal (Gullwing with Metal Jacket) - UM-5/MJ. Auch in SMD Version verfügbar (Gullwing mit Metal Jacket) - UM-5/MJ. 16

17 HC-49/MJ SMD CRYSTAL Package: HC-49/MJ 11.5 x 5.4 x 13.8/ HC-49/MJ is HC-49/U Lead-bent gull wing type with metal jacket for easy surface mounting. 2. Wide frequency range. 3. Only available SMD-type of low frequency crystals (1.0 MHz ~ 3.2 MHz). Model HC-49/MJ Frequency Range 1.0 MHz ~ MHz Crystal Cut SL-cut, AT-cut, BT-cut Load Capacitance (CL) 8 pf ~ 32 pf, Series (Customer Spec.) Drive Level 100 μw ~ 500 μw Frequency Tolerance (at +25 C) ±30 ppm / ±50 ppm Equivalent Series Resistance 20 Ω ~ 2000 Ω max. Frequency Stability ±30 ppm / ±50 ppm (-10 C to +60 C) Operating Temperature Range -10 C to +60 C (standard) or please specify Aging (at +25 C) first year ±5 ppm / year max. Storage Temperature Range - 40 C to + 85 C 17

18 UM-1/MJ HIGH PRECISION SMD CRYSTAL Package: UM-1/MJ 7.9 x 3.5 x 8.2/ UM-1/MJ is UM-1 Lead-bent gull wing type with metal jacket for easy surface mounting. 2. Wide frequency range. 3. Tight tolerance and stability over temperature. 4. Miniature and compact. APPLICATION Ideal for telecommunications such as pagers (beepers), hand-held radios. Model UM-1/MJ Frequency Range 1.0 MHz ~ 1.2 MHz 4.0 MHz ~ MHz Crystal Cut SL-cut AT-cut Load Capacitance (CL) 8 pf ~ 32 pf, Series (Customer Spec.) Drive Level 100 μw ~ 500 μw Frequency Tolerance (at +25 C) Equivalent Series Resistance Frequency Stability Operating Temperature Range Aging (at +25 C) first year Storage Temperature Range SL: ±50 ppm AT:±3 ppm / ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm 25 Ω ~ 150 Ω max. SL: ±100 ppm AT: ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm (-10 C to +60 C) -10 C to +60 C ±2 ppm / year max. -40 C to +85 C 18

19 UM-5/MJ HIGH PRECISION SMD CRYSTAL Package: UM-5/MJ 7.9 x 3.5 x 6.2/ UM-5/MJ is UM-5 Lead-bent gull wing type with metal jacket for easy surface mounting. 2. Wide frequency range. 3. Tight tolerance and stability over temperature. 4. Miniature and compact. APPLICATION Ideal for telecommunications such as pagers (beepers), hand-held radios. Model Frequency Range Crystal Cut Load Capacitance (CL) Drive Level Frequency Tolerance (at +25 C) UM-5/MJ 10.0 MHz ~ MHz AT-cut 8 pf ~ 32 pf, Series (Customer Spec.) 100 μw ~ 500 μw ±3 ppm / ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm Equivalent Series Resistance Frequency Stability Operating Temperature Range Aging (at +25 C) first year Storage Temperature Range 30 Ω ~ 150 Ω max. ±5 ppm / ±7 ppm / ±10 ppm / ±20 ppm / ±30 ppm (-10 C to +60 C) -10 C to +60 C ±2 ppm / year max. -40 C to +85 C 19

20 SM-49 SMD CRYSTAL Recommended Patterning 12.9 x 4.7 x Low Cost SMD Application. 2. Most competitive SMD Crystal. 3. Quick Availability. 4. Plastic Base with Top Metal Cover. Model SM-49 Frequency Range Frequency Tolerance (at +25 C) Temperature Characteristic 3.2 MHz ~ 66.0 MHz ±30 ppm / ±50 ppm AT Cut: ±30 ppm / ±50 ppm (-10 C to +60 C) BT Cut:: ±100 ppm (-10 C to +60 C) Series Resistance Range see Table 1 Load Capacitance (CL) >12 pf (Customer Spec.) Drive Level Aging (at +25 C) first year 100 μw ~ 500 μw ±5 ppm Table 1 CUT/MODE FREQUENCY SERIES RESISTANCE AT Cut Fundamental 3.2 ~ 3.9 MHz 180 Ω max. 4.0 ~ 4.9 MHz 150 Ω max. 5.0 ~ 6.9 MHz 100 Ω max. 7.0 ~ 9.9 MHz 70 Ω max ~ 14.9 MHz 50 Ω max ~ 36.0 MHz 40 Ω max. BT Cut Fundamental 25.0 ~ 36.0 MHz 40 Ω max. AT Cut 3rd Overtone 30.0 ~ 60.0 MHz 100 Ω max. 20

21 SM 49-4 SMD CRYSTAL 13.0 x 4.7 x 5.0 Model SM 49-4 Frequency Range MHz 3.2 ~ 66.0 Mode of Vibration Fundamental or AT Overtone Crystal Element AT or BT Load Capacitance (CL) pf 12 ~ 36, Series (Customer Spec.) Drive Level μw 100 ~ 500 Aging (at +25 C) first year ppm ± 5 / year Equivalent Series Resistance Ω See ESR Table Standard Extended Frequency Tolerance (at +25 C) ppm 30 5, 10, 15, 20, 25, 30 Temperature Stabilty ppm 50 10, 15, 20, 25, 30 Operating Temperature Range C 10 to +60 ( 40 to +85 optional) Storage Temperature Range C 40 to + 85 ESR Table Frequency (MHz) Ω Mode ~ < 180 AT Fund ~ < 150 AT Fund ~ < 100 AT Fund ~ < 60 AT Fund ~ < 40 AT Fund ~ < 30 AT Fund ~ < 40 AT Fund ~ < 100 AT 3rd OT Lowest Freq. vs. max. height Frequency (MHz) h/mm > > Footprint-compatible with: MA-406 Epson, CM-309S CITIZEN 21

22 MM-39SL SMD CRYSTAL Recommended Patterning Electrode Arrangement 12.5 x 4.6 x 3.7 Do not connect #2 and #3 to external device. Plastic Package. Model Frequency Range Frequency Tolerance (at +25 C) Frequency Temperature Characteristics Operating Temperature Range Equivalent Series Resistance and Mode of Operation Load Capacitance (CL) Shunt Capacitance Drive Level Aging (at +25 C) first year MM-39SL MHz ~ MHz ±50 ppm ±50 ppm 10 C to +60 C extended Temperature Range on request 3.5 ~ 4.0 MHz 200 Ω max. Fundamental 4.0 ~ 6.0 MHz 150 Ω max. Fundamental 6.0 ~ 10.0 MHz 100 Ω max. Fundamental 10.0 ~ 27.0 MHz 50 Ω max. Fundamental 27.0 ~ 36.0 MHz 100 Ω max. Third Overtone 36.0 ~ 70.0 MHz 80 Ω max. Third Overtone 12 pf, 16 pf, 18 pf, 20 pf, 30 pf (Customer Spec.) 7 pf max. 100 μw max. ±5 ppm CROSS REFERENCES: MA-406 EPSON CM-309S CITIZEN 22

23 CPX-84 SMD CRYSTAL Recommended Solder Pattern Model Frequency Range CPX MHz ~ 80.0 MHz Frequency Tolerance (at +25 C) ± 50 ppm at +25 C Temperature Stability Operating Temperature Range Equivalent Series Resistance Load Capacitance (CL) Shunt Capacitance Drive Level Shock Vibration Aging (at +25 C) first year ± 50 ppm -10 C to +70 C 50 Ω max. 12 pf, 16 pf, 30 pf (Customer Spec.) 5 pf max. 100 μw allowed to fall freely onto the hard wooden board from height of 75 cm 10.0 Hz 55.0 Hz, Amplitude 1,5 mm, applied for 30 min. in 3 D (X, Y, Z) ±5 ppm 8.0 x 4.5 x 1.6 No. Parts Materials 1 Base Ceramics 2 Glass Low Temperature Glass 3 Cap Ceramics 4 Crystal Unit 5 Conductive Adhesive Silver-Filled 6 Electrode Au Soldering Profile (Example) Resistance to Moisture Soldering Conditions Test Condition Temperature +60 C (± 2 C ) Humidity 90 ~ 95 % Time 500 h Material of Solder Kind Eutectic solder paste Melting point 180 C (±5 C ) Temp. profile of reflow soldering system Peak 240 C (± 5 C ) 10 sec. Preheating 150 C, typical 100 sec., typical Total 200 sec., max. 23

24 CPX-75GN CPX-75GT CPX-75GN2 CPX-75GT2 SMD CRYSTAL Dimensions (Units: mm) CPX-75GN (h=1.6mm) CPX-75GT (h=1.1mm) CPX-75GN2 CPX-75GT x 9.3 x SMD Miniature Size. 2. Low Temperature Glass Sealed Ceramic Package. 3. High Stability in wide temperature range. Different Pad-Versions available: 4-Pad-Version (CPX-75GN/CPX-75GT) 2-Pad-Version (CPX-75GN2/CPX-75GT2) Different Heights available: 1.6 mm (CPX-75GN/CPX-75GN2) 1.1 mm (CPX-75GT/CPX-75GT2) Model CPX-75GN(GN2) CPX-75GT(GT2) Frequency Range 9.8 MHz ~ MHz 12.8 MHz ~ MHz Frequency Tolerance (at +25 C) Operating Temperature Range Temperature Stability Equivalent Series Resistance Load Capacitance (CL) 7.0 x 5.0 x x 5.0 x 1.1 ±25 ppm / ±30 ppm / ±50 ppm 20 C to +70 C ±30 ppm / ±50 ppm 60 Ω max. 16 pf, 20 pf, etc. (Customer Spec.) Drive Level Aging (at +25 C) first year 100 μw ~ 300μ W ±5 ppm 24

25 CPX-49S SMD CRYSTAL Connection Top View 18.4 x 9.3 x x 5.0 x 1.5 Ceramic Package with Seam welding. Model Frequency Range CPX-49S 8.0 MHz ~ MHz Frequency Tolerance (at +25 C) Frequency Stability Operating Temperature Range Equivalent Series Resistance Load Capacitance (CL) Drive Level Aging (at +25 C) first year ±10 ppm / ±50 ppm ±10 ppm / ±50 ppm -10 C to +60 C 8 MHz ~ 9 MHz 100 Ω 12 MHz ~ 16 MHz 60 Ω 9 MHz ~ 10 MHz 90 Ω 16 MHz ~ 40 MHz 40 Ω 10 MHz ~ 11 MHz 80 Ω 40 MHz ~ 84 MHz 70 Ω 11 MHz ~ 12 MHz 70 Ω 84 MHz ~ 100 MHz 60 Ω 100 MHz ~ 150 MHz 100 Ω 10 pf ~ 32 pf (Customer Spec.) 100 μw ~ 300 μw ±5 ppm 25

26 CPX-63GA CPX-63GB SMD CRYSTAL CPX-63GA 4 pads CPX-63GB 2 pads 1. SMD Miniature Size. 2. Low Temperature Glass Sealed Ceramic SMD Package. 3. High Stability in wide Temperature Range. Different Pad-Versions available: 4-Pad-Version (CPX-63GA) 2-Pad-Version (CPX-63GB) 18.4 x 9.3 x x 3.5 x 1.1 Model CPX-63GA CPX-63GB Frequency Range 10.0 MHz ~ MHz Frequency Tolerance (at +25 C) ±25 ppm / ±30 ppm / ±50 ppm Operating Temperature Range 20 C to +70 C Temperature Stability ±30 ppm / ±50 ppm Equivalent Series Resistance 60 Ω max. Load Capacitance (CL) 16 pf, 20 pf, etc. (Customer Spec.) Drive Level 10 μw ~ 100 μw Aging (at +25 C) first year ±5 ppm 26

27 CPX-49SM SMD CRYSTAL Connection Top View Pin #2 and #4 are connected through cover. Recommended Land Pattern 18.4 x 9.3 x x 3.5 x Seam Welded Ceramic Package assures high stability and reliability. 2. Compact design. 3. Low in height 1,2 mm max. suitable for thin equipment. 4. Automatic mounting by taping and reflow soldering can be accomodated. APPLICATION Can be used for communication equipment, Portable telephone, PHS, IC card, GPS, and other high accuracy devices. Model CPX-49SM Frequency Range (MHz) ~13.99 ~15.99 ~34.99 ~39.99 ~49.99 ~89.99 ~ Frequency Tolerance (at +25 C) Frequency Stability Operating Temperature Range Load Capacitance (CL) ±10 ppm ~ ±50 ppm ±5 ppm ~ ±50 ppm 10 C to +60 C / 20 C to +70 C / 30 C to +85 C 8 pf ~ 32 pf, Series (Customer Spec.) Equivalent Series Resistance (Ω) Mode of Vibration Drive Level (μw) 10 ~ 100 Aging (at +25 C) first year ±5 ppm 27

28 CPX-49SP SMD CRYSTAL Top View Recommended Solder Pattern Pin #2 and #4 are connected through cover, in case connected to GND frequency might be drifted x 9.3 x x 3.2 x Ceramic Package with seam welding. 2. Ultra-miniature size. Model Frequency Range Frequency Tolerance (at +25 C) Frequency Stability Operating Temperature Range EquivaIent Series Resistance Drive Level Load Capacitance (CL) Storage Temperature Range Aging (at +25 C) first year CPX-49SP 8.0 MHz ~ 45.0 MHz ±10 ppm / ±30 ppm / ±50 ppm ±5 ppm ~ ±50 ppm 10 C to +60 C 30 Ω ~ 50 Ω max. 10 μw ~ 300 μw max. 8 pf, 12 pf, 20 pf etc. (Customer Spec.) 40 C to +85 C ±5 ppm 28

29 CPX-53GA CPX-53GB SMD CRYSTAL CPX-53GA 4 pads CPX-53GB 2 pads Top View Top View Reference Land Pattern Reference Land Pattern x 9.3 x x 3.2 x x 3.2 x Reflow solderable. 2. Low Temperature Glass Sealed Ceramic SMD Package. APPLICATION Suitable for bluetooth, cordless phone, facsimile. Different Pad-Versions available: 4-Pad-Version (CPX-53GA) 2-Pad-Version (CPX-53GB) Model CPX-53GA CPX-53GB Frequency Range Frequency Tolerance (at +25 C) Operating Temperature Range Temperature Stability Equivalent Series Resistance Load Capacitance (CL) Drive Level Aging (at +25 C) first year 8.0 MHz ~ 50.0 MHz ±10 ppm / ±30 ppm / ±50 ppm 10 C to +70 C ±10 ppm / ±30 ppm / ±50 ppm 8.0 MHz ~ MHz - 60 Ω max MHz ~ 40.0 MHz - 50 Ω max. 8 pf, 16 pf, 20 pf, etc. (Customer Spec.) 10 μw ~ 300 μw ±5 ppm 29

30 CPX-42 SMD CRYSTAL Pins #2 and #4 are connected with a cover. Example of a Terminal Land Pattern 4.0 x 2.5 x x 9.3 x Superdünner Quarz mit nur 0,8 mm Bauhöhe. 2. Günstiges Alterungsverhalten durch Seam-Welding Ceramic. 3. Geeignet für Reflow-Verarbeitung. 4. Geeignet für automatische Bestückung durch Lieferung auf Gurt. 5. Höchste Packungsdichte möglich durch sehr kleines Flächenmaß. APPLICATION Mobiltelefon, Bluetooth, Modems, Keyless-Go Systeme, Automotive, etc. Model Frequency Range Crystal Cut Load Capacitance (CL) Drive Level Frequency Tolerance (at +25 C) CPX MHz ~ 40.0 MHz Fundamental (AT-cut) 8pF, 10pF, 12pF, 16pF, Series (Customer Spec.) 10 μw (100 μw max.) ±10 ppm Equivalent Series Resistance See Table 1 Frequency Stability ±10 ppm ±15 ppm Operating Temperature Range -10 C to +60 C -30 C to +85 C Aging (at +25 C) first year Storage Temperature Range ±3 ppm / year -40 C to +90 C Table 1 AT-cut Fundamental Nominal Frequency (MHz) ESR (Ω )

31 CPX-32 SMD CRYSTAL 3.2 ± 0.2 Top View 2.5 ± 0.2 #1 #2 0.7 MAX #4 #3 #1 #2 Pins #2 and #4 are connected with a cover. Example of a Terminal Land Pattern C 0.3 #4 #3 3.2 x 2.5 x x 9.3 x Superdünner Quarz mit nur 0,7 mm Bauhöhe. 2. Günstiges Alterungsverhalten durch Seam-Welding Ceramic. 3. Geeignet für Reflow-Verarbeitung. 4. Geeignet für automatische Bestückung durch Lieferung auf Gurt. 5. Höchste Packungsdichte möglich durch sehr kleines Flächenmaß. APPLICATION Mobiltelefon, Bluetooth, Modems, Keyless-Go Systeme, Automotive, etc. Model Frequency Range Crystal Cut Load Capacitance (CL) Drive Level Frequency Tolerance (at +25 C) CPX MHz ~ 54.0 MHz Fundamental (AT-cut) 8pF, 10pF, 12pF, 16pF, Series (Customer Spec.) 10 μw (100 μw max.) ±10 ppm Equivalent Series Resistance See Table 1 Frequency Stability ±10 ppm ±15 ppm Operating Temperature Range -10 C to +60 C -30 C to +85 C Aging (at +25 C) first year Storage Temperature Range ±3 ppm / year -40 C to +90 C Table 1 AT-cut Fundamental Nominal Frequency (MHz) ESR (Ω )

32 CPX-22 SMD CRYSTAL 0.45 ± ± ±0.1 Top View Reference Land Pattern ± ± ±0.1 C ± ± ± x 9.3 x x 2.0 x Superdünner Quarz mit nur 0,45 mm Bauhöhe. 2. Günstiges Alterungsverhalten durch Seam-Welding Ceramic. 3. Geeignet für Reflow-Verarbeitung. 4. Geeignet für automatische Bestückung durch Lieferung auf Gurt. 5. Höchste Packungsdichte möglich durch sehr kleines Flächenmaß. APPLICATION Mobiltelefon, Bluetooth, Modems, Keyless-Go Systeme, Automotive, etc. Model CPX-22 Frequency Range 16.0 MHz ~ 40.0 MHz Crystal Cut Fundamental (AT-cut) Load Capacitance (CL) 8 pf, 10 pf, 12 pf, 16 pf, Series (Customer Spec.) Drive Level 10 μw (100 μw max.) Frequency Tolerance (at +25 C) ±10 ppm Equivalent Series Resistance 200 Ω max. Frequency Stability ±10 ppm ±15 ppm Operating Temperature Range -10 C to +60 C -30 C to +85 C Aging (at +25 C) first year ±3 ppm / year Storage Temperature Range -40 C to +90 C 32

33 TC-38 TC-26 TC-15 TUNING FORK (UHRENQUARZ) 3 Gehäuseversionen Ø 3.0 x 8.2 Ø 2.1 x 6.2 Ø 1.5 x 5.1 Temperature Characteristics X-cut Load Capacitance Characteristics 18.4 x 9.3 x 19.7 TC-38 TC-26 TC Because of their excellent shock resistance and low power consumption, the units are ideal for portable equipment. 2. Cylinder Type Metal Package / Holder. APPLICATION Used as a clock source for communication equipment, AV equipment, OA equipment, measuring instruments and various types of clocks. Model TC-38 TC-26 TC-15 Frequency Frequency Tolerance (at +25 C) Turn Over Temperature Frequency Coefficient Operating Temperature Range Aging (at +25 C) first year Storage Temperature Range Shunt Capacitance Motional Capacitance Equivalent Series Resistance Insulation Resistance Drive Level Load Capacitance (CL) khz ±5 ppm / ±10 ppm / ±20 ppm at +25 C ±5 C ppm / C 2 max. typical 10 C to +60 C ±3 ppm / year max. 20 C to +70 C 0.85 pf typical, 2 pf max. 2 ff typical Ω max. 500 MΩ min. at 100 VDC 1 μw max. 10 pf, 12.5 pf, etc. (Customer Spec.) 33

34 MM-25S SMD CRYSTAL LOW FREQUENCY Tuning Fork Crystal Electrode Arrangement Do not connect #2 and #3 to external device. Recommended Patterning Plastic Package. 8.0 x 3.8 x 2.5 Model MM-25S Nominal Frequency 30.0 khz to khz Frequency Tolerance (at +25 C) ±20 ppm / ±30 ppm / ±50 ppm Turnover Temperature +25 C Temperature Coefficient ppm/ C 2 typical Operable Temperature 40 C to +85 C Storage Temperature Range 55 C to +125 C Equivalent Series Resistance 30 kω ~ 50 kω max. Load Capacitance (CL) 12.5 pf typical Motional Capacitance 1 4 f F typical Shunt Capacitance pf typical Drive Level 1 μw max. Insulation Resistance 500 MΩ min. at 100 VDC ±15V Aging (at +25 C) first year ±5 ppm max. 34

35 MM-20SS SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Electrode Arrangement Do not connect #2 and #3 to external device. Recommended Patterning Plastic Package. 8.0 x 3.8 x 2.5 Model Frequency Frequency Tolerance (at +25 C) Turnover Temperature Temperature Coefficient Equivalent Series Resistance Load Capacitance (CL) Shunt Capacitance Drive Level Operating Temperature Aging (at +25 C) first year CROSS REFERENCES: MC-306 EPSON CM-200S CITIZEN MM-20SS khz ±20 ppm / ±30 ppm +25 C ±4 C ±0.006 ppm/ C 2 typical 50 kω max pf typical 2 pf max. 1 μw max. 10 C to +60 C ±3 ppm 35

36 MM-11B SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Electrode Arrangement Recommended Soldering Pattern 6.9 x 1.4 x Ultra-miniature type of SMD. 2. Highly stable characteristics high enough to permit reflow soldering. 3. Can be mounted automatically. 4. Low consumption makes it ideal for application to portable equipment. 5. Plastic Package. Model MM-11B Nominal Frequency khz Frequency Tolerance (at +25 C) Frequency vs Temperature Turnover Temperature Temperature Coefficient Operating Temp. Range Storage Temp. Range Equivalent Series Resistance Load Capacitance (CL) Motional Capacitance Shunt Capacitance Drive Level 36 ±20 ppm See drawing +25 C ±5 C ± ppm/ C 2 typical 40 C to +85 C 55 C to +125 C 65 kω max pf typical pf typical 1.2 pf max. 1 μw max. Insulation Resistance 500 MΩ min. at 100 VDC ±15V Aging (at +25 C) first year Sealing CROSS REFERENCES: MC-146 EPSON CM-130 CITIZEN ±3 ppm max. 1 x 10-2 μ Pa m 3 /s max.

37 TSM-250 TC-26 CRYSTAL (FUNKUHRQUARZ) Tuning Fork Crystal 2 Gehäuseversionen Ø 2.1 x 6.2 SMD Recommended Soldering Pattern 18.4 x 9.3 x 19.7 Ø 2.0 x 6.1/ Different versions of Metal Packages / Holders available. 2. Through Hole: Cylinder Type. 3. SMD: Cylinder Type with Lead-bent gull wing. Model TSM-250 TC-26 Frequency 77.5 khz ~ khz Frequency Tolerance (at +25 C) ±50 ppm / ±100 ppm Turnover Temperature +25 C ±5 C Temperature Coefficient ppm/ C 2 typical Operating Temperature Range 10 C to +60 C Equivalent Series Resistance 35 kω to 50 kω Load Capacitance (CL) 12.5 pf typical Shunt Capacitance 1.2 pf typical Drive Level 1 μw max. Insulation Resistance 500 MΩ min. at 100 VDC ±5V Aging (at +25 C) first year ±3 ppm 37

38 TSM-26B SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Soldering Pattern 18.4 x 9.3 x 19.7 Ø 2.0 x 6.1/ Ultra-miniature type of SMD. Cylinder Type Metal Package/ Holder with Lead-bent gull wing. 2. Highly stable characteristics high enough to permit reflow soldering. 3. Can be mounted automatically. 4. Low consumption makes it ideal for application to portable equipment. Model Nominal Frequency Frequency Tolerance (at +25 C) Turnover Temperature Temperature Coefficient Operating Temperature Range Equivalent Series Resistance Load Capacitance (CL) Shunt Capacitance Drive Level 38 TSM-26B khz ±10 ppm / ±20 ppm / ±30 ppm +25 C ±5 C ppm/ C 2 typical 20 C to +85 C 35 kω max pf typical 1.2 pf typical 1 μw max. Insulation Resistance 500 MΩ at 100 VDC ±5V Aging (at +25 C) first year ±3 ppm CROSS REFERENCES: CMR-200T CITIZEN

39 TSM-26BJ SMD CRYSTAL (UHRENQUARZ) Low Frequency Tuning Fork Crystal Recommended Land Pattern Reflow Condition 18.4 x 9.3 x x 2.3 x 6.5/ Ultra-miniature type of SMD. Cylinder Type Metal Package/ Holder with Lead-bent gull wing and Plastic Jacket. 2. Highly stable characteristics high enough to permit reflow soldering. 3. Can be mounted automatically. 4. Low consumption makes it ideal for application to portable equipment. 5. Flat Surface enables easy and safe handling with automatic insertion machines. Model Frequency Frequency Tolerance (at +25 C) Turnover Temperature Temperature Coefficient TSM-26BJ khz, khz ±20 ppm / ±30 ppm +25 C ±5 C ppm/ C 2 typical Operating Temperature Range 10 C to + 60 C Equivalent Series Resistance Load Capacitance (CL) Shunt Capacitance Drive Level Insulation Resistance Aging (at +25 C) first year 35 kω max pf typical 1.6 pf typical 1 μw max. 500 MΩ at 100 VDC ± 5 V ±3 ppm 39

40 SM-14J SMD CRYSTAL (UHRENQUARZ) Low Frequency Tuning Fork Crystal Recommended Land Pattern 18.4 x 9.3 x Miniature SMD tuning fork crystal resonator (jacket type). 2. Good for automatic mounting and reflow soldering. 3. Cylinder Type Metal Package/ Holder with Lead-bent gull wing and Metal Jacket. APPLICATION Suitable for various applications, particularly mobile telecommunications equipment. Model Frequency Range Vibration Mode Load Capacitance (CL) Drive Level Frequency Tolerance (at +25 o C) Equivalent Series Resistance Turnover Temperature Temperature Coefficient Operating Temperature Range Storage Temperature Range Shunt Capacitance Aging (at +25 o C) first year 5.05/6.88 x 1.57 x 1.65 SM-14J khz (30.0~80.0 khz) Fundamental 7 pf, 8 pf, 10 pf, 12 pf, 12.5 pf, Series 1 μw ±0.2 μw ±20 ppm / ±30 ppm 50 kω typical (70 kω max.) +25 C ±5 C ppm/ o C 2 max. typical -40 C to +85 C -40 C to +85 C 1.05 pf typical ±3 ppm max. 40

41 CMJ-206 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Land Pattern 18.4 x 9.3 x /8.3 x 2.5 x Metal Jacket makes crystal superior for automatic mounting and reflow soldering. 2. Cylinder Type Metal Package/ Holder with Lead-bent gull wing and Metal Jacket. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Model CMJ-206 Nominal Frequency khz Frequency Tolerance (at +25 o C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ±0.006 ppm/ C 2 typical Equivalent Series Resistance (at +25 o C) 50 kω max. Drive Level 1 μw max. Operating Temperature Range -40 C to +85 C Storage Temperature Range -55 C to +125 C Turnover Temperature +25 C ±5 C Aging (at +25 o C) first year ±3 ppm max. Shunt Capacitance 1.35 pf typical Q-Factor typical 41

42 CMJ-145 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Land Pattern 3.7/6.9 x 1.8 x x 9.3 x Metal Jacket makes crystal superior for automatic mounting and reflow soldering. 2. Ultra-miniature type. Best for high-density circuit boards. 3. Cylinder Type Metal Package/ Holder with Lead-bent gull wing and Metal Jacket. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Model CMJ-145 Nominal Frequency khz Frequency Tolerance (at +25 o C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ±0.006 ppm/ C 2 typical Equivalent Series Resistance (at +25 o C) 65 kω max. Drive Level Operating Temperature Range Storage Temperature Range Turnover Temperature Aging (at +25 o C) first year Shunt Capacitance Q-Factor 1 μw max. -40 C to +85 C -55 C to +125 C +25 C ±5 C ±3 ppm max. 1 pf typical typical 42

43 CM-519 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Land Pattern x x x x Ceramic Package of Tuning Fork Crystal units. 2. Ultra-Miniature and Thin Type. Best for High Density Circuit Boards. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Perfect for Pb-free products. Model CM-519 Nominal Frequency khz Frequency Tolerance (at +25 o C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ±0.006 ppm/ C 2 typical Equivalent Series Resistance (at +25 o C) 70 kω max. Drive Level 1 μw max. Operating Temperature Range -40 C to +85 C Storage Temperature Range -55 C to +125 C Turnover Temperature +25 C ±5 C Aging (at +25 o C) first year ±3 ppm max. Shunt Capacitance 1.33 pf typical Q-Factor typical 43

44 CM-415 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Land Pattern 4.1 x 1.5 x x 9.3 x Ceramic Package of Tuning Fork Crystal units. 2. Ultra-Miniature and Thin Type. Best for High Density Circuit Boards. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Perfect for Pb-free products. Model CM-415 Nominal Frequency khz Frequency Tolerance (at +25 C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ±0.006 ppm/ C 2 typical Equivalent Series Resistance (at +25 C) 70 kω max. Drive Level 1 μw max. Operating Temperature Range -40 C to +85 C Storage Temperature Range -55 C to +125 C Turnover Temperature +25 C ±5 C Aging (at +25 C) first year ±3 ppm max. Shunt Capacitance 1.05 pf typical Q-Factor typical 44

45 CM-315 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal Recommended Land Pattern 3.2 x 1.5 x x 9.3 x Ceramic Package of Tuning Fork Crystal units. 2. Ultra-Miniature and Thin Type. Best for High Density Circuit Boards. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Perfect for Pb-free products. Model CM-315 Nominal Frequency khz Frequency Tolerance (at +25 C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ±0.006 ppm/ C 2 typical Equivalent Series Resistance (at +25 C) 70 kω max. Drive Level 1 μw max. Operating Temperature Range -40 C to +85 C Storage Temperature Range -55 C to +125 C Turnover Temperature +25 C ±5 C Aging (at +25 C) first year ±3 ppm max. Shunt Capacitance 1.05 pf typical Q-Factor typical 45

46 CT-3215 SMD CRYSTAL (UHRENQUARZ) Tuning Fork Crystal x x x x Ceramic Package of Tuning Fork Crystal units. 2. Ultra-Miniature and Thin Type. Best for High Density Circuit Boards. APPLICATION Its low power consumption makes it ideal for application in portable equipments. Perfect for Pb-free products. Model CT-3215 Nominal Frequency khz Frequency Tolerance (at +25 C) ±20 ppm Load Capacitance (CL) 12.5 pf typical Temperature Coefficient ppm/ C 2 typical Equivalent Series Resistance (at +25 C) 70 kω max. Drive Level Operating Temperature Range Storage Temperature Range Turnover Temperature Aging (at +25 C) first year Shunt Capacitance Motional Capacitance Insulation Resistance Q-Factor 0,1 μw max. -40 C to +85 C -55 C to +125 C +25 C ±5 C ±3 ppm max. 1.6 pf typical 3.6 pf typical 500 MΩ at 100 VDC ±5 V typical 46

47 DIL-14 DIL-8 OSCILLATOR HXO SERIES Dot and square corner denote pin #1 Full size 4 pin DIP (DIL-14) Half size 4 pin DIP (DIL-8) 20.2 x 12.8 x x 12.5 x 5.5 Output Waveform Pin Connection 18.4 x 9.3 x 19.7 Full Size Half Size No Connection 1 1 Ground 7 4 Output V D.C Full metal resistance welded package and pin 7 case ground minimize the RF radiation and EMI. Standard full size and half size 4 pin DIP package. Glass stand-offs at bottom for proper defluxing. TTL/CMOS output. Choice of ±25 ppm, ±50 ppm and ±100 ppm inclusive frequency stability. TA = 25 C, VDD = 5 V Model DIL-14 DIL-8 Frequency Range Package Designator Frequency Stability Designator Output Load Input Current Logic 1 Level Logic 0 Level Symmetry (Duty Cycle) Rise and Fall time Input Voltage Operating Temp. Option on Pin 1 Disable Phase Delay Storage Temperature 0.1 MHz ~150.0 MHz HXO-14: Full size 4 pin DIP package (DIL-14) HXO-8: Half size 4 pin DIP package (DIL-8) A : ±25 ppm (±0.0025%) B : ±50 ppm (±0.005%) C : ±100 ppm (±0.01%) 50 pf or 10 TTL Gates 3 80 ma (frequency dependent) 90% VDD min. 10% VDD max. Inclusive of +25 C tolerance, operating temperature range, ±10% input voltage variation, load change, aging, shock and vibration. When 0 ( 0.8V) is applied to the pin 1 the output becomes high impedance. The output becomes active when 0 level is removed. OPTIONS: All Oscillator HXO are now available in 3.3 Volt Version as well. 47 default & standard 50% ± 10% max. at 0.5 VDD default & standard 50% ± 5% max. at 0.5 VDD (option) 4 ns max. 20% to 80% VDD 5V DC ± 10% operating, 7V DC max. 0 C to +70 C Enable / Disable Function (Tri-State) 100 ns max. 50 C to +125 C

48 SMD-1100S SMD OSCILLATOR No PIN 1 OE 2 GND 3 OUT 4 VDD Output Waveform Duty TW / T x 100% 14.0 x 9.8 x x 9.3 x J-Lead Plastic Surface Mount. 2. Wide Frequency Range. 3. Low Cost. 4. Tri-State Enable / Disable. 5. SG-615 / CMX-309 compatible. Model Output Load Frequency Range Frequency Stability Operating Temperature Range Input Current SMD-1100S 10 LS TTL CMOS / HCMOS 1.0 MHz ~ 70.0 MHz ±100 ppm / ±50 ppm 0 C to +70 C 1.0 MHz ~ 24.0 MHz 20 ma max MHz ~ 50.0 MHz 30 ma max MHz ~ 70.0 MHz 40 ma max. Input Voltage +5 V ±10% Output Level VOL: max. 0.4 V VOH: min. 4.5 V Symmetry Rise & Fall Time (max.) Tri State Output 40-60% 1/2 VDD 0.5 V / 4.5 V 5 ns Enable / High CROSS REFERENCES: SG-615 EPSON CMX-309 CITIZEN OPTIONS: Oscillator SMD-1100S is now available in 3.3 Volt Version as well. 48

49 SCO-700 SMD OSCILLATOR SERIES Suggested Pads Pin Connection: #1: E/D #2: GND #3: OUTPUT #4: VDD 7.0 x 5.0 x 1.6 Model Conditions SCO-735 SCO-736 SCO-745 SCO-746 Frequency Range 1.0 MHz ~ MHz 1.8 MHz ~ 36.0 MHz Frequency Stability All Condition ±50 ppm / ±100 ppm Operating -10 C to+70 C (-40 C to +85 C Option) Temperature Supply Voltage +3.3 V ±10 % x 9.3 V / x V Symmetry at 0.5 VDD 40/60 % 45/55 % 40/60 % 45/55 % VOL Level max. 10 % VDD Output Voltage VOH Level min. 90 % VDD Output Current 0 Level min. 8 ma 8 ma 16 ma 1 Level min. 8 ma 8 ma 16 ma # 1 open 1.0 ~ 24.0 MHz: 15 ma Current Consumption 1MHz: IDDmax. 24.0~ 50.0 MHz: 20 ma 10~25mA CL: max. 50.0~125.0 MHz: 30~45 ma TTL Load max. Driving Ability CMOS Load max. 15 pf max. 30 pf max. at 0.1 VDD~0.9 VDD Rise/Fall Time or 4.0 V~2.4 V 5 ns 10 ns 1.0 MHz~36.0 MHz: 5ms Start up Time Frequency Range 36.0 MHz~125.0 MHz: 10 ms # 1 open # 3 Active E/D Function # V # 3 Active # V # 3 High Z Parameters Conditions SCO-755 SCO-756 SCO-765 SCO-766 Frequency Range 1.0 MHz ~ MHz 1.8 MHz ~ 70.0 MHz Frequency Stability All Condition ±50 ppm / ±100 ppm Operating Temperature -10 C to +70 C (-40 C to +85 C Option) Supply Voltage +5.0 V ±10 % Symmetry at 0.5 VDD 40/60 % 45/55 % 40/60 % 45/55 % VOL Level max. 10 % VDD Output Voltage VOH Level min. 90 % VDD Output Current Current Consumption Driving Ability Rise/Fall Time Start up Time E/D Function 0 Level min. 4 ma 16 ma 1 Level min. 4 ma 16 ma # 1 open 1.0~ 24.0 MHz: 20 ma 1MHz: IDDmax. 24.0~ 50.0 MHz: 30 ma 1.8~36.0 MHz: 10~25mA CL: max. 50.0~125.0 MHz: 40~60 ma 36.0~70 MHz: 40~60 ma TTL Load max. CMOS Load max. at 0.1 VDD~0.9 VDD or 4.0 V~2.4 V Frequency Range pf max. 10 TTL 50 pf max. 15 ns 7 ns max. 1.0 MHz ~ 36.0 MHz: 5 ms 36.0 MHz ~ MHz: 10 ms # 1 open # 3 Active # V # 3 Active # V # 3 High Z OPTIONS: Oscillators SCO-700 are now available in 1.8 Volt and 2.5 Volt Versions as well.

50 SCO-600 SMD OSCILLATOR SERIES 18.4 x 9.3 x 19.7 Terminal Connection: #1: N.C. (OE) #2: GND #3: OUTPUT #4: +VDD 6.0 x 3.5 x 1.8 Ceramic Package with seam welding. Model SCO-655 SCO-656 SCO-635 SCO-636 Frequency Range MHz 0.5 ~ ~ Frequency Stability ppm ±25 / ±50 / ±100 Temperature Range Operating C 0 to +70 Storage C -55 to +125 Supply Voltage VDD 5 ± 10% 3.3 ± 10% 10 (* 15) max. (0.5~14.9 MHz) 10 (* 10) max. (0.5~ 14.9 MHz) 15 (* 20) max. (15.0~ 29.9 MHz) 15 (* 15) max. (15.0~ 29.9 MHz) 25 (* 30) max. (30.0~ 39.9 MHz) 20 (* 25) max. (30.0~ 39.9 MHz) Current Consumption ma 35 (* 40) max. (40.0~ 49.9 MHz) 25 (* 30) max. (40.0~ 49.9 MHz) 40 (* 50) max. (50.0~ 59.9 MHz) 30 (* 35) max. (50.0~ 59.9 MHz) (* Load: 50 pf) 40 (* 60) max. (60.0~ 69.9 MHz) 35 (* 45) max. (60.0~ 79.9 MHz) 50 (* 70) max. (70.0~ 89.9 MHz) 45 (* 60) max. (80.0~ 99.9 MHz) 60 (* 80) max. (90.0~107.0 MHz) 50 (* 70) max. (100.0~125.0 MHz) Output Level CMOS TTL CMOS TTL Load 15 pf (*50 pf max.) 2TTL / 5TTL / 10TTL 15 pf (*50 pf max.) 2TTL / 5TTL / 10TTL 0 Level VOL: 0.1 VDD max. VOL: 0.4 max. VOL: 0.1 VDD max. VOL: 0.4 max. VDD 1 Level VOH: 0.9 VDD min. VOH: 2.4 min. VOH: 0.9 VDD min. VOH: 2.4 min. 10 max. f0 40 MHz 10 max. f0 40 MHz Rise & Fall ns 6 max. f0 > 40 MHz 6 max. f0 > 40 MHz Time at 10% 90% VDD at 10% 90% VDD at 10% 90% VDD at VDD % at 1/2 VDD at 1/2 VDD Symmetry (f0 50 MHz) at 1.4 VDD (f0 50 MHz) at 1.4 VDD at 1/2 VDD at 1/2 VDD (f0 > 50 MHz) (f0 > 50 MHz) 50