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CB-708 datasheet (2)

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CB70.8210%B Stackpole Electronics Resistor: Wirewound: 820m: 10%: Original PDF
CB70.825%B Stackpole Electronics Wirewound - Ceramic Boat - CB 7 0.82 5% B Original PDF

CB-708 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - BD707

Abstract: BD708 BD711 BD709 BD712
Text: negative September 1999 1/6 BD707/ 708 /709/711/712 THERMAL DATA R thj-case R thj-case , Parameter Collector Cut-off Current (I E = 0) Max. Unit for BD707/ 708 for BD709 for BD711/712 T case = 150 o C for BD707/ 708 for BD709 for BD711/712 Test Conditions V CB = 60 V V CB = 80 , CEO Collector Cut-off Current (I B = 0) for BD707/ 708 for BD709 for BD711/712 IEBO , / 708 for BD709 for BD711/712 V V V 60 80 100 IC = 4 A I B = 0.4 A 1 V V CEK


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PDF BD707/709/711 BD708/712 BD707, BD709 BD711 O-220 BD707 BD708 BD712
1999 - BD707

Abstract: No abstract text available
Text: negative September 1999 1/6 BD707/ 708 /709/711/712 THERMAL DATA R thj-case R thj-case Thermal , Cut-off Current (I E = 0) Max. Unit for BD707/ 708 for BD709 for BD711/712 T case = 150 o C for BD707/ 708 for BD709 for BD711/712 Test Conditions V CB = 60 V V CB = 80 V V CB = 100 V , Cut-off Current (I B = 0) for BD707/ 708 for BD709 for BD711/712 IEBO Emitter Cut-off Current , = 0) VCE(sat) ∗ Collector-Emitter Saturation Voltage I C = 100 mA for BD707/ 708 for


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PDF BD707/709/711 BD708/712 BD707, BD709 BD711 O-220 BD707 BD708 BD712
1997 - ic 710

Abstract: BD708 equivalent BD712 ic 709 BD709 eb 203 bd710 BD707 BD711 TO-220
Text: September 1997 1/6 BD707/ 708 /709/710/711/712 THERMAL DATA R t hj-ca se R t hj-ca se Thermal , Cut-off Current (IE = 0) Max. Un it for BD707/ 708 for BD709/710 for BD711/712 T cas e = 150 o C for BD707/ 708 for BD709/710 for BD711/712 Test Cond ition s V CB = 60 V V CB = 80 V V CB , Collector Cut-off Current (IB = 0) for BD707/ 708 for BD709/710 for BD711/712 I EBO Emitter , (IB = 0) I C = 100 mA for BD707/ 708 for BD709/710 for BD711/712 Collector-Emitter


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PDF BD707/709/711 BD708/710/712 BD707, BD709, BD711 O-220 BD708, BD710, BD712 O-220 ic 710 BD708 equivalent ic 709 BD709 eb 203 bd710 BD707 TO-220
1999 - ic 709

Abstract: BD708 bd707 application BD707 BD712 BD709 BD711
Text: negative September 1999 1/6 BD707/ 708 /709/711/712 THERMAL DATA R thj -case R thj -case , Parameter Collector Cut-off Current (IE = 0) Max. Unit for BD707/ 708 for BD709 for BD711/712 T case = 150 oC for BD707/ 708 for BD709 for BD711/712 Test Con ditions V CB = 60 V V CB = 80 V V , Collector Cut-off Current (IB = 0) for BD707/ 708 for BD709 for BD711/712 IEBO Emitter Cut-off , (I B = 0) V CE(sat) Collector-Emitter Saturation Voltage I C = 100 mA for BD707/ 708 for


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PDF BD707/709/711 BD708/712 BD707, BD709 BD711 O-220 BD707 BD708 BD712 ic 709 bd707 application
1999 - bd708

Abstract: BD707
Text: negative September 1999 1/6 BD707/ 708 /709/711/712 THERMAL DATA R thj-case R thj-case Thermal , . Unit for BD707/ 708 for BD709 for BD711/712 T case = 150 o C for BD707/ 708 for BD709 for BD711 , Collector Cut-off Current (I B = 0) for BD707/ 708 for BD709 for BD711/712 IEBO Emitter Cut-off , (sat) ∗ Collector-Emitter Saturation Voltage I C = 100 mA for BD707/ 708 for BD709 for BD711 , V CE = 2 V V CE = 2 V for BD707/ 708 for BD709 V CE = 4 V V CE = 4 V for BD707/ 708 for BD709


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PDF BD707/709/711 BD708/712 BD707, BD709 BD711 O-220 BD707 BD708 BD712
b0711

Abstract: B0707 B0709 BD710 BD712 le 708 BD709 BD707
Text: 159 BD707/ 708 /709/710/711/712 THERMAL DATA Rthj-ca»« Thermal Resistance Junction-case Thermal , 80707/ 708 for B07O0/71O for BD711/712 Tc* * 150 °C for B0707/ 708 for BD709/710 for BD711/712 for BD707/ 708 for B0709/710 for B0711/712 V eb - 5 V V cb - 60 V V cb - 80 V V cb - 100 V Min. Typ , 2 A V V V 0 .4 1.5 40 30 30 15 15 15 5 10 150 150 150 120 400 hF6# for BD707/ 708 for , for B0707/ 708 for BD709/710 for B 0 7 1 1/712 » Pulsed: Puts« duration « 300 us, duty cycle 1.8 % "


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PDF BD707/709/711 BD708/710/712 BD707, BD709, BD711 O-220 BD708, BD710, BD712 O-220 b0711 B0707 B0709 BD710 le 708 BD709 BD707
M24758-15DC

Abstract: M24758-2D M24758/2-12-B M24758-2E M24758-4C M24758-13C18
Text: -E-B M24758/7-06-E-C M24758/7-06-G-C M24758/ 7-08 -A-C M24758/ 7-08 -B-A M24758/ 7-08 -B-B M24758/ 7-08 -B-C M24758/ 7-08 -C-A M24758/ 7-08 -C-B M24758/ 7-08 -C-C M24758/ 7-08 -D-A M24758/ 7-08 -D-B M24758/ 7-08 -D-C M24758/ 7-08 -E-A M24758/ 7-08 -E-B M24758/ 7-08 -E-C M24758/ 7-08 -F-A M24758/ 7-08 -F-B M24758/ 7-08 -F-C M24758/ 7-08 -G-A M24758/ 7-08 -G-B M24758/ 7-08 -G-C M24758/ 7-08 -J-B M24758/ 7-08 -J-C Quantity 1-10 , M24758/ 7-08 -L-C M24758/7-10-D-A M24758/7-10-E-C M24758/7-10-G-A M24758/7-10-G-B M24758/7-10


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PDF MIL-PRF-24758A MIL-C-24758 M24758-2A M24758-2B M24758-2C M24758-2D M24758-2E M24758-2F M24758-2J M24758-2K M24758-15DC M24758-2D M24758/2-12-B M24758-2E M24758-4C M24758-13C18
bd705

Abstract: 708B D711712 BD707
Text: r= Z ^7# SGS-THOMSON BD705/706/707/ 708 BD709/710/711 /712 POWER LINEAR AND SWITCHING APPLICATIONS D E S C R IP T IO N The BD705, BD707, BD709 and BD711 are silicon epitaxial-base NPN power , ( lE = 0 ) fo r fo r fo r fo r T e s t C o n d it io n s B D 7 0 5 /7 06 B D 707/ 708 B D 70 9 /7 1 0 , fo r fo r B D 705/706 B D 707/ 708 B D 70 9 /7 1 0 B D 7 1 1 /712 V ce = 2 2 V ce = 3 0 V c e = , /7 06 B D 707/ 708 B D 7 0 9 /7 1 0 B D 711/7 1 2 l B = 0.4 A Ib V c E O (s u s )* 45 60 80 100


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PDF BD705/706/707/708 BD709/710/711 BD705, BD707, BD709 BD711 BD706, BD708, BD710 BD712 bd705 708B D711712 BD707
c 828

Abstract: C828 mu 171 10MSA
Text: 125° C l2t = 320 000 A2 s lT = 250A TF 708 12 B TF 708 14 B TF 708 16 B TF 708 18 B TF 708 20 B


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PDF CB-265) c 828 C828 mu 171 10MSA
2N708

Abstract: J 2N708 2n 708 transistor 2n708 iss250 2n708 transistor
Text: temperature Température de stockage max min Tstg -65 +200 °C °C 2N 708 STATIC CHARACTERISTICS T . =25<>c , Tamb=-55°C 0,9 V •Pulsed t = 300(JS 5 <2% Impulsions 2/8 88 2N 708 DYNAMIC CHARACTERISTICS , « -10 mA 13 25 ns 3/8 88 2N 708 SWITCHING TIMES TESTS CIRCUITS SCHEMAS DE MESURES DES TEMPS DE , TYPICAL CHARACTERISTICS CARACTERISTIQUES TYPIQUES 618 92 2N 708 TYPICAL CHARACTERISTICS CARACTERISTIQUES TYPIQUES 7/8 88 2N 708 TYPICAL CHARACTERISTICS CARACTERISTIQUES TYPIQUES 8/8 88


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PDF 2N708 2N708 J 2N708 2n 708 transistor 2n708 iss250 2n708 transistor
CBC 548 B

Abstract: CBC 548 CBC 548 A
Text:  *B%E 'B)76701505,1+ 9)76701505,1.+ CBC:%C)C%F#)D 'B) 708 75868/1+ 9) 708 75868/16+/ DD:C%F#B%)D 'B) 708 867605+866+ 9) 708 867605+8/6+ F2D:B


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PDF 1234567894ABCDEF69 2345267894A 45EC2 CBC 548 B CBC 548 CBC 548 A
1997 - C-Cube microsystems

Abstract: C-Cube VRP3 cl4000
Text: shows the one horizontal input ( 708 pixels) that requires decimation. All three figures show timing for , Pixel Resolution In Figure 4-8, for 352 decimated resolution, 708 pixels are needed. This offset is , Pixel -2 Pixel -1 Pixel 0 Pixel 704 Pixel n+1 Pixel +2 Pixel +3 Pixel +4 704 active pixels 708


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transistor bd 202

Abstract: transistor BD 249 BDX 241 BD transistor B0707 transistor bd 911 transistor 2N 3055 5294 power transistor transistor bd 711 transistor BD 139
Text: BD 906 BD 907 BD 908 BD 909 BD 910 BD 911 BD 912 12 A BD 705 BD 706 BD 707 BD 708 B D 709 BD710 , 55 30 2 1 3 0,3 3 BD 707 BD 708 60 12 75 15 150 4 4 0,4 3 BD 907 BD 908 60 15 90 15 150 5


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PDF T0-220AB O-220AB 5-40V BD710 CB-244 transistor bd 202 transistor BD 249 BDX 241 BD transistor B0707 transistor bd 911 transistor 2N 3055 5294 power transistor transistor bd 711 transistor BD 139
optical interrupter darlington

Abstract: design opto interrupter PPS 470
Text: . OPTO TECHNOLOGY INC 562 CHADDICK DRIVE,WHEELING, IL 60090 TEL: ( 708 ) 537-4277 FAX: ( 708 ) 537-4785 4 â , : ( 708 ) 537-4277 FAX: ( 708 ) 537-4785 This Material Copyrighted By Its Respective Manufacturer


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LM 4741

Abstract: sin cos encoder schematic OF 14 pin DIP IC 4741
Text: converter. For D D C -49530: Ri = 70.8 kO, 11.8 V input, synchro or resolver. For D D C -49590: Ri = 270 k , resolver. 11.8 V input = DD C -49530: Ri = 70.8 k ii, 1 1 . 8 V input, synchro or resolver. Maximum , 0.02 0.02 0.02 70.8 k 0.1 R1 R4 R1 R1 R1 R6 R6 R11 R11 R1 12k 12k 70.8 k 70.8 k 35.4 k 6.9282 k 5.0718 k 5.0718 k 6.9282 k 70.8 k 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 25 2 2 2 2 2 2 2 2 2 2


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PDF RDC-19220 16-BIT 16-bit, 10-bit MIL-PRF-38534 DDC-49530 DDC-49590 LM 4741 sin cos encoder schematic OF 14 pin DIP IC 4741
K2434

Abstract: diode zener ZD 153 RDC-19221 LVDT- 500 HR 1525N
Text: shielded, with the shield tied to GND at the converter. For DDC-49530: Ri = 70.8 kQ, 11.8 V input, synchro , input, synchro or resolver. 11.8 V input = DDC-49530: Ri = 70.8 k£i, 11.8 V input, synchro or resolver , SYM ABS TOL RELTO REL TOL TCR (PPM) BOL VALUE (%) VALUE (%) R1 70.8 k 0.1 25 R2 R1 12k 0.02 2 R3 R4 12k 0.02 2 R4 R1 70.8 k 0.02 2 R5 R1 70.8 k 0.02 2 R6 R1 35.4 k 0.02 2 R7 R6 6.9282 k 0.02 2 R8 R6 5.0718 k 0.02 2 R9 R11 5.0718 k 0.02 2 R10 R11 6.9282 k 0.02 2 R11 R1 70.8 k 2 0.02 DDC-49590 RESISTOR


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PDF RDC-19220 16-BIT 16-bit, 10-bit MIL-STD-883 DDC-49530 DDC-49590 K2434 diode zener ZD 153 RDC-19221 LVDT- 500 HR 1525N
Not Available

Abstract: No abstract text available
Text: tied to GND at the converter. For DDC-49530: Ri = 70.8 k£i, 1 1 .8 V input, synchro or resolver. For , DDC-49590: Ri = 270 k£i, 90 V input, synchro or resolver. 11.8 V input = DDC-49530: Ri = 70.8 k£i , ) TCR(PPM ) R1 R2 70.8 k 0.1 R1 12 k 0.02 25 R2 R4 12 k 0.02 2 R3 R1 70.8 k 0.02 2 R4 R1 70.8 k 0.02 2 R5 R1 35.4 k 0.02 2 R6 , 2 R9 R11 6.9282 k 0.02 2 R10 R1 70.8 k 0.02 2 Q1 6 Q15 R11


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PDF RD-19230 16-BIT 1111P RD-19230 16-bit 16-bit, 16-PIN DDC-49530, DDC-49590)
Not Available

Abstract: No abstract text available
Text: 66.2 69.7 70.8 71.2 70.8 69.0 65.1 67.5 66.9 70.8 73.0 73.1 72.8 71.8 69.5 65.3 68.3 70.3 73.6 75.0 , 84.2 77.2 70.8 62.6 55.0 50.3 139.5 106.1 92.9 80.8 74.6 68.9 61.3 54.3 49.6 133.5 102.1 90.2 79.1 73.2


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PDF BFS17AW D-74025 -Nov-97
Not Available

Abstract: No abstract text available
Text: 66.2 69.7 70.8 71.2 70.8 69.0 65.1 67.5 66.9 70.8 73.0 73.1 72.8 71.8 69.5 65.3 68.3 70.3 73.6 75.0 , 90.1 81.4 73.8 64.2 56.1 50.8 148.9 114.5 98.6 84.2 77.2 70.8 62.6 55.0 50.3 139.5 106.1 92.9 80.8 74.6


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PDF BFS17A/BFS17AR BFS17A BFS17AR D-74025 31-Oct-97
1995 - Not Available

Abstract: No abstract text available
Text: Midwestern Illinois: Romeoville, IL Ph ( 708 ) 759-6326 Fax ( 708 ) 759-8572 Michigan: Auburn Hills, MI Ph (810


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PDF GL1F201 1500pF GL1F201 GL1F201/IS1U20 GL1F20) I55-0942
1995 - c 10 ph diode

Abstract: diode demodulation circuit diode PH 36 RF1007 OK Industries ir tx circuit diagram Diode C 30 PH
Text: Ph (713) 955-9909 Fax (713) 955-9910 Midwestern Illinois: Romeoville, IL Ph ( 708 ) 759-6326 Fax ( 708


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PDF GL1F201 1500pF GL1F201 GL1F201/IS1U20 GL1F20) IS1U20) conver55-0942 c 10 ph diode diode demodulation circuit diode PH 36 RF1007 OK Industries ir tx circuit diagram Diode C 30 PH
1999 - RD-19230

Abstract: sin cos encoder schematic rdc 19230 RDC-19230 RD19230 linear encoder schematic schematic diagram inverter 72 volt input 10v 10KHz resolver ddc synchro amplifier transformer ENCODER SIN TTL
Text: ideally twisted shielded, with the shield tied to GND at the converter. For DDC-49530: Ri = 70.8 K, 11.8 V , . 11.8 Volt input = DDC-49530: Ri = 70.8 K, 11.8 V input, synchro or resolver. 90 Volt input = DDC , R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 ABS VALUE 70.8 k TOL (%) 0.1 REL , 0.02 R1 70.8 k 0.02 R1 70.8 k 0.02 R1 35.4 k 0.02 R6 6.9282 k 0.02 R6 5.0718 k 0.02 R11 5.0718 0.02 R11 6.9282 k 0.02 R1 70.8 k 0.02 DDC-49590 RESISTOR VALUES (90 V INPUTS) 270 k 0.1 R1 6k 0.02 R4 6k 0.02 R1


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PDF RD-19230 16-BIT RD-19230 16-bit, 1-800-DDC-5757 D-05/00-500 sin cos encoder schematic rdc 19230 RDC-19230 RD19230 linear encoder schematic schematic diagram inverter 72 volt input 10v 10KHz resolver ddc synchro amplifier transformer ENCODER SIN TTL
1999 - rdc 19230

Abstract: LVDT
Text: the converter. For DDC-49530: Ri = 70.8 K, 11.8 V input, synchro or resolver. For DDC-49590: Ri = 270 , shield should be tied to GND at the converter. 11.8 Volt input = DDC-49530: Ri = 70.8 K, 11.8 V input , R11 ABS VALUE 70.8 k TOL (%) 0.1 REL TO REL VALUE TOL (%) TCR(PPM) 25 2 2 2 2 2 2 2 2 2 2 25 2 2 2 2 2 2 2 2 2 2 R1 12 k 0.02 R4 12 k 0.02 R1 70.8 k 0.02 R1 70.8 k 0.02 R1 35.4 k 0.02 R6 6.9282 k 0.02 R6 5.0718 k 0.02 R11 5.0718 0.02 R11 6.9282 k 0.02 R1 70.8 k 0.02 DDC-49590 RESISTOR VALUES (90 V


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PDF RD-19230 16-BIT RD-19230 16-bit, 1-800-DDC-5757 E-01/01-250 rdc 19230 LVDT
1999 - rdc 19230

Abstract: No abstract text available
Text: GND at the converter. For DDC-49530: Ri = 70.8 KΩ, 11.8 V input, synchro or resolver. For DDC , be tied to GND at the converter. 11.8 Volt input = DDC-49530: Ri = 70.8 KΩ, 11.8 V input, synchro , 70.8 k 0.1 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 REL TO REL VALUE TOL (%) TCR(PPM) R1 12 k 0.02 R4 12 k 0.02 R1 70.8 k 0.02 R1 70.8 k 0.02 R1 35.4 k 0.02 R6 6.9282 k 0.02 R6 5.0718 k 0.02 R11 5.0718 0.02 R11 6.9282 k 0.02 R1 70.8 k 0.02 DDC


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PDF RD-19230 16-BIT RD-19230 16-bit, 1-800-DDC-5757 D-05/00-500 rdc 19230
ROC-19222

Abstract: RDC-19220 1433B RDC 19220 DDC-49590
Text: tied to GND at the converter. For DDC-49530: Ri = 70.8 kn, 11.8 V input, synchro or resolver. For DDC , , synchro or resolver. 11.8 V input = DDC-49S30: Ri = 70.8 kii, 11.8 V input, synchro or resolver. Maximum , ) SYMBOL R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R Ï1 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 ABS VALUE 70.8 k TOL (%) 0.1 R1 R4 R1 R1 R1 R6 R6 R11 R11 12 k 12 k 70.8 k 70.8 k 35.4 k 6.9282 k 5.0718 k 5.0718 k 6.9282 k 70.8 k 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 0.02 25 2 2 2 2 2 2 2 2 2 25 R1 R4 R1 R1 R1 R6 R6


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PDF RDC-19220 16-BIT 40pin 44-pin MIL-PRF-38534 DDC-49530 DDC-49590 ROC-19222 1433B RDC 19220 DDC-49590
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