BOTHHAND Outline Operation Precautions Storage Conditions Series
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BP-CAP
BOTHHAND
Outline Operation Precautions Storage Conditions Series System Diagram5 Marking6 Part Number System7 Specifications BP-CAP Series8 Dimensions Characteristics List9 Taping Specifications Structure BP-CAP11 Recommended Land Pattern Dimension11 Reflow Temperature Profile12 Frequency Characteristics BP-CAP13 Temperature Characteristics15
BP-CAP
BOTHHAND
Outline
BP-CAP
"BP-CAP" (BOTHHAND polymer Best Polymer) conducting polymer chip capacitor. Sintered Tantalum used anode, while cathode, original "Bothhand" processing method utilized with highly conductive polymer. -CAP" (Equivalent Series Resistance) level excellent performance high frequency with profile high capacitance properties. This chip capacitor best used digital high frequency electronic devices providing high levels reliability high heat resistance.
Features
impedance high frequency. high ripple current. profile chip capacitor. friendly. terminals with plated lead free. lead used material meet RoHS well. life(85 1000Hrs). noise-absorbent characteristics. temperature characteristics -55. rush current guaranteed 20A. soldering method available (10sec. 240). than Ta-cap (MnO capacitor) safety. Computers (Mainboard Note Book) Camcorder, Digital Still Camera Converter Communications Devices Base Station. terminals, etc.) System Drive, Drive, Drive
Application
BP-CAP
BOTHHAND
Operation Precautions
Crucial Precautions Polarity reverse polarity increasing leakage current short circuit result because BP-CAP conductive polymer capacitor with positive negative electrodes. maintain high reliability, sudden charge discharge should restricted. When sudden charge discharge causes excessive rush current, protection circuit recommended because this main cause short circuit large leakage current. When measuring leakage current, sure insert protection resistor charge discharge. soldering conditions within range prescribed this delivery specification. There possibility capacitor becoming defective specification followed. BP-CAP used these circuits circuit which more BP-CAP connected series raise endurance voltage. Circuits greatly affected leakage current. High impedance voltage retention circuits. Time constant circuits. Coupling circuits. Exceeding rated voltage applied even instant cause short circuit. Allow wider margins capacitance, impedance other characteristics when BP-CAP used industrial equipment insure reliability. without recognized document from Bothhand.
Sudden charge discharge restricted
Soldering considerations
Prohibited circuits
Over voltage prohibited during design industrial equipment considerations Using equipment regarding human life Circuit designing cautions Check rated performance Operation temperature ripple current Applied voltage designing
Design circuit after checking operation installation environments, rated performance that this falls within range stipulated this delivery specification. operation temperature fall within range stipulated this delivery specification. supply current that exceeds allowable ripple current order avoid increasing internal heat reducing BP-CAP' life. Less than rated voltage category voltage recommended. voltage plus peak voltage shall exceed rated voltage category voltage, voltage plus negative peak voltage shall allow voltage reversal.
BP-CAP Reduction failure stress
BOTHHAND BP-CAP shows stable characteristic when used within rated voltage, damaged short circuit excessive voltage applied. BP-CAP used environment reduced ambient temperature, ripple current voltage this extends life capacitor. Leakage current increases slightly occasion even when soldering conditions fall within range. During high temperature, high humidity storage temperature cycling with voltage applied, leakage current also increases slightly. these situations, leakage current will decrease applying voltage under BP-CAP's maximum operation temperature. When temperature close maximum operating temperature increasing applying voltage, speed leakage current restored. BP-CAP following environments Where contact with oil, water salt water occur. Where condensation form. Where noxious gases, such sulfurous acid, chlorine, ammonia, hydrogen sulfide, etc. used. Where ozone, ultraviolet rays radiation could affect BP-CAP. Match BP-CAP' land pattern dimension when mounting BP-CAP board. Select type capacitor carefully. When BP-CAP used parallel connection with another capacitor, large amounts ripple current maybe applied. BP-CAP' failure mode short. When breaks down, short electric currents flow gives heat from this occurrence. Full consideration design relation safety because heat influence this parts around BP-CAP. Temperature frequency fluctuations affect electrical characteristics. Check amount fluctuation before design circuits.
Leakage current
Operation environment
Land pattern Parallel connection
Protect circuit
Others
Storage Conditions
Seal reel storage until just before using. storage period shorter than twelve months when sealed storage bag. When remainder occurs, please return them storage seal again. Store BP-CAP temperature less than relative humidity less than 75%. store locations where they could subject direct sunlight. store BP-CAP these environments With water, salt spray, spray, condensation. Filled with noxious gas, such hydrogen sulfide, sulfurous acid, chlorine, nitrous acid, etc. Susceptible ozone, ultraviolet rays radiation.
BP-CAP
BOTHHAND
Series System Diagram
Standard Products
TBC*1 Profile Products
TBE*1 Products
*1Under development.
BP-CAP
BOTHHAND
Marking
Logo(+)
Rated Capacitance*3
Rated Voltage*1
Series*4
Lot. (28weeks 28)*2
rated voltage follows.
W.V. Mark
Lot. shows roughly manufacturing week. rated capacitance follow.
Capacitance(f) Mark
Series follow.
Series Mark
BP-CAP Part Number System
BOTHHAND
Series
Rated Capacitance
Rated Tolerance
Rated Voltage
(55)
E.S.R. Code
Series
series series series Rated Code
Code Capacitance
Rated Tolerance
Code R.V. Mark
(mO)
Code
Standard series products profile series products E.S.R series products
BP-CAP
BOTHHAND
SERIES Standard Products
Specifications
Operating Temperature range Rated capacitance range (120Hz/25) Capacitance tolerance (120Hz/25) Rated voltage Dissipation Factor D.F. (120Hz/25) Leakage current (Rated voltage applied, after minutes) Equivalent Series Resistance (100kHz/25) Temperature characteristics Impedance ratio (100kHz/+25) Endurance (85, 1000h, rated voltage applied) *(105,0.8 times rated voltage applied) Z/Z25 +105() 470( 10.0(V.DC) 10.0(%) 0.1CV(µA) Please attached characteristics list Within± initial value times initial limit times initial limit) initial limit Within+50%, -20% initial value Damp heat (Steady state) (60, 95%RH, 500h, voltage applied) Within+40%, -20% initial value (Except above model) times initial limit times initial limit Within± initial value times initial limit times initial limit
+105 Z/Z25 D.F. L.C.
D.F. L.C.
Surge (105,1000 cycles,1 discharge resistance, surge voltage applied)
D.F.
L.C.
BP-CAP
BOTHHAND
Characteristics list
Maximum allowable Rated Size code BOTHHAND Part number Rated Voltage Capacitance (%max.) max./5min. 10.0 10.0 10.0 10.0 10.0 100.0 150.0 63.0 94.5 138.6 88.0 132.0 82.5 117.5 D.F. L.C. E.S.R (mmax.) 100KHz/25 ripple current (mArms) 100kHz* TBP100M10E55 TBP150M10E40 TBP100M6R3E45 TBP150M6R3E55 TBP220M6R3E40 TBP220M4E55 TBP330M4E40 TBP330M2R5E55 TBP470M2R5E40*2 10.0 10.0 1900 2000 1700 1900 2000 1900 2000 1900 2000
*1100KHz 500KHz *2Under Development
Dimensions (unit:
size code 0.2)
0.2)
0.2)
0.2)
0.1)
0.3:D3
RV(SV)
0.1:D2 (5.0) (8.0) 10.0 (13.0)
(3.2)
BP-CAP
BOTHHAND
Taping Specifications
Dimension carrier tape (unit:
Packing quantities
Size
Pieces/reel( Pieces/reel( 2500
Size
Code 0.05
0.05
Dimension packing case unit:
12.0 1.75
4.65
Dimension measure compartment' inside bottom. (+)Polarity chip placed right side towards unreeling Dimension cover tape Thickness cover tape: 10m/Width cover tape: 9.5± 0.2mm
Reel size
Reel dimension (unit:
Units packing case
Size code
Pieces/Case 12500
Outside packing case Reel size
12.5
BP-CAP
BOTHHAND
Structure BP-CAP
Recommended Land Pattern Dimension
Size Code
BP-CAP
BOTHHAND
Recommended Reflow Soldering Temperature Profile
cycles reflow soldering2
Peak temperature 5sec 40sec Temperature surface capacitor
60sec
120sec
30sec
Time
Recommended Lead Free Reflow Soldering Profile Peak Temperature
cycles reflow soldering2
Peak temperature 5sec 40sec Temperature surface capacitor
60sec
120sec
30sec
Time
Recommended Lead Free Reflow Soldering Profile Peak Temperature
cycles reflow soldering2
Peak temperature 5sec Temperature surface capacitor
60sec
180sec
6sec
90sec
Time
Soldering With Soldering Iron
temperature soldering iron350 Power soldering iron30W Working time3sec When soldering, soldering iron touch BP-CAP subject BP-CAP excessive stress.
BP-CAP
BOTHHAND
Frequency Characteristics BP-CAP
Capacitance
Bothhand D100/10
Capacitance (uF)
1000 Frequency (Hz) 10000 100000 1000000
Bothhand D100/10
0.01
0.001 1000 Frequency (Hz) 10000 100000 1000000
BP-CAP
BOTHHAND
Bothhand D100/10
0.01 1000 Frequency (Hz) 10000 100000 1000000
Impedance
Bothhand D100/10
1000
0.01 1000 Frequency (Hz) 10000 100000 1000000
BP-CAP
BOTHHAND
Temperature Characteristics
Temperature Characteristics(ESR)
change(%)
-100
BP-Cap 100F10V
-150
MLCC 10F16V
-200
Temperature()
Temperature Characteristics(Cap.)
Cap. Change(%)
-100
BP-Cap 100F10V MLCC 10F16V
Temperature()
BP-CAP
BOTHHAND
Bias Voltage Characteristics(Cap.)
-100 -120
MLCC 10uF BP-Cap 100uF
Capacitance Change(%)
Bias Voltage(V)
BOTHHAND
Sales Department
538, MIN-SHEN SEC.1, GUEI-SHAN SHIANG(333), TAOYUAN, TAIWAN. 866-3-2122268 886-3-2122258 E-MAIL sales@bothhand.com.tw http://www.bothhand.com.tw
Head Office Factory
INDUSTRY RD., AN-NAN DISTRICT, TAINAN CITY 709, TAIWAN.
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