2007 - 8105R
Abstract: No abstract text available
Text: temperature: -55 to +105 °C Part Number 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC L , 2007. When ordering non-RoHS compliant versions before July 2007, do not include the - RC suffix in the
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
8105R
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2011 - hs 8109
Abstract: HS 8108 HS 8110 8110-RC 8108-RC 8116-RC 8117-RC 8109-RC 8112-RC 8102-RC
Text: Part Number 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC , including Annex. How to Order 8101 - _ RC L (mH) Min. @ 1 KHz 4 2.5 1 10 7 5 2 1 30 20 , 0.043 0.060 0.067 0.067 "- RC " suffix indicates RoHS compliance. Model Configuration Blank =
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
hs 8109
HS 8108
HS 8110
8110-RC
8108-RC
8116-RC
8117-RC
8109-RC
8112-RC
8102-RC
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2007 - hs 8109
Abstract: HS 8110 HS 8108 8114 8101-RC 8102-RC 8103-RC 8104-RC 8105-RC 8107-RC
Text: /95/EC Jan 27 2003 including Annex. I (A)* Max. DCR () Max. 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC · Single layer wound · Excellent EMI , "- RC " suffix indicates RoHS compliance. A 0.12 min. B A 0.12 min. B E E D 0.09
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2002/95/EC
8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
hs 8109
HS 8110
HS 8108
8114
8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8107-RC
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Not Available
Abstract: No abstract text available
Text: to +105 °C Part Number 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC Notes * Rated current to cause approx. 35 °C temperature rise â RoHS Directive 2002/95/EC Jan 27, 2003 including Annex. How to Order 8101 - _ RC L (mH) Min. @ 1 KHz 4 2.5 1
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
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2009 - HS 8110
Abstract: HS 8108 hs 8109 8108-RC 8101-RC 8102-RC 8103-RC 8104-RC 8105-RC 8107-RC
Text: Number 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC Notes , "- RC " suffix indicates RoHS compliance. A 0.12 min. B A 0.12 min. B E E 0.15
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
HS 8110
HS 8108
hs 8109
8108-RC
8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8107-RC
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2008 - hs 8109
Abstract: HS 8110 8102-rc 8113-RC HS 8108 8108-RC 8114 8119-RC 8101-RC 8104-RC
Text: 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC Notes * Rated , 0.050 0.050 0.050 0.050 0.043 0.053 0.060 0.050 0.050 0.043 0.060 0.067 0.067 "- RC
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
hs 8109
HS 8110
8102-rc
8113-RC
HS 8108
8108-RC
8114
8119-RC
8101-RC
8104-RC
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2006 - VW-1 coil
Abstract: 8116-RC
Text: Common Mode Inductors (with Header) Special Features · Single layer wound · Excellent EMI suppression capability over wide frequency spectrum · High current capacity · Dielectric strength: 1500 Vrms · Coil mount on VW-1 rated plastic header · Fixed pin spacing allow easy PCB insertion · Operating temperature: -55 to +105 °C Part Number 8101-RC 8102- RC 8103- RC 8104- RC 8105- RC 8106- RC 8107- RC 8108- RC 8109- RC 8110- RC 8111- RC 8112- RC 8113- RC 8114- RC 8115- RC 8116- RC 8117- RC 8118- RC 8119- RC 8120- RC 8121- RC L
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8101-RC
8102-RC
8103-RC
8104-RC
8105-RC
8106-RC
8107-RC
8108-RC
8109-RC
8110-RC
VW-1 coil
8116-RC
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Not Available
Abstract: No abstract text available
Text: external RC network on the RESET pin (Figure 3) provides a sufficiently long delay for m ost microproces sor based applications. RC values can be chosen using the following formula: t-Delay R Figure 2 , Power _wtonP le s s ; RESET P o rt X C RST Figure 3: RC Network for RESET Delay e
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CS-8101
100mA
600mV.
CS-8101
CS-8101N8
CS-8101T5
CS-8101TV5
CS-8101TH5
CS-8101?
CS-8101DW16
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8101N
Abstract: 220-16l CS-8101 CS-8101N8 DDD2461 LP2950 D 400 transistor data
Text: . An external RC network on the RESET pin (Figure 3) provides a sufficiently long delay for most microprocessor based applications. RC values can be chosen using the following formula: tDelay RtotCrst = In , -8101 Rrst "X T -5V to jiP and System 10|j.F Power tantalum wtouP RESET Port X crst Figure 3: RC , Heat Sink Thermal Resistance) Package R© rc Re,a T0220 3.5 50 °C/W 8LPDIP 52 100 °C/W 16L SO BW
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CS-8101
100mA
600mV.
CS-8101N8
CS-8101T5
T0-220
CS-8101TV5
T0-220
CS-8101TH5
8101N
220-16l
DDD2461
LP2950
D 400 transistor data
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1998 - CS-8101
Abstract: CS-8101D8 CS-8101DR8 CS-8101DW20 CS-8101DWR20 LP2951 8101T
Text: : continued based applications. RC values can be chosen using the following formula: VOUT CSÐ8101 , impedance RTOT = RRST in parallel with RIN CRST = RESET Delay capacitor Figure 3. RC Network for RESET Delay tDelay = desired delay time VRST = VSAT of RESET lead (0.7V @ turn - ON) An external RC
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CS-8101
100mA
CS-8101
400mV.
200mV
CS-8101D8
CS-8101DR8
CS-8101D8
CS-8101DR8
CS-8101DW20
CS-8101DWR20
LP2951
8101T
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DIN41814-155B4
Abstract: T1052 T1052S
Text: code letter, pulse generator. Iq = 1,2 A, U = 1 us, RC network: R [£2] > 0.02 uDM [V], C < 0.33 (iF , code letter, pulse generator: la = 1,2 A, ta = 1 us, RC network: R [S3] > 0.02 Udm [V], C < 0.47 jiF , , pulse generator: io = 1.2 A, ta = 1 us, RC network: R [£2] a 0.02 Udm [V], C < 0.47 (iF Bild/Fig. 7 , /|is, pulse generator: ie = 1,2 A, ta = 1 us, RC network: R [Q] 2 0.02 udm [V], C < 0.47 nF 2 3 4 6 , of off-state voltage dUR/dt <100 V/ns, pulse generator: Iq = 1.2 A, U = 1 us, RC network: R [fi
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T1052S
DIN41814-155B4
T1052
T1052S
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Not Available
Abstract: No abstract text available
Text: the principle heat source in the IC. FOR 7V < Vin < 26V Figure 3: RC Network for RESET Delay An external RC network on the RESET lead (Figure 3) pro vides a sufficiently long delay for most microprocessor based applications. RC values can be chosen using the following formula: Figure 2: Circuit
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100mA
CS-8101
400mV.
200mV
O-220
CS-8101D8
CS-8101DR8
CS-8101T5
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Not Available
Abstract: No abstract text available
Text: 5V to nP and System Power r ST to ^iP RESET Port 1 C rst Figure 3: RC Network for RESET Delay An external RC netw ork on the RESET lead (Figure 3) pro vides a sufficiently long delay for most microprocessor based applications. RC values can be chosen using the following formula
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100mA
CS-8101
100//A
400mV.
CS-8101D8
CS-8101DR8
CS-8101T5
CS-8101TV5
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Not Available
Abstract: No abstract text available
Text: . Figure 3: RC Network for RESET Delay An external RC netw ork on the RESET lead (Figure 3) pro vides a sufficiently long delay for m ost microprocessor based applications. RC values can be chosen using the
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100mA
CS-8101
400mV.
O-220
CS-8101D8
CS-8101DR8
CS-8101T5
CS-8101TV5
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Not Available
Abstract: No abstract text available
Text: i o n : c o n t in u e d based applications. RC values can be chosen using the following formula , delay time Vrst = V sat of RESET lead (0.7V @ turn - ON) An external RC network on the RESET lead
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CS-8101
100mA
CS-8101
400mV.
CS-8101D8
CS-8101DR8
CS-8101DW2Û
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CS-8101
Abstract: CS-8101D8 CS-8101DR8 CS-8101DW20 CS-8101DWR20 CS-8101T5 LP2951 VR10
Text: : continued based applications. RC values can be chosen using the following formula: Rt where: Figure 3. RC Network for RESET Delay An external RC network on the RESET lead (Figure 3) provides a
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100mA
CS-8101
400mV.
CS-8101T5
T0-220
CS-8101TV5
T0-220
CS-8101TH5
CS-8101D8
CS-8101DR8
CS-8101DW20
CS-8101DWR20
LP2951
VR10
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Not Available
Abstract: No abstract text available
Text: applications. RC values can be chosen using the following formula: R-TOt C rst ^Delay In V t - V ,OUT , RESET lead (0.7V ( ' turn - ON) An external RC netw ork on the RESET lead (Figure 3) pro vides a
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100mA
CS-8101
400mV.
O-220
CS-8101D8
CS-8101DR8
CS-8101DW20
CS-8101DWR20
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Not Available
Abstract: No abstract text available
Text: guaranteeing that the RESET signal is valid for V0ut as low as IV. Figure 3: RC N etwork for RESET Delay An external RC network on the KJbbtiT lead (Figure 3) pro vides a sufficiently long delay for most microprocessor based applications. RC values can be chosen using the following formula: 347 u RtotC rst in
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100mA
S-8101
T0-220
CS-8101D8
CS-8101DR8
CS-8101T5
CS-8101TV5
CS-8101TH5
O-220
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C230D
Abstract: B309 c874
Text: -300-S-RC C-300-S-RC-3S C-874- RC C-3700- RC B-309 0 to 6.00 0 to 6.00 0 to 6.00 0 to 6.00 B-389 0 to
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C-300-D
C-300-S
C-874
C-3700
B-217*
B-161*
B-217-1
B-161-1
B-217-2
B-161-2
C230D
B309
c874
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c874
Abstract: B-217-2
Text: -300-S-RC C-300-S-RC-3S C-874- RC C-3700- RC B-309 0 to 6.00 0 to 6.00 0 to 6.00 0 to 6.00 B-389 0 to
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C-300-D
C-300-S
C-874
C-3700
B-217*
B-161*
B-217-1
B-161-1
B-217-2
B-161-2
c874
B-217-2
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Lautsprecher LP
Abstract: serviceanleitung kr 660 service-mitteilungen Lautsprecher L 2911 RFT KR 650 Statron Mitteilungen Lautsprecher RFT L 2911 KR 650 service mitteilung
Text: Stromlaufplan des Tuners FET - 1D wurde bereits in der Serviceanleitung zum Robotron RC 6052/6152 veröffentlicht , Tonmöbel, Phonomat Minett _ Box, HSV 921 Rub 2000, Box, Prox, TUER RF 3301, CV 31» Concert, RC 6041 Mira , ARZ 083 D 0072 Gerät CHROM, CLÜX G 1000 KR 650, 660 Amateurbedarf RC 6052 BSS Combo, R 400, SKR
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t1052s
Abstract: TM229 aeg T 1052 T1052
Text: forward voltage duo/df according to 5th code letter, pulse generator: Ig = 1,2 A, ta = 1 us, RC network , 1 us, RC network: R [Ci] a 0.02 udm {VJ. C £ 0.47 nF Tum-off power loss: -not taken into account , generator: Ig = 1.2 A, fa = 1 rc network: r [q] > 0.02 udm m,c< 0.47 (if ¡tmM 228 Bild/Fig. 3 AI DE , , pulse generator: ig = 1,2 A, ta = 1 (is, rc network: r [Q] £ 0.02 udm [V], c < 0.47 |if Bild/Flg. 10 , 1.2 A, ta = 1 us, RC network: R [£2] a 0.02 Udm [V], C s 0.33 nF 5-â-ââ i i i i i-â-ââ
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T1052
T1052S
TM229
aeg T 1052
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A04407
Abstract: 14A3 A-04 C67078-A1312-A4 H-17
Text: Continuous drain current /o 4,5 A rc = 35 °C Pulsed drain current /opuls 18 A rc = 25 °C Gate-source voltage fos ±20 V Max. power dissipation Po 75 W rc = 25 °C Operating and storage T, temperature
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fl235b
C67078-A1312-A4
023Sb05
Q0147Q1
A04407
14A3
A-04
C67078-A1312-A4
H-17
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EUPEC t 930 s
Abstract: T930S A10q ms 930 EUPEC T
Text: , ta= 1 ms; RC network: R [0¡]> 0.02 vDM [Vi C s 033/uF dVf/dt £ 600 V/fjs 151 EUPEC T 930 S SEE , generator: iG = 1 A,ta= 1 ¡us, RC network: R [O] > 0.02 vDM [V], C < 0.47 ÃF dvp/dt < 600 V/jus , 1 A,ta= 1 fis, RC network: R [ü] > 0.02 vDM [V], C £ 0.47 ÃF 152 EUPEC SEE T> BUGBBT? 0G0QS3S , < 0,47/jF J Iâ<-wâI puiae generator: iG = 1 A, ta= 1 /js, RC network: R [£2] a 0.02 vDM /Vj Ci , , RC-Glied: R [ü] >: 0,02 vDM [V], C < 0J33 /uF pulse generator: >e = 1 A, ta= 1 f/s, RC network: R [Q
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CK60AW102M
Abstract: CK63AW103M
Text: No file text available
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801-000-X5F0-102K
805-000-Z5U0-103Z
838-040-X5U0-471M
838-040-X5U0-102M
831-040-W5U0-152M
838-040-X5R0-221K
831-040-X5R0-471K
838-040-X7R0-150K
838-040-X7RO-470K
838-040-X7R0-101K
CK60AW102M
CK63AW103M
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