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KBPC1508W中文资料

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© 2000 Won-Top Electronics
VFM
1.2
V
Peark Reverse Current At Rated DC Blocking Voltage I2t Rating for Fusing (t < 8.3ms) (Note 1)
IRM
10 1.0 373 373 664
µA mA
I2t
A2s
KBPC15, 25, 35/W SERIES
@TA=25°C unless otherwise specified
300 6.3 3.8 2.7 2500 -65 to +150
pF
RJC
K/W
RMS Isolation Voltage from Case to Lead Operating and Storage TemperatTANEOUS FORWARD VOLTAGE (V) Fig. 2 Typical Forward Characteristics (per element)
IFSM, PEAK FWD. SURGE CURRENT (A)
400
Single Half-Sine Wave (JEDEC Method)
@TA=25°C unless otherwise specified
-01/W 100 70
-02/W 200 140
-04/W 400 280 15 25 35
-06/W 600 420
-08/W 800 560
-10/W 1000 700
Unit V V
IO
A
Non-Repetitive Peak Forward Surge Current 8.3ms single half sine-wave Superimposed on rated load (JEDEC Method)
KBPC15 KBPC25 KBPC35
IFSM
300 400 400
A
Forward Voltage Drop (per element)
KBPC15 @IF = 7.5A KBPC25 @IF = 12.5A KBPC35 @IF = 17.5A @TC = 25°C @TC = 125°C KBPC15 KBPC25 KBPC35
KBPC15, 25, 35/W SERIES
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© 2000 Won-Top Electronics
KBPC35
IF, AVERAGE FORWARD CURRENT (A)
Mounted on a 220 x 220 x 50 mm AL plate heatsink
30
KBPC25
IF, INSTANTANEOUS FORWARD CURRENT (A)
VISO Tj, TSTG
V °C
* Glass passivated forms are available upon request. Note: 1. Measured at non-repetitive, for t > 1ms and < 8.3ms. 2. Measured at 1.0 MHz and applied reverse voltage of 4.0V D.C. 3. Thermal resistance junction to case mounted on heatsink.
Maximum Ratings and Electrical Characteristics
Single Phase, half wave, 60Hz, resistive or inductive load. For capacitive load, derate current by 20%. Characteristics Peak Repetitive Reverse Voltage Working Peak Reverse Voltage DC Blocking Voltage RMS Reverse Voltage Average Rectifier Output Current @TC = 60°C KBPC15 KBPC25 KBPC35 Symbol VRRM VRWM VR VR(RMS) -00/W 50 35
40
100
10
20
KBPC15
1.0
10
0.1
Tj = 25°C
Resistive or Inductive load
Pulse Width = 300µs
0
0.01 0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8
0
25
50
75
100
125
150
TC, CASE TEMPERATURE (°C) Fig. 1 Forward. Current Derating Curve
H
H E B
KBPC
KBPC Dim A B C D E G H
Mechanical Data
! ! ! ! ! ! Case: Metal Case with Electrically Isolated Epoxy Terminals: Plated Leads Solderable per MIL-STD-202, Method 208 Polarity: Symbols Marked on Case Mounting: Through Hole for #10 Screw Weight: KBPC 31.6 grams (approx.) KBPC-W 28.5 grams (approx.) Marking: Type Number
"W” Suffix Designates Wire Leads No Suffix Designates Faston Terminals
E B
KBPC-W
KBPC-W
Min Max Min Max 28.40 28.70 28.40 28.70 10.97 11.23 10.97 11.23 15.70 16.70 17.10 19.10 17.50 18.50 10.90 11.90 22.86 25.40 30.50 — Hole for #10 screw, 5.08Ø Nominal 6.35 Typical 0.97Ø 1.07Ø All Dimension in mm
W TE
PO WE R SEM IC O ND UC TO R S
KBPC15, 25, 35/W SERIES
15, 25, 35A HIGH CURRENT BRIDGE RECTIFIER
Features
! ! ! ! ! ! Diffused Junction Low Reverse Leakage Current Low Power Loss, High Efficiency Electrically Isolated Metal Case for Maximum Heat Dissipation Case to Terminal Isolation Voltage 2500V UL Recognized File # E157705 A C G ~ D + ~ C C ~ D ~ + A C G
1000
f = 1 Mhz Tj = 25°C
300
KBPC25, 35
200
KBPC15
Cj, CAPACITANCE (pF)
100
100
Tj = 150°C
0 1 10 NUMBER OF CYCLES AT 60 Hz Fig. 3 Max Non-Repetitive Surge Current 100
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© 2000 Won-Top Electronics
Maximum Ratings and Electrical Characteristics
Typical Junction Capacitance (per element) (Note 2) Typical Thermal Resistance Junction to Case (per element) (Note 3) KBPC15 KBPC25 KBPC35 Cj
Tj = 25°C
0.01 20 40 60 80 100 120 140 PERCENT OF RATED PEAK REVERSE VOLTAGE (%) Fig. 5 Typical Reverse Characteristics (per element)
KBPC15, 25, 35/W SERIES
Tj = 125°C
100
10 0.1 10 100 VR, REVERSE VOLTAGE (V) Fig. 4 Typical Junction Capacitance (per element) 1.0
IR, INSTANTANEOUS REVERSE CURRENT (µA)
10
1.0
0.1

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KBPC1510中文资料

KBPC1510中文资料

Fig. 1 - Reverse Characteristics
10
100
Fig. 2 - Forward Characteristics
KBPC10
Reverse Current ( uA )
Forward Current ( A )
10
KBPC35/50
KBPC15
1.0
1.0Tj=25 C0源自10.1KBPC25
Tj=25 C
0.01
0
20
40
60
80
100 120
140
0.01
0.2
0.4
0.6
0.8
1.0
1.2 1.4
1.6
Percent of Rated Peak Reverse Voltage (%)
Forward Voltage (V)
Fig. 3 - Non Repetitive Forward Surge Current
Mechanical Data
Case:Epoxy Case with Heat Sink Internally Mounted in the Bridge Encapsulation
Terminals: Plated Leads Solderable per MIL-STD-202, Method 208 Mounting: Through Hole for #10 Screw Weight: 30 grams (approx.)
NOTES: Also available on KBPC 10W/15W /25W/35W /50W series.
MDS0304007A
Page 2
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Silicon Bridge Rectifiers
ASEMI整流桥方桥KBPC808电路图资料全解

ASEMI整流桥方桥KBPC808电路图资料全解

编辑：DD
摘要:来喽，看这里！ASEMI整流桥方桥KBPC808电路图资料有没有？强元芯官网新独家新发布！
ASEMI整流桥电路图资料有没有？来喽，看这里！ASEMI专业工程师将和你一起探讨关于我们电源电路中常见的三大电路之一----整流电路。

开头先简单介绍一下三大电路：1.稳压电路；2.整流电路；3.滤波电路，在这三种电路当中，实际上都有整流方桥可以应用，接下来就以KBPC808使用的电路图资料举例，为大家分析电路图以及三种工作原理。

第一种是半波整流，半波整流电路一般情况下只需要一个二极管。

详细的情况我们可以看下下面的图1，在图1中你能看到在交流电正半周时VD导通，负半周时VD截止，负载R上得到的是脉动的直流电。

第二种是全波整流，全波整流则是要用到二个二极管，ASEMI工程上也会要求需要有带中心抽头的两个次级线圈，这两个次级线圈需要圈数相同，以保证相同的电阻。

详细的情况我们可以看下图2，负载RL得到的就是全波整流电流，输出电压比半波整流电路要高。

第三种就是我们常见的全波桥式整流，像我们ASEMI的整流桥一般情况下也都是全波桥式整流，全波桥式整流用的是4个二极管组成的桥式电路，这种电路只能有单个次级线圈的变压器。

见图3，负载上的电流波形和输出电压值与第二种全波整流电路是完全相同的。

最后一种就是倍压整流。

这种整流电路会用多个二极管和电容器来获得较高的直流电压。

整流桥型号大全

整流桥型号大全

上海好明电子整流桥型号上海好明电子专业生产整流桥，二极管，三极管，LED，PTC，整流模块等产品整流桥分类为：1、LED迷你整流桥；2、整流桥圆桥；3、整流桥扁桥；4、整流桥方桥。

◆LED迷你整流桥：◇MBS封装：MB1S、MB2S、MB4S、MB6S、MB8S、MB10S◇MBM封装：MB1M、MB2M、MB4M、MB6M、MB8M、MB10M◇DB封装：DB101、DB102、DB103、DB104、DB105、DB106、DB107◇DBS封装：DB101S、DB102S、DB103S、DB104S、DB105S、DB106S、DB107S◆整流桥圆桥：◇WOW封装：W005M、W01M、W02M、W04M、W06M、W08M、W10M◇WOW封装：2W005M、2W01M、2W02M、2W04M、2W06M、2W08M、2W10M◆整流桥扁桥：◇KBP封装：KBP2005、KBP201、KBP202、KBP204、KBP206、KBP208、KBP210◇KBP封装：RS201、RS202、RS203、RS204、RS205、RS206、RS207◇GBP封装：GBP2005、GBP201、GBP202、GBP204、GBP206、GBP208、GBP210◇KBP封装：RS301、RS302、RS303、RS304、RS305、RS306、RS307◇KBL封装：KBL4005、KBL401、KBL402、KBL404、KBL406、KBL408、KBL410◇GBU封装：GBU4005、GBU401、GBU402、GBU404、GBU406、GBU408、GBU410◇KBJ封装：KBJ4005、KBJ401、KBJ402、KBJ404、KBJ406、KBJ408、KBJ410◇GBL封装：GBL4005、GBL401、GBL402、GBL404、GBL406、GBL408、GBL410◇KBU封装：KBU6005、KBU601、KBU602、KBU604、KBU606、KBU608、KBU610◇GBU封装：GBU6005、GBU601、GBU602、GBU604、GBU606、GBU608、GBU610◇KBJ封装：KBJ6005、KBJ601、KBJ602、KBJ604、KBJ606、KBJ608、KBJ610◇KBU封装：KBU8005、KBU801、KBU802、KBU804、KBU806、KBU808、KBU810◇GBU封装：GBU8005、GBU801、GBU802、GBU804、GBU806、GBU808、GBU810◇KBJ封装：KBJ8005、KBJ801、KBJ802、KBJ804、KBJ806、KBJ808、KBJ810◇KBU封装：KBU10005、KBU1001、KBU1002、KBU1004、KBU1006、KBU1008、KBU1010◇GBU封装：GBU10005、GBU1001、GBU1002、GBU1004、GBU1006、GBU1008、GBU1010◇KBJ封装：KBJ10005、KBJ1001、KBJ1002、KBJ1004、KBJ1006、KBJ1008、KBJ1010◇GBJ封装：GBJ15005、GBJ1501、GBJ1502、GBJ1504、GBJ1506、GBJ1508、GBJ1510◇GBJ封装：GBJ25005、、GBJ2502、GBJ2504、GBJ2506、GBJ2508、GBJ2510◆整流桥方桥：◇KBPC3封装：KBPC3005、KBPC301、KBPC302、KBPC304、KBPC306、KBPC308、KBPC310◇KBPC6封装：KBPC6005、KBPC601、KBPC602、KBPC604、KBPC606、KBPC608、KBPC610◇KBPC8封装：KBPC8005、KBPC801、KBPC802、KBPC804、KBPC806、KBPC808、KBPC810◇KBPC8封装：KBPC10005、KBPC1001、KBPC1002、KBPC1004、KBPC1006、KBPC1008、KBPC1010、◇MB-35封装：KBPC15005、KBPC1501、KBPC1504、KBPC1506、KBPC1508、KBPC1510◇MB-35W封装：KBPC15005W、KBPC1501W、KBPC1504W、KBPC1506W、KBPC1508W、KBPC1510W◇GBPC35封装：GBPC15005、GBPC1501、GBPC1502、GBPC1504、GBPC1506、GBPC1508、GBPC1510◇GBPC35W封装：GBPC15005W、GBPC1501W、GBPC1502W、GBPC1504W、GBPC1506W、GBPC1508W、GBPC1510W ◇MB-35封装：KBPC25005、KBPC2501、KBPC2502、KBPC2504、KBPC2506、KBPC2508、KBPC2510◇MB-35W封装：KBPC25005W、KBPC2501W、KBPC2502W、KBPC2504W、KBPC2506W、KBPC2508W、KBPC2510W ◇GBPC35封装：GBPC25005、GBPC2501、GBPC2502、GBPC2504、GBPC2506、GBPC2508、GBPC2510◇GBPC35W封装：GBPC25005W、GBPC2501W、GBPC2502W、GBPC2504W、GBPC2506W、GBPC2508W、GBPC2510W ◇MB-35封装：KBPC35005、KBPC3501、KBPC3502、KBPC3504、KBPC3506、KBPC3508、KBPC3510◇MB-35W封装：KBPC35005W、KBPC3501W、KBPC3502W、KBPC3504W、KBPC3506W、KBPC3508W、KBPC3510W◇GBPC35封装：GBPC35005、GBPC3510、GBPC3502、GBPC3504、GBPC3506、GBPC3508、GBPC3510◇GBPC35W封装：GBPC35005W、GBPC3510W、GBPC3502W、GBPC3504W、GBPC3506W、GBPC3508W、GBPC3510W ◇MB-35封装：KBPC40005、KBPC4001、KBPC4002、KBPC4004、KBPC4006、KBPC4008、KBPC4010◇GBPC35封装：GBPC40005、GBPC4001、GBPC4002、GBPC4004、GBPC4006、GBPC4008、GBPC4010◇MB-35封装：KBPC50005、KBPC5001、KBPC5002、KBPC5004、KBPC5006、KBPC5008、KBPC5010◇MB-35W封装：KBPC50005W、KBPC5001W、KBPC5002W、KBPC5004W、KBPC5006W、KBPC5008W、KBPC5010W ◇GBPC35封装：GBPC50005、GBPC5001、GBPC5002、GBPC5004、GBPC5006、GBPC5008、GBPC5010◇GBPC35W封装：GBPC50005W、GBPC5001W、GBPC5002W、GBPC5004W、GBPC5006W、GBPC5008W、GBPC5010W。

GC1508中文资料

GC1508中文资料

30VOLT ABRUPT JUNCTION VARACTOR DIODESDESCRIPTIONThe GC1500series varactors are silicon abrupt junction devices.They offer the highest Q and lowest series resis-tance available in a 30Volt silicon varactor.APPLICATIONSThe GC1500series varactors are used for narrow tomoderate band width tuning.They are available in val-ues appropriate for VHF through KU band frequencies.These devices are best used in low phase noise voltage controlled oscillators,low loss voltage variable filters and phase shifters.Standard capacitance tolerance is ±10%Other capaci-tance values and custom mechanical configurations are also available.All specifications shown are based on style 30package and include .18pF case capacitance.Consult package outline section of this catalog for other case styles plete electrical and mechani-cal data is alsoprovided.RATINGSMinimum Voltage Breakdown:30V at 10µA Maximum Leakage Current at:25V and 25ºC 0.02µA 25V and 125ºC 2.00µACapacitance-Temp.Coefficient:300ppm/ºC at V R =-4V Operating Temperature:-55ºC to +150ºC Storage Temperature:-65ºC to +200ºCTuning Varactors30VOLT ABRUPT JUNCTION VARACTOR DIODESELECTRICAL SPECIFICATIONS:T A =25°CNOTES:1.When ordering,specify the desired case style by adding its number as a suffix to the model number.Some limitations apply -consult factory for details.2.These values include a package capacitance of .18P ..3.Q is calculated from:Q=1π5jwhere f=50MHz and R I =Series resistance measured a 1GHz using transmission loss techniques.Capacitance is measured at 1MHz.4.GC1500A only available in Die Form.SEMICONDUCTOR OPERATION75T echnology Drive Lowell,MA 01851 T el:978-442-5600 Fax:978-937-374816Tuning Varactors。