CB Series Tantalum Capacitors

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Estella Johnson
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Series Features: Lead-Free. Specially designed of general purpose. Highly reliable resin dipped type. xcellent frequency and temperature characteristics. Non-flammable epoxy resin.

1 Series Features: Lead-Free. Specially designed of general purpose. Highly reliable resin dipped type. xcellent frequency and temperature characteristics. Non-flammable epoxy resin. Specifications: Item Operating temperature range Rated working voltage range Performance haracteristics -55 to +125 (>85 with rated voltage derating) 6.3 to 50V dc Nominal capacitance range 0.1 to 300µF apacitance tolerance Leakage current ±20% (±10% is available) (120Hz, +20 ) Not more than 0.008V (µ) or 0.5µ whichever is greater Tan δ (120Hz, +20 ) Working voltage 6.3 to 50V apacitance 1.0µF 1.5 to 6.8µF 10 to 68µF 100µF tan δ haracteristics at high and low temperature -55 apacitance change ±12% of initial measured value at +20 Leakage current 10% of initial measured value +105 apacitance change ±12% of initial measured value at +20 Test conditions Moisture resistance Relative humidity : 90 to 95% without load mbient temperature : +40 uration : 500 hours Post test requirements at +20 Leakage current : 0.012V or 0.75 (µf), whichever is greater apacitance change : ±10% of initial measured value Tan δ : 150% of initial specified value Page <1> 03/03/11 V1.1

2 Series Specifications: Item Test conditions Performance haracteristics ndurance Item onditions erating (for 10 to 50V only) erating voltage +105 for 10 to 50V working Rating uration 1000 hours 1000 hours mbient temperature pplied voltage erated working voltage Rated working voltage Source impedance 1Ω/V 1Ω/V Working Voltage (V dc) erating Voltage (V dc) Post test requirements at +20 Leakage current apacitance change Tan δ Test onditions : 0.01% V or (µ), whichever is greater : ±10% of initial measured value : Initial specified value Shelf life uration : 1000 hours mbient temperature : +85 pplied voltage : (none) Post test requirements at +20 Same limits for ndurance Tantalum electrolytic capacitors resin dipped type Tantalum capacitor dipped type outline drawings imensions : Millimetres Page <2> 03/03/11 V1.1

3 Series imensions Table () F Formats 1/2 H Wire Length (L) 5,7 ±1 12, 14 ±1 18, 20 ±1 imensions in Millimetres ode Rated Voltage, apacitance of apacitors VR (V) ode 0J V 1H apacitance (µf) 0.10 (104) (154) (224) (334) (474) (684) (105) (155) (225) (335) 4.7 (475) (685) 10 (106) 15 (156) 22 (226) F Page <3> 03/03/11 V1.1

4 Series Rated voltage, capacitance of capacitors VR (V) ode 0J V 1H apacitance (µf) 33 (336) - F 47 (476) - 68 (686) - - F 100 (107) (157) F (227) F Ratings apacitance µf L (µ) F % SR (Ω) at 100kHz 6.3 Volt at 85 (4 Volt, at 125 ) J475#### J685#### J106#### J156#### J226#### J336#### J476#### J686#### J107#### J157#### J227#### 10 Volt at 85 (6.3 Volt, at 125 ) #### #### #### #### #### Page <4> 03/03/11 V1.1

5 Series Ratings apacitance µf L (µ) 10 Volt at 85 (6.3 Volt, at 125 ) F % SR (Ω) at 100kHz #### #### #### #### #### 0.8 F ##F## 16 Volt at 85 (10 Volt, at 125 ) #### #### #### #### #### #### #### #### #### #### #### 10 F ##F## 25 Volt at 85 (16 Volt, at 125 ) F #### #### #### #### #### #### #### #### #### #### #### ##F## ##F## Page <5> 03/03/11 V1.1

6 Series Ratings apacitance µf L (µ) 35 Volt at 85 (23 Volt, at 125 ) 0.1 F % SR (Ω) at 100kHz V104#### V154#### V224#### V334#### V474#### V684#### V105#### V155#### V225#### V335#### V475#### F V685#### V106#### V156#### V226#### V336##F## V476##F## 50 Volt at 85 (33 Volt, at 125 ) H104#### H224#### H334#### H474#### H684#### H105#### H155#### H225#### H335#### H475#### H685#### H106#### Note: ll # # # # to ambient temperature of +20 measured at 120Hz, 0.5V rms unless otherwise stated insert capacitance tolerance : K for ±10% and M for ±20% insert format 1 for pitch 2.54mm; format 2. for pitch 5.08mm insert wire length see page 8. insert bulk : ode or mmo pack : ode T. Page <6> 03/03/11 V1.1

7 Series Packaging of bead tantalum capacitors explanation of part numbers OJ 475 M I &T Series ode Rated Voltage Quantity per bag: ode. The capacity of the plastic bags depends on. Nominal apacitance apacitance Tolerance Format & Lead Space Size ode Wire Length ulk & mmo Pack Format (1) Qty per bag (cut 7mm) Form to 1000 Form to 1000 Form to F 500 Format (1) Tape and mmo Packing (conform to: I286-2) ode T. Tape and ammo packing (conform to: I286-2) Qty per bag (cut 14mm) Form to 1000 Form to 500 Form to F 500 Format (2) Qty per bag (cut 7mm) Form to 1000 Form to 500 Form to F 500 Item ode imension (mm) arrier tape width W Hold down tape width W ±0.5 Hold down tape position W maximum Feed hole diameter 4.0 ±0.2 Feed hole pitch P 12.7 ±0.3 Format 2 Hole centre to lead P 1 Format 1: 5.05 ±0.7 Format 2: 3.85 ±0.7 Hole centre to component centre P 6.35 ±1.0 Lead wire clench height H 16 ±0.5 Hole position H ±0.5 ase of component height H minimum omponent height H maximum omponent alignment P 0 ±1.3 h 0 ±2.0 Format 1 Lead spacing S Lead diameter d 0.5 ±0.05 Length of snipped lead L 11.0 maximum arrier tape thickness T 0.5 ±0.1 ase ode to to to F Qty. (PS/box) Page <7> 03/03/11 V1.1

8 Series Table escription PITOR, 4.7µF, 6.3V PITOR, 6.8µF, 6.3V PITOR, 10µF, 6.3V PITOR, 15µF, 6.3V PITOR, 22µF, 6.3V PITOR, 33µF, 6.3V PITOR, 47µF, 6.3V PITOR, 68µF, 6.3V PITOR, 100µF, 6.3V PITOR, 150µF, 6.3V PITOR, 220µF, 6.3V PITOR, 4.7µF, 10V PITOR, 6.8µF, 10V PITOR, 10µF, 10V PITOR, 15µF, 10V PITOR, 22µF, 10V PITOR, 33µF, 10V PITOR, 47µF, 10V PITOR, 68µF, 10V PITOR, 100µF, 10V PITOR, 150µF, 10V PITOR, 220µF, 10V PITOR, 2.2µF, 16V PITOR, 3.3µF, 16V PITOR, 4.7µF, 16V PITOR, 6.8µF, 16V PITOR, 10µF, 16V PITOR, 15µF, 16V PITOR, 22µF, 16V PITOR, 33µF, 16V PITOR, 47µF, 16V PITOR, 68µF, 16V PITOR, 100µF, 16V 0J475M2 0J685M2 0J106M2 0J156M2 0J226M2 0J336M2 0J476M2 0J686M2 0J107M2 0J157M2 0J227M2 1475M2 1685M2 1106M2 1156M2 1226M2 1336M2 1476M2 1686M2 1107M2 1157M2 1227M2F 1225M2 1335M2 1475M2 1685M2 1106M2 1156M2 1226M2 1336M2 1476M2 1686M2 1107M2 Page <8> 03/03/11 V1.1

9 Series Table escription PITOR, 150µF, 16V PITOR, 1µF, 25V PITOR, 1.5µF, 25V PITOR, 2.2µF, 25V PITOR, 3.3µF, 25V PITOR, 4.7µF, 25V PITOR, 6.8µF, 25V PITOR, 10µF, 25V PITOR, 15µF, 25V PITOR, 22µF, 25V PITOR, 33µF, 25V PITOR, 47µF, 25V PITOR, 68µF, 25V PITOR, 100µF, 25V PITOR, 0.1µF, 35V PITOR, 0.15µF, 35V PITOR, 0.22µF, 35V PITOR, 0.33µF, 35V PITOR, 0.47µF, 35V PITOR, 0.68µF, 35V PITOR, 1µF, 35V PITOR, 1.5µF, 35V PITOR, 2.2µF, 35V PITOR, 3.3µF, 35V PITOR, 4.7µF, 35V PITOR, 6.8µF, 35V PITOR, 10µF, 35V PITOR, 15µF, 35V PITOR, 22µF, 35V PITOR, 33µF, 35V PITOR, 47µF, 35V PITOR, 0.1µF, 50V PITOR, 0.22µF, 50V 1157M2F 1105M2 1155M2 1225M2 1335M2 1475M2 1685M2 1106M2 1156M2 1226M2 1336M2 1476M2 1686M2F 1107M2F 1V104M2 1V154M2 1V224M2 1V334M2 1V474M2 1V684M2 1V105M2 1V155M2 1V225M2 1V335M2 1V475M2 1V685M2 1V106M2 1V156M2 1V226M2 1V336M2F 1V476M2F 1H104M2 1H224N2 Page <9> 03/03/11 V1.1

10 Series Table escription PITOR, 0.33µF, 50V PITOR, 0.47µF, 50V PITOR, 0.68µF, 50V PITOR, 1µF, 50V PITOR, 1.5µF, 50V PITOR, 2.2µF, 50V PITOR, 3.3µF, 50V PITOR, 4.7µF, 50V PITOR, 6.8µF, 50V PITOR, 10µF, 50V 1H334M2 1H474M2 1H684M2 1H105M2 1H155M2 1H225M2 1H335M2 1H475M2 1H685M2 1H106M2 isclaimer This data sheet and its contents (the "Information") belong to the Premier Farnell Group (the "Group") or are licensed to it. No licence is granted for the use of it other than for information purposes in connection with the products to which it relates. No licence of any intellectual property rights is granted. The Information is subject to change without notice and replaces all data sheets previously supplied. The Information supplied is believed to be accurate but the Group assumes no responsibility for its accuracy or completeness, any error in or omission from it or for any use made of it. Users of this data sheet should check for themselves the Information and the suitability of the products for their purpose and not make any assumptions based on information included or omitted. Liability for loss or damage resulting from any reliance on the Information or use of it (including liability resulting from negligence or where the Group was aware of the possibility of such loss or damage arising) is excluded. This will not operate to limit or restrict the Group's liability for death or personal injury resulting from its negligence. SP Multicomp is the registered trademark of the Group. Premier Farnell plc Page <10> 03/03/11 V1.1

MC 5% Series. Construction. Power Rating and Dimension. Features: Page <1> 07/04/12 V1.1. Dimension. Width (W) ± Series. Height (H) ±0.

MC 5% Series. Construction. Power Rating and Dimension. Features: Page <1> 07/04/12 V1.1. Dimension. Width (W) ± Series. Height (H) ±0. Construction Power Rating and Dimension Series Length (L) ±0.1 Width (W) ±0.15-0.1 Dimension Height (H) ±0.05 Length (L1) ±0.1 Length (L2) ±0.1 MC 0603 1.6 ±0.1 0.8 0.45 0.3 0.3 MC 0805 2 ±0.15 1.25 0.4