CA55C050K335TA

PART CODE: CA55C050K335TA SPECIFICATION SHEET SPECIFICATION SHEET NO. N1021 - CA55C050K335TA DATE Oct. 21, 2021 REVISION A1 DESCRIPITION SMD Conductive Polymer Tantalum Capacitors EIA code 6032-28 CA55 Series, Case C, L6.00*W3.20*H2.80mm Rated Voltage 50 Vdc, Capacitance 3.3 μF, Tolerance ±20%, ESR 80 mΩ Max. Operating Temp. Range -55°C ~+125°C, Package in Tape/Reel, 500pcs/Reel RoHS/RoHS III compliant CUSTOMER CUSTOMER PART NUMBER CROSS REF. PART NUMBER ORIGINAL PART NUMBER CA55-C050M335T PART CODE CA55C050K335TA VENDOR APPROVE Issued/Checked/Approved DATE: Oct. 21, 2021 CUSTOMER APPROVE DATE: 10/31/2021 NextGen Components, Inc. 1 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C MAIN FEATURE • RoHS III Compliant • Wide Operating Temperature Range -55~+125℃ • Small volume, High Stability • Good Frequency Characteristic APPLICATION • For Surface Mount Consumer Electronic Equipment • Color TV sets, PC, Mobile Telephone sets Pickup camera Radar etc. RFQ PART CODE GUIDE Request For Quotation CA55 C 050 K 335 T A 1 2 3 4 5 6 7 1) CA55: Series code for SMD Conductive Polymer Tantalum Capacitors 2) C: Case size code for Dimension Case C, L6.00*W3.20*H2.80mm, EIA code 6032-28 3) 050: Rated voltage Code, 050: 50 Vdc 4) K: Capacitance Tolerance code, K: +/-20% 5) 335: Capacitance Code: 1st two digits represent Significant figures, 3rd Digit specifies number of Zeros, 335: 3.3μF 6) T: Package in Tape/Reel, 500pcs/Reel 7) A: Internal control or Customer’s Special Code (A~Z or 1~9) 2 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C DIMENSION (Unit: mm) Image for reference CA55 Case C Item Dimension L 6.00±0.20 W1 3.20±0.20 W2 2.20±0.20 H 2.80±0.20 S 1.30±0.20 Marking: T335 2128 Capacitance code: 3.3µF Rate Voltage Code: T=50V T335 2128 Polarity: Anode (+) Internal Control Code: 4 digits or letters Code F G J A C D E V T Rate Voltage (V) 2.5 4 6.3 10 16 20 25 35 50 3 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C PRODUCT STRUCTURE Image for reference LAND DIMENSIONS/COURTYARD Case Code Item Code Dimension (mm) C Density Level A Max. (Most) Land Protrusion W 2.35 L 2.77 S 2.37 V1 8.92 V2 4.50 W 2.23 L 2.37 S 2.57 V1 7.82 V2 4.00 W 2.13 L 1.99 S 2.73 V1 6.96 V2 3.74 (EIA 6032-28) Density Level A: For low-density product applications. Recommended for wave solder applications and provides a wider process window for reflow solder processes. Density Level B: For products with a moderate level of component density. Provides Recommended Profile Conditions for reflow solder processes. Density Level B Max. (Nominal) Land Protrusion Density Level C: For high component density product applications. Before adapting the Min. land pattern variations, the user should perform qualification testing based on the conditions outlined in IPC - 7351). Note: 1. Height of these chips may create problems in wave soldering. Density Level C Max. (Least) Land Protrusion 2. Land pattern geometry is too small for silkscreen outline. 4 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com CA55C050K335TA PART CODE: SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C ELECTRONICAL CHARACTERISTICS Item Unit Operating Temperature Range Symbol Characteristic Condition °C -55~+125 @＞85℃ Applying Voltage Derating: 10V Rated Voltage Range V DC 50 Capacitance Tolerance % ±20 @25℃, 100Hz Leakage Current μA I0 Measured after 5 Minutes Application of rated voltage reading, I 0≤ 0.01 CRUR or 6.6μA Max. whichever is greater @25 ℃ CR: (μF) Nominal Capacitance UR: (V) Rated voltage Capacitance μF CR 3.3 @25℃, 100Hz Dissipation Factor % tgδ 10.0 Max. ESR mΩ 80 Max. @25℃, 100KHz TEMPERATURE CHARACTERISTICS Item Unit Dissipation Factor (tgδ Max) Temperature Characteristics Capacitance change Leakage Current (I Max.) @Nominal Capacitance 3.3μF ℃ -55 +85 +125 % 9 9 12 % -55 +85 +125 ±10 ±10 ±12 μA Load Life Failure Rate Level ≤150% of the specified value Within ± 10% of the initial value +85 +125 8*I 0 10* I 0 ≤ 8 * of the specified value Under the normal load of 1000 hours, the failure rate of the product is less than 100 ppm 5 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C APPLICATION NTOE Storage Condition 1) Environmental temperature：10°C～ +30°C 2) Relative humidity no more than 60% 3) Storing period: No more than one and half year since the date of stocking. Application Guide 1) Ripple Current and Voltage If the ripple current is applied to the capacitor, the Joule heat (power dissipated) will be generated in the capacitor, so it will affect the reliability of the capacitor. (1) Power Dissipated The actual power dissipated can be calculated using the following formula: P=I² × ESR………Formula 1 P: Power dissipated (W); I: Ripple current (A); ESR: Equivalent series resistance (Ω) Power Dissipation for Case C ( EIA Code 6032-28): 90mW Max. @+25°C (2) Ripple Current Using the maximum power dissipation 90mW Max., the ripple current can be calculated using the following formula: I= ×K×F…………Formula 2 K: Temperature derating factor...... Table 1; F: Frequency derating factor........ Table 2 ESR: Refer to the ratings of each specific product Table 1: Temperature Drop Factor K Temperature Temperature Derating Factor K 25 °C 1 85 °C 0.9 125 °C 0.4 Table 2: Frequency Derating Factor F Frequency (KHz) 10 100 500 1000 MnO2 0.80 1.0 1.15 1.20 Polymer 0.75 1.0 1.10 1.30 Using formula 3 to calculate corrugated voltage E: E=Z×I………. Formula 3 E: Ripple voltage; Z: Specific frequency impedance 6 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C (3) Ripple Voltage The ripple voltage applied to the capacitor is limited by three criteria. (a) The power dissipation in the ESR of capacitor must not exceed 90mW Max. @+25°C (b) The positive peak AC voltage plus the DC bias voltage must not exceed the DC voltage rating of the capacitor. (c) The negative peak AC voltage, in combination with the bias voltage, if any , must not exceed the permissible reverse voltage ratings presented . 2) Reverse Voltage Solid tantalum capacitors are polarized devices , and applied reverse voltage can not be allowed . If the reverse voltage is unavoidable, a small degree of transient reverse voltage is permissible for short periods as follow. 25°C……. 10% of Max. rated voltage or 1V whichever is smaller 85°C……. 5% of Max. rated voltage or 0.5V whichever is smaller 125°C……1% of Max. rated voltage or 0.1V whichever is smaller Even under these restrictions, capacitors can not be used continuously in reverse voltage mode. 3) Working Voltage (1) For general applications, using 50% of rated voltage of capacitors or less. (2) When used at the power circuit, low impedance circuit , coupling circuit or witching circuit which has leakage current problems, please design the circuit with voltage under 30% of the working voltage ( max 50%) to avoid the adverse effect of the surge current. (3) Derating voltage when temperature above 85°C. When the chip tantalum capacitor is used at 85℃ or more temperatures, the reduced voltage (UT) is calculated from the following expression, however, note that the ambient temperature is not more than 125℃. U T=V 0 (U R-U C)(T-85)/40 UR: Rated voltage (V); UC: Derating voltage at 125°C; T: Ambient temperature (°C ) 7 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C 4) Protective Resistance In a circuit(switching circuit, charge / discharge circuit, etc.) that has an instantaneous current, series resistance is at least 3Ω/V, this can improve the reliability of tantalum capacitors. If the capacitor is in a low impedance circuit, the voltage applied to the capacitor should be half or one third of the rated voltage. 5) Redundancy MnO2 tantalum capacitors will heat, and may cause fire and burn in the short circuit . This is determined by the situation, time and other factors. When the circuit is designed, it is possible to provide the best possible space to keep the tantalum capacitor reliability. 6) Test Condition Ambient Temperature 25°C; Relative Humidity 60 to 70%; Air Pressure 800 to 1060mbar. Test and experiment, in order to make the test results not problems, it is necessary to will test the product after fully discharge. This product is a polar components, testing or when using it is strictly prohibited to will is negative pick back, in order to avoid performance failure 7) Soldering The SMD tantalum capacitor can be used for reflow soldering, which is not suitable for wave soldering and manual welding. The reflow temperature are ≤250°C, ≤ 5 seconds. If you must use manual welding, should use the melted solder to contact lead, and the electric soldering iron power should be less than or equal to 25W, temperature should be less than 300℃, welding time should be less than 3 seconds, can not use electric iron contact the product lead directly, and in particular, can not contact the product ontology directly. Recommended profile conditions for convection and IR reflow reflect the profile conditions of the IPC/J-STD-020D standard for moisture sensitivity testing 8 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C Temperature 8) . Recommended Profile Conditions Time Characteristics Unit Symbol SnPb Assembly Pb-Free Assemble Preheat Temperature Min. °C T smin 100 150 Preheat Temperature Max. °C T smax 150 200 Preheat time Second Ts 60~120 60~120 Ramp-up Rate °C/Second T L to T p ≤3 ≤3 Liquidous Temperature °C TL 183 217 Time Above Liquidous Second tL 30~150 60~150 Peak Temperature °C Tp 220 or 235 245 or 250 Time within 5°C Max. Peak Temperature Second tp ≤ 10 ≤3 Ramp-down Rate °C/Second T p to T L ≤6 ≤6 Time 25°C to Peak Temperature minute ≤6 ≤6 9 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C % Working Voltage 9) Recommended Voltage Derating Guidelines Temperature Condition -55 °C ~ 85 °C -55 °C ~ 125 °C % Change in Working DC Voltage with Temperature VR 80% of VR Recommended Max. Application @VR ≤10V 90 of VR 72% of VR Recommended Max. Application @VR ≥16V 80% of VR 64% VR 10 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com PART CODE: CA55C050K335TA SMD CONDUCTIVE POLYMER TANT. CAP. CA55 SERIES CASE C REEL 7”/180MM DIMENSION (Unit: mm, 500pcs/Reel) Code Dimension A 178.0+/-2.0 B 50.0 Min. C 13.0+/-0.50 G 12.4+/-1.5 T 1.5+/-1.0 TAPE DIMENSION (Unit: mm) Note: Tolerance ±0.2mm over 10 sprocket hole spaces Code Dimension A0 3.45+/-0.10 B0 6.40+/-0.10 K 2.92+/-0.10 W 12.0+/-0.30 E 1.75+/-0.10 F 5.50+/-0.05 P 8.00+/-0.10 P1 2.00+/-0.05 P2 4.00+/-0.10 D 1.50+/-0.20 D1 1.50+/-0.25 DISCLAIMER NextGen Component, Inc. reserves the right to make changes to the product(s) and or information contained herein without notice. No liability is assumed as a result of their use or application. No rights under any patent accompany the sale of any such product(s) or information 11 NextGen Components, Inc. sales@NextGenComponent.com www.NextGenComponent.com