Our Mission. Venkel s mission is to be. a leading supplier of surface. mount components by utilizing a. team of highly motivated people

Size: px

Start display at page:

Download "Our Mission. Venkel s mission is to be. a leading supplier of surface. mount components by utilizing a. team of highly motivated people"

Adelia Anderson
5 years ago
Views:

1 Our Mission Venkel s mission is to be a leading supplier of surface mount components by utilizing a team of highly motivated people dedicated to exceeding customer expectations through superior quality, price, service and innovation with integrity. 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

2 SMT Components We at Venkel believe that exceptional customer SEVICE is essential in today s business environment. Which is why we offer the customer the ability to go DIECT without losing the flexibility of distribution. Following are some of the value-added services offered by Venkel as we strive to be your leading SMT passive supplier. VENKEL SEVICE SOLUTIONS Broken eels (Small quantities) Engineering Kits Extensive Inventory Kitting Liberal Sampling Policy Bar-coding Bonded Inventory EDI CAPACITOS ESISTOS THEMISTOS INDUCTOS Consigned Inventory/Auto eplenishment System 2 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

3 What s new in this catalog CHIP CAPACITOS The Ceramic Chip Capacitor section has been completely redesigned. Cap values and sizes broken out by dielectric. New tables make it easier to find what you need. New 15 size added. Currently available in CG. Capacitance range 2pF ~ 15pF in 16V. Hi cap values in 5 dielectric have been expanded to include 63 in 4.7µF. 85 in 22µF. 126 in 22µF and 47µF. 121 in 47µF and 1µF. CG values have also been expanded to include 42, 5V, up to 1pF, 5% tolerance. 63, 5V, up to 27pF, 5% tolerance. 126, 25V, up to.1µf, 5% tolerance. CHIP ESISTOS New Product Line: Low Value Chip esistors (LC). New Product Line: Ultra Low Value Chip esistors (ULC). ectangular Thin Film Chip esistors (TFC) expanded to 4.7ohm eg. ohm. Ultra Precision Thin Film Chip esistors (UPTF) expanded to 1 ohm 5K ohm. Trimmable Chip esistors (TC) expanded to 1 ohm 4.7Meg. ohm. FEITE BEADS Additional Ferrite Bead values have been added to our Multilayer FBM series. Now up to 2K ohms. Frequency vs. Impedance curves have been improved and revamped. ENGINEEING KITS Ferrite Bead Kit. Hi-Cap Kit (Tantalum eplacement MLCC Kit). Hi-Cap CG Kit (Film Cap eplacement, MLCC Kit). 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

4 ohs Certificate of Compliance VENKEL LTD. hereby declares and certifies that all components manufactured are ohs compliant according to the definitions and restrictions given by The European Parliament (Directive 22/95/EC) and The Council of January 27, 23 on the restriction of the use of certain hazardous substances in electrical and electronic equipment, except as those noted below.* The directive provides guidelines to restrict the use of hazardous substances in the material composition of the components we supply throughout the supply chain and VENKEL LTD. hereby states that any of the following list of banned substances are not in any part of the components we supply except as noted. 1. Lead (Pb).1% (No. 5 in the annex)** 2. Mercury (Hg).1%** 3. Cadmium (Cd).1%** 4. Hexavalent Chromium (Cr+6).1%** 5. Polybrominated Biphenyls (PBB).1%** 6. Polybrominated Biphenyl Ethers (PBDE)** These include all product categories as follows: C (Ceramic Chip Capacitors) ULC (Ultra Low Value Chip esistors) HVC (High Voltage Ceramic) TFC (ectangular Thin Film) LIC (Low Inductance Capacitors) UPTF (Ultra Precision Thin Film) HQN (High-Q NP) TN (Melf Thin Film) TCM (Tantalum - Standard) MLF (Multilayer Chip Inductors) TNC (Tantalum - Built-in Fuse) LMCI (Low Value Multilayer Chip Inductors) TC (Tantalum - Low ES) NL (Wire Wound Chip Inductors) C (Chip esistors) MFI (Miniature F Chip Inductors) LC (Low Value Chip esistors) NTC (Chip Thermistors) * PHC Target completion date for lead free is June 25 * TH Target completion date for lead free is June 25 All the products listed above are now made in accordance to the ohs directive which states that: ** A maximum concentration of.1% by weight in homogenous materials for lead, mercury, hexavalent chromium, polybrominated biphenyls (PBB) and polybrominated biphenyl ethers (PBDE) and of.1% by weight in homogenous materials for cadmium shall be tolerated. Lead in glass and ceramics is exempt per No. 5 of the ohs annex. Prepared by: Nelson Johnson VENKEL LTD. Venkel ohs doc Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

5 Contents Description Product Line I.D. Page CHIP CAPACITOS Ceramic C High Voltage Ceramic HVC Low Inductance LIC High-Q NP HQN Tantalum Standard TCM Built-in Fuse TNC Low ES TC CHIP ESISTOS Thick Film C Low Value Chip esistors lc Ultra Low Value Chip esistors ulc ectangular Thin Film TFC Ultra Precision Thin Film UPTF Melf Thin Film TN High Value HMC Precision High Value PHC Chip esistor Arrays CN Trimmable TC EIA Standard esistance Values Marking Code for Chip esistors Taping Specifications for Chip esistors CHIP THEMISTOS NTC ESISTO NETWOKS TH CHIP INDUCTOS Multilayer MLF Low Value Multilayer LMCI Wire Wound NL Miniature F MFI CHOKE COILS CMCC FEITE BEADS Single-Layer FBS Multi-Layer FBM High Current FBC ENGINEEING KITS Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

6 Ceramic Chip Capacitors Multilayer chip capacitors have a low residual inductance, an excellent frequency response and minimal stray capacitance since there are no leads. These characteristics enable design to be very close to the theoretical values of the capacitors. NP/CG: SPECIFICATIONS: 15% 1% 5% % -5% -1% -15% -55 C 15% 1% 5% % -5% -1% -15% -55 C Typical Capacitance Change vs. Temperature -25 C C 25 C 5 C 75 C 1 C 125 C 7: SPECIFICATIONS: Typical Capacitance Change vs. Temperature -25 C C 25 C 5 C 75 C 1 C 125 C OPEATING TEMPEATUE ANGE: -55 C to +125 C TEMPEATUE COEFFICIENT: ±3PPM/ C TEMPEATUE VOLTAGE COEFFICIENT: ±3PPM/ C DISSIPATION FACTO:.1% MA. INSULATION ESISTANCE: >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. (The I at 125 C is 1% of the value at 25 C) AGEING: None WITHSTANDING VOLTAGE: >2.5 times VDCW TEST PAAMETES: Hz ± 1KHz at 1. ±.2 Vrms 1 pf, 25 C 1KHz ± 1Hz at 1. ±.2 Vrms > 1 pf, 25 C CAPACITANCE TOLEANCE: B,C,D,F,G,J,K OPEATING TEMPEATUE ANGE: TEMPEATUE COEFFICIENT: TEMPEATUE VOLTAGE COEFFICIENT: DISSIPATION FACTO: INSULATION ESISTANCE: -55 C to +125 C ±15% C MA. 7 not applicable For 5 volts and 1 volts: 2.5% MA.; For 25 volts: 3.% MA.; For 16 volts: 3.5% MA.; For 1 volts: 5.% MA.; For 6.3 volts: 1% MA. For values > 1µF and voltages 1V, the D.F. is 1% MA. >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. (The I at 125 C is 1% of the value at 25 C) 2.5% per decade hour, typical >2.5 times VDCW AGEING: WITHSTANDING VOLTAGE: TEST PAAMETES: * 1KHz ± 1Hz at 1. ±.2 Vrms > 1 pf, 25 C CAPACITANCE TOLEANCE: J,K,M 15% 1% 5% % -5% -1% -15% -55 C 5: SPECIFICATIONS: Typical Capacitance Change vs. Temperature -25 C C 25 C 5 C 75 C 1 C 125 C OPEATING TEMPEATUE ANGE: -55 C to +85 C TEMPEATUE COEFFICIENT: ±15% C MA. TEMPEATUE VOLTAGE COEFFICIENT: 5 not applicable DISSIPATION FACTO: For 5 volts and 1 volts: 2.5% MA.; For 25 volts: 3.% MA.; For 16 volts: 3.5% MA.; For 1 volts: 5.% MA.; For 6.3 volts: 1% MA. For values > 1µF and voltages 1V, the D.F. is 1% MA. INSULATION ESISTANCE: >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. (1, ohms at 125 C) AGEING: 2.5% per decade hour, typical WITHSTANDING VOLTAGE: >2.5 times VDCW TEST PAAMETES: * 1KH ± 1Hz at 1. ±.2 Vrms > 1 pf, 25 C CAPACITANCE TOLEANCE: J,K,M 2% % -2% -4% -6% 5U: SPECIFICATIONS: OPEATING TEMPEATUE ANGE: +1 C to +85 C Typical Capacitance Change vs. Temperature TEMPEATUE COEFFICIENT: +22% - 56% C MA. DISSIPATION FACTO: 4.% MA. INSULATION ESISTANCE: >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. AGEING: 5% per decade hour, typical WITHSTANDING VOLTAGE: >2.5 times VDCW TEST PAAMETES: 1KHz ± 1Hz at.5 ±.1 Vrms, 25 C CAPACITANCE TOLEANCE: M,,P -8% -55 C -25 C C 25 C 5 C 75 C 1 C 125 C 6 4% 2% % -2% -4% -6% -8% -1% -55 C Y5V: SPECIFICATIONS: OPEATING TEMPEATUE ANGE: TEMPEATUE COEFFICIENT: DISSIPATION FACTO: Typical Capacitance Change vs. Temperature -25 C C 25 C 5 C 75 C 1 C 125 C -3 C to +85 C +22% - 82% C MA. For 25 volts and 5 volts: 5% MA.; For 16 volts: 7% MA.; For 1 volts: 9% MA.; For 6.3 volts: 11% MA. For higher Cap values > 1µF, the D.F. is 2% MA. >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. 7% per decade hour, typical >2.5 times VDCW INSULATION ESISTANCE: AGEING: WITHSTANDING VOLTAGE: TEST PAAMETES:* 1KHz ± 1Hz at 1. ±.2 Vrms, 25 C CAPACITANCE TOLEANCE: M, * Test parameters for Hi-Caps: 7, 5 and Y5V 1KHz ± 1Hz at 1. ±.2 Vrms 1uF (1 V min.) 1KHz ± 1Hz at.5 ±.1 Vrms 1uF (6.3V max.) 12Hz ± 24Hz at.5 ±.1 Vrms > 1uF All components in this section are ohs compliant per the EU directives and definitions.

7 All tape and reel specifications must be adhered to per EIA A as noted and stated in the Chip esistor section on page 65. To t TOP TAPE EMBOSSED PAPE DIECTION OF FEED Paper Tape Carrier Dimensions T A (8mm) D D 1 PITCHES CUMULATIVE TOLEANCE ±.8 (±.2) P A B FULL ADIUS Taping Specifications Embossed Carrier Dimensions (8mm & 12mm) B Po Pz E C F W CENTE OF CAVITY G N T eel Dimensions TAPE B min C A (7") A (13") D min N min G T max 8mm.3 13 ± ± ± ± (.12) (.512 ±.2) (7 ±.79) (13 ±.8) (.795) (1.97) (.394 ±.59) (.587) 12mm.3 13 ± ± ± ± (.12) (.512 ±.2) (7 ±.79) (13 ±.8) (.795) (1.97) (.394 ±.59) (.587) SIE A B W F E Po Pz D t P.25 ±.5.45 ±.5 8. ± ± ±.1 4. ±.1 2. ± MA 2. ± (.1 ±.2) (.18 ±.2) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.39 ±.2) ( ) (.45 MA) (.79 ±.2).37 ±.5.67 ±.5 8. ± ± ±.1 4. ±.1 2. ± MA 2. ± (.14 ±.2) (.26 ±.2) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.39 ±.2) ( ) (.45 MA) (.79 ±.2).65 ± ±.2 8. ± ± ±.1 4. ±.1 2. ± MA 2. ± (.26 ±.4) (.43 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.39 ±.2) ( ) (.45 MA) (.79 ±.2) 1.1 ± ±.2 8. ± ± ±.1 4. ±.1 2. ± MA 4. ± (.43 ±.8) (.75 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.45 MA) (.157 ±.4) 1.16 ± ±.2 8. ± ± ±.1 4. ±.1 2. ± MA 4. ± (.46 ±.8) (.95 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.45 MA) (.157 ±.4) 2. ± ±.2 8. ± ± ±.1 4. ±.1 2. ± Unit: mm (inch) Unit: mm (inch) 1.15 MA 4. ± (.79 ±.8) (.142 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.45 MA) (.157 ±.4) -. C85 CG 5 11 J N P * Series Temperature ated Voltage Capacitance Tolerance Code: Termination Marking** Packaging Optional Identifier See Chart Characteristic 1st two digits (pico - Farads) *B = ±.1 pf N = Nickel Barrier, 6 = EIA J Code B = Bulk are significant 1st two digits *C = ±.25 pf Tinned Termination Leave blank if D = Paper Tape (1" eel) followed by are significant, *D = ±.5 pf Composition is No Marking E = Embossed Tape (7" eel) number of zeroes. followed by F = ± 1% 1% matte Tin (Sn) P = Paper Tape (7" eel) 63 = 6.3 VDCW number of zeroes. G = ± 2% P = Palladium Silver = Paper Tape (13" eel) 1 = 1 VDCW 11 = 1 pf J = ± 5% G = Gold over Nickel U = Embossed Tape (13" eel) * OPTIONAL IDENTIFIE Min./ Max. thickness designates minimum thickness * designates maximum thickness SIE 15 21* 42* TAPE SIE 8mm 8mm 8mm 8mm 8mm 8mm 8mm 12mm 12mm MIN QTY PE EEL MA QTY PE EEL 2, 15, , 15, 1, How To Order 7 in. eel Quantities** ** Quantity dependent on Chip Thickness * 21 and 42 Pitch ( P ) is.79" ±.4" (2. ±.1mm) Smaller quantities may be available. Please contact your sales person. SIE A B W F E Po Pz D To T P 1.48 ± ±.2 8. ± ± ±.1 4. ±.1 2. ± MA.6 MA 4. ± (.58 ±.8) (.91 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.98 MA) (.24 MA) (.157 ±.4) 2. ± ±.2 8. ± ± ±.1 4. ±.1 2. ± = 16 VDCW denotes decimal K = ± 1% P: For Palladium Silver Termination (PdAg) 25 = 25 VDCW 68 = 6.8 pf M = ± 2% add P above. 5 = 5 VDCW N = ± 3% Pb: For 9% Tin (Sn)/1% Lead (Pb) Termination 11 = 1 VDCW = +8-2% add Pb above. 21 = 2 VDCW P = +1 -% Standard termination finish for this product is 251 = 25 VDCW * For capacitance 1% matte Tin (Sn) values below 1 pf only. 2.5 MA.6 MA 4. ± (.79 ±.8) (.142 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.98 MA) (.24 MA) (.157 ±.4) 2.9 ± ±.2 8. ± ± ±.1 4. ±.1 2. ± MA.6 MA 4. ± (.114 ±.8) (.142 ±.8) (.315 ±.8) (.138 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2 ) ( ) (.98 MA) (.24 MA) (.157 ±.4) 3.6 ± ± ± ± ±.1 4. ±.1 2. ± MA.6 MA 8. ± (.142 ±.8) (.193 ±.8) (.472 ±.12) (.221 ±.4) (.69 ±.4) (.157 ±.4) (.79 ±.2) ( ) (.15 MA) (.24 MA) (.315 ±.4) -. ** 21 and 42 size capacitors cannot be marked The following letters define thickness as signified below: CODE: B C D E F G H I J K L M N O P Q 6 9 DIMENSION: Please Note: Venkel offers Engineering Kits for this product. See page 121 for details. 7

8 Ceramic Chip Capacitors NP/CG Dielectric W T L END BAND 25V Values that are typically available. Available in 25V only. (All measurements in inches) Size 15 (±.8) 21 (±.2) 42 (±.4) 54 (±.8) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) L W T (max) Min E/B ±.1.2 ±.1.2 ±.1.24 ±.15 VDCW (MA) 16V 25V 25V 5V 5V 1V 5V 1V 25V 5V 1V 5V 1V 5V 1V 5V 1V < CAP. CODE > 5 1 < CAP. VALUE > pF 1.pF 1 1pF pF pF Values shown to the left are available for 15 size only Values shown to the left are also available for 21 size only Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 8

9 Ceramic Chip Capacitors NP/CG Dielectric W T L END BAND 25V Values that are typically available. Available in 25V only. (All measurements in inches) Size 21 (±.2) 42 (±.4) 54 (±.8) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max) /.18 Min E/B ±.1.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 25V 25V 5V 5V 1V 5V 1V 25V 5V 1V 5V 1V 5V 1V 5V 1V 5V 1V < CAP. CODE > 392 < CAP. VALUE > µF µF 25V µF µF µF µF µF 17 1.µF * Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 9

10 Ceramic Chip Capacitors 7 Dielectric W T L END BAND 5 Values that are typically available. Available in 5 only. See 5 chart on page 12, for all values 1µF and above (All measurements in inches) Size 21 (±.2) 42 (±.4) 54 (±.8) 63 (±.6) 85 (±.8) L W T (max)* Min E/B ±.1 VDCW (MA) 6.3V 1V 16V 16V 25V 5V 25V 5V 1V 6.3V 1V 16V 25V 5V 1V 1V 16V 25V 5V 1V < CAP. CODE > 11 < CAP. VALUE > 1pF pF µF * For values above 1uF, thickness may be greater than specified above. T(max): 63.48" 85.75" 1 Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply.

11 Ceramic Chip Capacitors 7 Dielectric W T L END BAND 5 Values that are typically available. Available in 5 only. See 5 chart on page 12, for all values 1µF and above (All measurements in inches) Size 21 (±.2) 42 (±.4) 54 (±.8) 63 (±.6) 85 (±.8) L W T (max)* Min E/B ±.1 VDCW (MA) 6.3V 1V 16V 6.3V 1V 16V 25V 5V 1V 6.3V 1V 16V 25V 5V 1V 1V 16V 25V 5V 1V < CAP. CODE > 393 < CAP. VALUE > µF µF µF µF µF µF 17 1.µF * For values above 1uF, thickness may be greater than specified above. T(max): 63.48" 85.75" Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 11

12 Ceramic Chip Capacitors 7 Dielectric W T L END BAND 5 Values that are typically available. Available in 5 only. See 5 chart on page 12, for all values 1µF and above (All measurements in inches) Size 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max)* /.18 Min E/B.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 1V 16V 25V 5V 1V 1V 16V 25V 5V 1V 6.3V 1V 16V 25V 5V 1V 16V 25V 5V 1V < CAP. CODE > 12 < CAP. VALUE > 1pF µF µF * For values above 1uF, thickness may be greater than specified above. T(max): " " " " Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 12

13 Ceramic Chip Capacitors 7 Dielectric W T L END BAND 5 Values that are typically available. Available in 5 only. See 5 chart on page 12, for all values 1µF and above (All measurements in inches) Size 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max)* /.18 Min E/B.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 1V 16V 25V 5V 1V 1V 16V 25V 5V 1V 6.3V 1V 16V 25V 5V 1V 16V 25V 5V 1V < CAP. CODE > 394 < CAP. VALUE > µF µF µF µF µF µF * For values above 1uF, thickness may be greater than specified above. T(max): " " " " Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 13

14 Ceramic Chip Capacitors 5 Dielectric (Minimum 1µF) W T L END BAND Values that are typically available. (All measurements in inches) Size 42 (±.4) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max) /.18 Min E/B ±.1.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 6.3V 4V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 25V < CAP. CODE > 15 < CAP. VALUE > 1.µF * For values above 1uF, thickness may be greater than specified above. T(max): " " " " Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 14

15 Ceramic Chip Capacitors 5 Dielectric (Minimum 1µF) W T L END BAND Values that are typically available. (All measurements in inches) Size 42 (±.4) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max) /.18 Min E/B ±.1.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 6.3V 4V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 16V 25V 6.3V 1V 25V < CAP. CODE > 395 < CAP. VALUE > µF µF µF µF 17 1.µF * For values above 1uF, thickness may be greater than specified above. T(max): " " " " Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 15

16 Ceramic Chip Capacitors 5U Dielectric W T L END BAND Values that are typically available. (All measurements in inches) Size 54 (±.8) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max) /.18 Min E/B ±.1.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V < CAP. CODE > 12 < CAP. VALUE > 1pF µF µF Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 16

17 Ceramic Chip Capacitors 5U Dielectric W T L END BAND Values that are typically available. (All measurements in inches) Size 54 (±.8) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) 222 / 2221 (±.16) L /.225 W /.21 T (max) /.18 Min E/B ±.1.2 ±.1.2 ±.1.24 ± ±.15 VDCW (MA) 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V 25V 5V < CAP. CODE > 394 < CAP. VALUE > µF µF µF µF µF 17 1.µF Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 17

18 Ceramic Chip Capacitors Y5V Dielectric W T L END BAND Values that are typically available. (All measurements in inches) Size 21 (±.2) 42 (±.4) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) L W T (max) Min E/B ±.1.2 ±.1.2 ±.1.24 ±.15 VDCW (MA) 1V 6.3V 1V 16V 25V 5V 6.3V 1V 16V 25V 5V 6.3V 1V 16V 25V 5V 1V 16V 25V 5V 6.3V 1V 16V 25V 6.3V 1V 25V < CAP. CODE > 12 < CAP. VALUE > 1pF µF µF Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. 18

19 Ceramic Chip Capacitors Y5V Dielectric W T L END BAND Values that are typically available. (All measurements in inches) Size 21 (±.2) 42 (±.4) 63 (±.6) 85 (±.8) 126 (±.8) 121 (±.8) 1812 (±.12) L W T (max) Min E/B ±.1.2 ±.1.2 ±.1.24 ±.15 VDCW (MA) 1V 6.3V 1V 16V 25V 5V 6.3V 1V 16V 25V 5V 6.3V 1V 16V 25V 5V 1V 16V 25V 5V 6.3V 1V 16V 25V 6.3V 1V 25V < CAP. CODE > 394 < CAP. VALUE > µF µF µF µF µF 17 1.µF Note: Due to demand and raw material fluctuations in the market, changes and availability of individual values may occur. Minimum order quantities may apply. All components in this section are ohs compliant per the EU directives and definitions. 19

20 High Voltage NP/CG: Class I dielectric; ultra stable electrical characteristics over time, voltage, frequency and temperature changes. Low dielectric loss. SPECIFICATIONS: OPEATING TEMPEATUE ANGE: TEMPEATUE COEFFICIENT: TEMPEATUE VOLTAGE COEFFICIENT: DISSIPATION FACTO: INSULATION ESISTANCE: WITHSTANDING VOLTAGE: -55 C to +125 C ± 3PPM/ C ± 3PPM/ C.1% MA. >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. (The I at 125 C is 1% of the value at 25 C) See below TEST PAAMETES: H ± 5KH at 1. ±.2 Vrms 1 pf, 25 C 1KH ± 5H at 1. ±.2 Vrms > 1 pf, 25 C CAPACITANCE TOLEANCE: J,K 7: Stable Class II dielectric. SPECIFICATIONS: OPEATING TEMPEATUE ANGE: -55 C to +125 C TEMPEATUE COEFFICIENT: ± 15% C MA. TEMPEATUE VOLTAGE COEFFICIENT: 7 not applicable DISSIPATION FACTO: 2.5% MA. IINSULATION ESISTANCE: >1 ohms F or 1 G ohms, whichever is less at 25 C, VDCW. (The I at 125 C is 1% of the value at 25 C) WITHSTANDING VOLTAGE: See below TEST PAAMETES: 1KHz ± 5Hz at 1. ±.2 Vrms, 25 C CAPACITANCE TOLEANCE: J, K, M How To Order C126 CG J N E Series Temperature ated Voltage Capacitance Tolerance Code: Termination Marking Packaging See Chart Characteristic 1st two digits (pico - Farads) J = ± 5% P = Palladium Silver 6 = EIA J Code B = Bulk are significant, 1st two digits K = ± 1% N = Nickel barrier, Leave blank if E = Embossed Tape followed by are significant M = ± 2% Tinned Termination No Marking number of zeros followed by number Standard termination finish for this product 21 = 2V of zeroes. is 1% matte Tin (Sn) 251 = 25V 11 = 1 pf 51 = 5V denotes decimal 61 = 6V 68 = 6.8 pf 12 = 1V 22 = 2V 32 = 3V 42 = 4V 52 = 5V Dielectric Strength is equal to 1.5 times rated voltage (WVDC) for 5 volt capacitors and 1.2 times (WVDC) for 1, through 5, volt capacitors. Circuit applications in excess of 1, volts may require a surface coating to prevent external arcing. All components in this section are ohs compliant per the EU directives and definitions Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

21 Ceramic Chip Capacitors W T L END BAND VOLTAGE AND CAPACITANCE ANGE CAPACITO CASE SIE 85 in. mm SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B SIE *L *W T(Max) Max E/B.2.58 ATED WVDC 1 pf 1 pf 1 pf.1µf.1µf 2V V V ,V V 5V 1,V 2,V 25V 5V 1,V 2,V 25V 5V 1,V 2,V 3,V 4,V 25V 5V 1,V 2,V 3,V 4,V 5V 1,V 2,V 3,V 4,V 5,V 5V 1,V 2,V 3,V 4,V 5,V * Tolerance: ±.1" * NOTE: (1) Standard ranges begin at 1pF. Please consult your sales representative if values below 1pF are required. (2) Thickness may exceed the T(Max) specification if capacitance and rated voltage are near the end of the range. Please advise your sales representative if thickness is a concern. NPO or 7 7 only 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

22 Low Inductance Chip Capacitors Features Multilayer Chip Capacitor with very low inductance Monolithic structure for high reliability Excellent for by-pass filter applications Dimensions L W T E/B END BAND Unit: inch (mm) Series L W E/B (Max) T (Max) LIC36 LIC58 LIC ±.6.63 ± (.8 ±.15) (1.6 ±.15) (.22) (.86).48 ±.1.8 ± (1.2 ±.25) (2. ±.25) (.4) (.86).63 ± ± (1.6 ±.25) (3.2 ±.25) (.4) (.61) 7: SPECIFICATIONS: OPEATING TEMPEATUE ANGE: 7 = 55 C to +125 C TEMPEATUE COEFFICIENT: ±15% C max. VOLTAGE ATINGS: 1, 16, 25, 5 VDC DISSIPATION FACTO: 1V = 5.% max. 16V = 3.5% max. 25V = 3.% max. 5V = 2.5% max. INSULATION ESISTANCE: 1, MΩ min., or 1, MΩ (@ +25 C, VDC) per µf min. or 1 GΩ, whichever is less TEST PAAMETES: 1KHz ± 5Hz at 1. ±.2 Vrms, 25 C CAPACITANCE TOLEANCES: K = ±1%; M = ±2% Typical Inductance SEIES Measured Inductance (nh) LIC LIC58.4 LIC All components in this section are ohs compliant per the EU directives and definitions Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

23 Voltage and Capacitance ange 7 Case Size Voltage 13.1 µf µf V 36 1V 16V 25V 58 25V 5V V 5V How To Order LIC K N P Series Size Temperature ated Voltage Capacitance Tolerance Code: Termination Packaging Characteristic 1 = 1V (pico - Farads) K = ± 1% N = Nickel barrier, P = Paper Tape 16 = 16 V 1st two digits M = ± 2% Tinned Termination (7" reels 4,/L) 25 = 25V are significant Composition is 5 = 5V followed by number 1% matte Tin (Sn) of zeroes. Standard termination finish for this product 14 =.1 µf is 1% matte Tin (Sn) ecommended Land Pattern Unit: inch (mm) Series A B LIC36.12 (.31).6 (1.52) LIC58.2 (.51).8 (2.3) LIC612.3 (.76).12 (3.5) B.36" (.9mm) A.36" (.9mm) 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

24 Low Inductance Chip Capacitors Typical Impedance Characteristics LIC KNP LIC KNP 1 1 Impedance (Ω) Impedance (Ω) G Frequency (Hz).1 1G Frequency (Hz) Attenuation (db) Attenuation (db) G Frequency (Hz) -8 1G Frequency (Hz) Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

25 Typical Impedance Characteristics LIC KNP 1 Impedance (Ω) G Frequency (Hz) -2-3 Attenuation (db) G Frequency (Hz) All components in this section are ohs compliant per the EU directives and definitions. 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

26 High - Q NP Chip Capacitors Features Capacitance available from.2 pf to 1 pf. Available in 42, 54, 63, 85 & 121 sizes. Nickel Barrier / Tinned Termination. Characteristics Typical Series esonant Frequency Temperature Coefficient: % ± 3PPM / C, -55 C to 125 C 1 Dissipation Factor:.2 (.2%) max, 25 C Quality Factor: Ageing: Insulation esistance: Dielectric Strength: Q > Hz None 1, 25 C, 5 ma max 125 C I is 1% of 25 C, 5 ma max 2.5 x WVDC Min., 25 C, 5 ma max Frequency (GHz) Test Parameters: Hz ± 5kHz, 1. ±.2 VMS, 25 C Capacitance (pf) F Performance Characteristics 42, 54, 63 & 85 Maximum ES 121 Maximum ES pF 5.6pF 1pF 47pF 1pf 42 1pF.2 1pF 47pF 1pF 47pF ES (ohms).1 ES (ohms) Frequency (MHz) Frequency (MHz) All components in this section are ohs compliant per the EU directives and definitions Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

27 Voltage and Capacitance ange CASE SIE Voltage.2 pf.3 pf.4 pf.5 pf.6 pf.7 pf.8 pf.9 pf 1. pf 1.2 pf 1.5 pf 1.8 pf 2.2 pf 2.7 pf 3.3 pf 3.9 pf 4.7 pf 5.6 pf 6.8 pf 8.2 pf 9.1 pf 1 pf 12 pf 15 pf 18 pf 2 pf 22 pf 27 pf 33 pf 39 pf 47 pf 56 pf 68 pf 82 pf 1 pf 12 pf 15 pf 18 pf 22 pf 27 pf 33 pf 39 pf 47 pf 56 pf 68 pf 82 pf 1 pf 42 25V V 2V 1V 2V 1V 2V 1V 2V 5V Above selection indicates standard product offering. Contact factory for C/V requirements which may not be shown. Mechanical Characteristics T w L E/B PHYSICAL DIMENSIONS LENGTH ±.1" (Millimeters) (1.2±.1) (1.27) (1.52) (2.3) (3.18) WIDTH ±.1" (Millimeters) (.51±.1) (1.2) (.76) (1.27) (2.41) Electrodes Silver Base Tin Plating THICKNESS MA (Millimeters) (.51±.1) (1.2) (.9) (1.27) (1.52) ENDBAND MA (Millimeters) (.25) (.38) (.38) (.58) (.64) Nickel Barrier Layer How To Order C85 HQN J N E Series Dielectric ated Voltage Capacitance Tolerance Termination Marking Packaging See Chart Code 25 = 25V (pico - Farads) Code: N = Nickel barrier, 6 = EIA J Code B = Bulk High - Q NP 11 = 1V 1st 2 digits **A = ±.5 pf Tinned Termination Leave blank if E = Embossed Tape 151 = 15V are significant *B = ±.1 pf G = Gold over No Marking 21 = 2V followed by number *C = ±.25 pf Nickel 51 = 5V of zeroes. *D = ±.5 pf Standard termination finish for this product F = ± 1% is 1% matte Tin (Sn) G = + 2% J = ± 5% K = ± 1% *For capacitance values below 1 pf only **For capacitance values of 1.8 pf or less. * 42 size cannot be marked. 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

28 Tantalum Chip Capacitors TCM series Standard Tantalum Chip Capacitors. TCM Series Molded Chip Tantalum Capacitors are designed for use in thick film hybrid circuits and for direct mounting on printed circuit boards. Fully-molded construction has good resistance to mechanical stress and moisture. Specifications Standard atings and Case Codes Operating Temperature ange -55 C +125 C Maximum Operating Temperature at ated Voltage +85 C Leakage Current.1CV or.5µa max. Dissipation Factor Cap. 1.µF less than 4% at 2 C and 12 Hz Cap. 1.5µF less than 6% Test Condition Temp.: 6 C, humidity: 9 95% H, duration: 5 hrs Within 5% of the value Capacitance Charge Humidity before test Test Not to exceed the value Leakage Current specified above Dissipation Factor Not to exceed 125 % of the value specified above Test Condition Temp.: 85 C at rated voltage duration: 1, hrs Within 1% of the value Capacitance Charge High Temp. before test Load Test Not to exceed 125 % of the Leakage Current value specified above Dissipation Factor Not to exceed 125 % of the value specified above 26 C 1 sec. (Dip or eflow) Solderability Within 5% of recorded value before test. eliability Failure rate: Less than 1%/1, hours (6% CL) W.V. Cap. (µf) A, A,,A,A,B A,B,C A,B,C B,C B,C,D B,C,D B,C,D 6.3 A, A, A A,B A,B,C A,B,C A,B,C B,C,D B,C,D C,D C,D 1 A, A A A,B A,B,C A,B,C B,C B,C,D B,C,D C,D D D 16 A, A A,B A,B A,B,C A,B,C B,C B,C,D B,C,D C,D C,D D D 2 A, A, A A,B B,C B,C B,C B,C,D C,D C,D D D,E E 25 A A A A,B A,B,C B,C B,C C,D C,D D D E 35 A A A A A,B A,B A,B A,B,C B,C B,C C,D C,D C,D D D,E 5 A A,B B B B,C C C C C,D D D Dimensions D D D,E D D,E E D,E E a L a H b W Unit: mm (inch) Case Code L W H a b 2.5 ± ± MA..5 ± ±.1 (.8 ±.8) (.5 ±.8) (.47 MA.) (.2 ±.8) (.47 ±.4) A 3.2 ± ± ±.2.8 ± ±.2 (.126 ±.8) (.63 ±.8) (.63 ±.8) (.31 ±.12) (.47 ±.8) B 3.5 ± ± ±.2.8 ± ±.2 (.138 ±.8) (.11 ±.8) (.75 ±.8) (.31 ±.12) (.87 ±.8) C 6. ± ± ± ± ±.2 (.236 ±.8) (.126 ±.8) (.98 ±.8) (.51 ±.12) (.87 ±.8) D 7.3 ± ± ± ± ±.2 (.287 ±.8) (.169 ±.8) (.11 ±.8) (.51 ±.12) (.94 ±.8) E 7.3 ± ± ± ± ±.2 (.287 ±.8) (.169 ±.8) (.162 ±.8) (.51 ±.12) (.94 ±.8) All components in this section are ohs compliant per the EU directives and definitions Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

29 TCM SEIES DATA TABLE Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 4.V DC 2.2 TA 4 TCM 225 M TA 4 TCM 335 M A TA 4 TCM 335 M A TA 4 TCM 475 M A TA 4 TCM 475 M A TA 4 TCM 685 M A TA 4 TCM 685 M A TA 4 TCM 16 M A TA 4 TCM 16 M A B TA 4 TCM 16 M B A TA 4 TCM 156 M A B TA 4 TCM 156 M B C TA 4 TCM 156 M C A TA 4 TCM 226 M A B TA 4 TCM 226 M B C TA 4 TCM 226 M C B TA 4 TCM 336 M B C TA 4 TCM 336 M C B TA 4 TCM 476 M B C TA 4 TCM 476 M C D TA 4 TCM 476 M D B TA 4 TCM 686 M B C TA 4 TCM 686 M C D TA 4 TCM 686 M D B TA 4 TCM 17 M B C TA 4 TCM 17 M C D TA 4 TCM 17 M D D TA 4 TCM 157 M D D TA 4 TCM 227 M D D TA 4 TCM 337 M D V DC 1.5 TA 6 TCM 155 M TA 6 TCM 225 M A TA 6 TCM 225 M A TA 6 TCM 335 M A TA 6 TCM 335 M A TA 6 TCM 475 M A TA 6 TCM 475 M A A TA 6 TCM 685 M A B TA 6 TCM 685 M B TA 6 TCM 16 M A TA 6 TCM 16 M A B TA 6 TCM 16 M B C TA 6 TCM 16 M C A TA 6 TCM 156 M A B TA 6 TCM 156 M B C TA 6 TCM 156 M C Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

30 Tantalum Chip Capacitors TCM SEIES DATA TABLE Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 6.3V DC (continued) 22 A TA 6 TCM 226 M A B TA 6 TCM 226 M B C TA 6 TCM 226 M C B TA 6 TCM 336 M B C TA 6 TCM 336 M C D TA 6 TCM 336 M D B TA 6 TCM 476 M B C TA 6 TCM 476 M C D TA 6 TCM 476 M D C TA 6 TCM 686 M C D TA 6 TCM 686 M C C TA 6 TCM 17 M C D TA 6 TCM 17 M D D TA 6 TCM 157 M D D TA 6 TCM 227 M D E TA 6 TCM 227 M E E TA 6 TCM 337 M E V DC 1. TA 1 TCM 15 M TA 1 TCM 155 M A TA 1 TCM 155 M A TA 1 TCM 225 M A TA 1 TCM 225 M A A TA 1 TCM 335 M A A TA 1 TCM 475 M A B TA 1 TCM 475 M B A TA 1 TCM 685 M A B TA 1 TCM 685 M B C TA 1 TCM 685 M C TA 1 TCM 16 M A TA 1 TCM 16 M A B TA 1 TCM 16 M B C TA 1 TCM 16 M C B TA 1 TCM 156 M B C TA 1 TCM 156 M C B TA 1 TCM 226 M B C TA 1 TCM 226 M C D TA 1 TCM 226 M D B TA 1 TCM 336 M B C TA 1 TCM 336 M C Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

31 TCM SEIES DATA TABLE Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 1V DC (continued) 33 D TA 1 TCM 336 M D C TA 1 TCM 476 M C D TA 1 TCM 476 M D D TA 1 TCM 686 M D C TA 1 TCM 17 M C D TA 1 TCM 17 M D D TA 1 TCM 157 M D E TA 1 TCM 157 M E E TA 1 TCM 227 M E V DC.68 TA 16 TCM 684 M TA 16 TCM 15 M A TA 16 TCM 15 M A A TA 16 TCM 155 M A A TA 16 TCM 225 M A B TA 16 TCM 225 M B A TA 16 TCM 335 M A B TA 16 TCM 335 M B A TA 16 TCM 475 M A B TA 16 TCM 475 M B C TA 16 TCM 475 M C A TA 16 TCM 685 M A B TA 16 TCM 685 M B C TA 16 TCM 685 M C B TA 16 TCM 16 M B C TA 16 TCM 16 M C B TA 16 TCM 156 M B C TA 16 TCM 156 M C D TA 16 TCM 156 M D B TA 16 TCM 226 M B C TA 16 TCM 226 M C D TA 16 TCM 226 M D C TA 16 TCM 336 M C D TA 16 TCM 336 M D C TA 16 TCM 476 M C D TA 16 TCM 476 M D D TA 16 TCM 686 M D D TA 16 TCM 17 M D E TA 16 TCM 17 M E E TA 16 TCM 157 M E Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

32 Tantalum Chip Capacitors Cap. Case Catalogue µf Code P/N TCM SEIES DATA TABLE Standard Part Numbers & Data 2V DC Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω).15 TA 2 TCM 154 M TA 2 TNC 224 M TA 2 TCM 334 M TA 2 TCM 474 M TA 2 TCM 684 M A TA 2 TCM 684 M A TA 2 TCM 15 M A TA 2 TCM 15 M A A TA 2 TCM 155 M A A TA 2 TCM 225 M A B TA 2 TCM 225 M B B TA 2 TCM 335 M B C TA 2 TCM 335 M C B TA 2 TCM 475 M B C TA 2 TCM 475 M C B TA 2 TCM 685 M B C TA 2 TCM 685 M C B TA 2 TCM 16 M B C TA 2 TCM 16 M C D TA 2 TCM 16 M D C TA 2 TCM 156 M C D TA 2 TCM 156 M D C TA 2 TCM 226 M C D TA 2 TCM 226 M D D TA 2 TCM 336 M D D TA 2 TCM 476 M D E TA 2 TCM 476 M E E TA 2 TCM 686 M E V DC.47 A TA 25 TCM 474 M A A TA 25 TCM 684 M A A TA 25 TCM 15 M A Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

33 TCM SEIES DATA TABLE Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 25V DC (continued) 1.5 A TA 25 TCM 155 M A B TA 25 TCM 155 M B A TA 25 TCM 225 M A B TA 25 TCM 225 M B C TA 25 TCM 225 M C B TA 25 TCM 335 M B C TA 25 TCM 335 M C B TA 25 TCM 475 M B C TA 25 TCM 475 M C C TA 25 TCM 685 M C D TA 25 TCM 685 M D C TA 25 TCM 16 M C D TA 25 TCM 16 M D D TA 25 TCM 156 M D D TA 25 TCM 226 M D E TA 25 TCM 336 M E V DC.1 A TA 35 TCM 14 M A A TA 35 TCM 154 M A A TA 35 TCM 224 M A A TA 35 TCM 334 M A A TA 35 TCM 474 M A B TA 35 TCM 474 M B A TA 35 TCM 684 M A B TA 35 TCM 684 M B A TA 35 TCM 15 M A B TA 35 TCM 15 M B B TA 35 TCM 155 M B C TA 35 TCM 155 M C Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

34 Tantalum Chip Capacitors TCM SEIES DATA TABLE Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 35V DC (continued) 2.2 B TA 35 TCM 225 M B C TA 35 TCM 225 M C B TA 35 TCM 335 M B C TA 35 TCM 335 M C C TA 35 TCM 475 M C D TA 35 TCM 475 M D C TA 35 TCM 685 M C D TA 35 TCM 685 M D C TA 35 TCM 16 M C D TA 35 TCM 16 M D D TA 35 TCM 156 M D D TA 35 TCM 226 M D E TA 35 TCM 226 M E V DC.1 A TA 5 TCM 14 M A A TA 5 TCM 154 M A B TA 5 TCM 155 M B B TA 5 TCM 224 M B B TA 5 TCM 334 M B B TA 5 TCM 474 M B C TA 5 TCM 474 M C C TA 5 TCM 684 M C C TA 5 TCM 15 M C C TA 5 TCM 155 M C C TA 5 TCM 225 M C D TA 5 TCM 225 M D D TA 5 TCM 335 M D D TA 5 TCM 475 M D Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

35 Tantalum Chip Capacitors TNC series Built-in Fuse Type High Speed Pulse Noise Limiters TNC has Built-In Fuse to protect a circuit from damage even if the capacitor causes a short circuit. Standard atings and Case Codes Specifications Operating Temperature ange Maximum Operating Temp. at ated Voltage Capacitance Tolerance Dissipation Factor (Tan d) ES ESL Fuse Function DC Leakage Current Solderability Humidity Test High Temp. Load Test Failure ate Dimensions -55 C +125 C +85 C ±2% (at 2 C,12Hz) As per the following table As per the following table 5nH (Typ.) at 2MHz 5A: 5 sec. / 2A: 5 ~ 1 sec. As per the following table 26 C 1 sec. (Dip or eflow) Within 5% of recorded value before test. 6 C, 9 ~ 95% H for 5 hrs. w/o load 85 C, ated Voltage Applied for 2, hrs. or 125 C, Derated Voltage Applied for 2, hrs. 1% or less / 1, hrs. after solder (6%) CL) W.V. Cap. (µf) J 1A 1C 1D 1E 1V 1H B B B B,C C B B B B,C C C,D C D D D,D2 D,D2 D,D2 D B B B C B,C D C,D D,D2 D,D2 B B,C B B B C C D C,D B C C D D D2 C C C,D D D,D2 D2 D2 D,D2 D2 D2 C C,D D D L W Unit: mm (inch) H Case Code L W H a b B 3.5 ± ± ±.2.8 ± ±.2 (.138 ±.8) (.11 ±.8) (.75 ±.8) (.31 ±.8) (.87 ±.8) b C 6. ± ± ± ± ±.2 (.236 ±.8) (.126 ±.8) (.98 ±.8) (.47 ±.12) (.79 ±.8) a a D 7.3 ± ± ± ± ±.2 (.287 ±.8) (.169 ±.8) (.11 ±.8) (.51 ±.8) (.94 ±.8) D2 7.3 ± ± MA..5 ± ±.1 (.8 ±.8) (.228 ±.8) (.47 MA.) (.2 ±.8) (.47 ±.4) All components in this section are ohs compliant per the EU directives and definitions. 59 Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

36 Tantalum Chip Capacitors TNC SEIES DATA TABLE (Built-in Fuse Type) Standard Part Numbers & Data Cap. Case Catalogue µf Code P/N Max. DCL Max. DF Max C 1 khz (µa) 12 Hz (%) (Ω) 6.3V DC 1 B TA 6 TNC 16 M B C TA 6 TNC 476 M C D TA 6 TNC 686 M D D TA 6 TNC 17 M D D2 TA 6 TNC 17 M D D TA 6 TNC 157 M D V DC 4.7 B TA 1 TNC 475 M B B TA 1 TNC 685 M B B TA 1 TNC 16 M B C TA 1 TNC 16 M C C TA 1 TNC 156 M C C TA 1 TNC 336 M C D TA 1 TNC 336 M C D TA 1 TNC 476 M D D TA 1 TNC 686 M D D2 TA 1 TNC 686 M D D TA 1 TNC 17 M D D2 TA 1 TNC 17 M D V DC 2.2 B TA 16 TNC 225 M B B TA 16 TNC 335 M B B TA 16 TNC 475 M B C TA 16 TNC 685 M C B TA 16 TNC 16 M B C TA 16 TNC 16 M C D TA 16 TNC 156 M D C TA 16 TNC 226 M C D TA 16 TNC 226 M D D TA 16 TNC 336 M D D2 TA 16 TNC 336 M D D TA 16 TNC 476 M D D2 TA 16 TNC 476 M D D2 TA 16 TNC 686 M D Shepherd Mountain Cove Austin, T 7873 Phone: 512 / Fax: 512 / Toll Free: 8 /

General Purpose Ceramic Capacitors (C Series)

General Purpose Ceramic Capacitors (C Series) Features: RoHS Compliant and Halogen Free Capacitance range: 0.1pF to 220uF range: 4V to 100V Terminations: 100% matte Tin (Sn), Palladium (Pd-Ag), Gold (Au) and Lead (Pb) Very low ESR in X7R/X5R (