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ttc 474

Abstract: cd 4061 G7266 TTC-4061
Text: (Per ITU method pin 1 grounded) 6. Primary Open Circuit Inductance; 474 /¿H ±5% @ 10KHz, O.IVrms , Pri to Sec CD O I O B. Marking; TTC -4061, TAMURA, date code and country of origin C. Safety , ENGINEER: M. Pitchai DWG CONTROL NO. P-A1-12579 ACAD\ TTC \A1125791 .DWG REV PR1 ADSL TRANSFORMER TTC


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PDF G7266 100C1 100KHz 772KHz 772KHz, 30KHz 10KHz, 15/iH P-A1-12579 ttc 474 cd 4061 G7266 TTC-4061
Q110

Abstract: TB454
Text: 4 M OOHTRÍl % Ht t ttc 7 SMD t m i S f) A le mpMfrirtfc R E C T A N G U L A R S W IT C H E S , -434-HA5D TB-444-HAS0 TB-446-HARD TL-472-SD-1 TB-454-HAS0 TB-455-HARO-1 TB-460-SD TB-468-SD TB-479-HASD-2 TM- 474


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PDF TN/TB/TL-400 Q110 TB454
731 smd

Abstract: 545A2 ttc schematics 702 smd 90uH 190uH 8 PIN 4072 TTC-314 EP10 702 transistor smd
Text: SMD 1:1 300µH 0 5.2 A 2 TTC -4106 EP7 EP7 1:1 90µH 100 1.0 F 3 TTC -4110 EP13 SMD 1:1 4.0mH 100 4.5 C 5 TTC -4111 EP13 SMD 1 , HiPot (Vrms) 0.1MHz 1MHz 10MHz ADSL TTC -314 6.3 1 1500 -30 -45 -25 Size TTC -4072 EP13 EE5 SMD TTC -4079 EE5 SMD TTC -4090 EP13 TTC -4091 EP13 TTC -4095 EP13 TTC -4096 TTC -4104 Turns Ratio WDG:WDG THT TTC -4078 Telecom


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PDF 10KHz, 731 smd 545A2 ttc schematics 702 smd 90uH 190uH 8 PIN 4072 TTC-314 EP10 702 transistor smd
alcatel 4093

Abstract: mx 50071 Pulse Transformer 5024 TTC4116 MTK-20141 TTC 103 TTC 103 339 157 16K 731 4070 alcatel transformers 325 339
Text: 80 27 TTC -5025 600:430 0 3.5 -79 80 20 TTC -5032 600:470 0 2.5 -79 80 27 TTC -5035 600:346 0 3.0 -84 80 27 TTC -5036 600:287 0 4.0 -90 80 27 TTC -5037 1 600:600 TTC -5024 Telecom Transformers TTC , ) Shunt Loss Rp @ 200Hz 10mVrms ( MIN) TTC -5027 30k:30k 0 30.0 110 TTC -5033 10k:10k 0 6.5 22 TTC -5034 20k:20k 0 18.0 60 Package Information QTY/Tray Tape


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PDF UL1950 UL60950 EN60950 1500Vrms TTC-5025 TTC-5032 TTC-5035 alcatel 4093 mx 50071 Pulse Transformer 5024 TTC4116 MTK-20141 TTC 103 TTC 103 339 157 16K 731 4070 alcatel transformers 325 339
2004 - Panasonic High-Power amplifiers

Abstract: BQ24100RHL
Text: STAT1 IN IN PG VCC TTC or CMODE ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 15 14 13 11 12 9 , PGND) CMODE, TS, TTC VTSB ISET1, ISET2 Voltage difference between SNS and BAT inputs (VSNS­ VBAT , /cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC INPUT tPRECHG tCHARGE KTTC CTTC , capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV VCC VIBAT -4 mV 40 0.01 200 VCC VIBAT +75 mV VCC VIBAT +73 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25 -10% 2.6


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PDF bq24100 bq24103 bq24105 bq24108 bq24113 bq24115 SLUS606D Panasonic High-Power amplifiers BQ24100RHL
2009 - TTC 103 thermistor

Abstract: TTC 103 TTC 103 ntc thermistor thermistor ttc 103 NTC TTC 103 thermistor Lifepo4 Battery Charger RTH TTC 103 thermistor Lifepo4 ttc 103 datasheet BQ24105IRHLRQ1
Text: STAT1 IN IN PG VCC TTC ISET1 ISET2 OUT RHL PACKAGE (TOP VIEW) OUT · Qualified for , TS, TTC 7V VTSB 3.6 V ISET1, ISET2 3.3 V Voltage difference between SNS and BAT , VIH High-level input voltage IIH = 20 µA V CE Input 0 0.4 1.3 VCC V TTC Input tPRECHG Precharge timer tCHARGE Programmable charge timer range t(CHG) = C( TTC ) × K( TTC ) Charge timer accuracy 0.01 µF C( TTC ) 0.18 µF KTTC Charge time capacitor range


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PDF bq24105-Q1 SLUS953 TTC 103 thermistor TTC 103 TTC 103 ntc thermistor thermistor ttc 103 NTC TTC 103 thermistor Lifepo4 Battery Charger RTH TTC 103 thermistor Lifepo4 ttc 103 datasheet BQ24105IRHLRQ1
2009 - Not Available

Abstract: No abstract text available
Text: · · · · · · · OUT OUT · STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 , , VCC STAT1, STAT2, PG, CE, SNS, BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB , Input VIL VIH TTC Input tPRECHG tCHARGE KTTC CTTC VTTC_EN Precharge timer Programmable charge timer range Charge timer accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising 0.01 200 t(CHG) = C( TTC ) × K( TTC ) 0.01 F C( TTC ) 0.18 F 1440 25 -10% 2.6 0.22 1800 2160


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PDF bq24105-Q1 SLUS953A bq24105
2004 - Not Available

Abstract: No abstract text available
Text: STAT1 IN IN PG VCC TTC or CMODE ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 15 14 13 11 12 9 , PGND) CMODE, TS, TTC VTSB ISET1, ISET2 Voltage difference between SNS and BAT inputs (VSNS­ VBAT , /cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC INPUT tPRECHG tCHARGE KTTC CTTC , capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV VCC VIBAT -4 mV 40 0.01 200 VCC VIBAT +75 mV VCC VIBAT +73 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25 -10% 2.6


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PDF bq24100 bq24103 bq24105 bq24108 bq24113 bq24115 SLUS606D
2009 - Not Available

Abstract: No abstract text available
Text: Detection · Available in 20-Pin, 3.5 mm × 4.5 mm, QFN Package 23 OUT OUT STAT1 IN IN PG VCC TTC , to VSS and PGND) TS, TTC VTSB ISET1, ISET2 Voltage difference between SNS and BAT inputs (VSNS ­ VBAT , (STATx) VOL(PG) CE Input VIL VIH TTC Input tPRECHG tCHARGE KTTC CTTC VTTC_EN Precharge timer Programmable charge timer range Charge timer accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising 0.01 200 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25 -10% 2.6


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PDF bq24105-Q1 SLUS953
2004 - Not Available

Abstract: No abstract text available
Text: STAT1 IN IN PG VCC TTC or CMODE ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 15 14 13 11 12 9 , PGND) CMODE, TS, TTC VTSB ISET1, ISET2 Voltage difference between SNS and BAT inputs (VSNS­ VBAT , /cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC INPUT tPRECHG tCHARGE KTTC CTTC , capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV VCC VIBAT -4 mV 40 0.01 200 VCC VIBAT +75 mV VCC VIBAT +73 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25 -10% 2.6


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PDF bq24100 bq24103 bq24105 bq24108 bq24113 bq24115 SLUS606D
2006 - Not Available

Abstract: No abstract text available
Text: Players STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 15 14 13 11 12 9 , , BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB ISET1, ISET2 Voltage , time 75 20 100 30 125 40 mV/cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC , accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV 40 5 0.01 200 VCC VIBAT +75 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25


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PDF bq24120 bq24123 SLUS688
2009 - lifepo4

Abstract: bq24105-Q1 TTC 103 ntc thermistor TTC 103 thermistor TTC 103 sumida PWB bq24105 BQ24105IRHLRQ1 TTC thermistor
Text: STAT1 IN IN PG VCC TTC ISET1 ISET2 OUT RHL PACKAGE (TOP VIEW) OUT · Qualified for , TS, TTC 7V VTSB 3.6 V ISET1, ISET2 3.3 V Voltage difference between SNS and BAT , VIH High-level input voltage IIH = 20 µA V CE Input 0 0.4 1.3 VCC V TTC Input tPRECHG Precharge timer tCHARGE Programmable charge timer range t(CHG) = C( TTC ) × K( TTC ) Charge timer accuracy 0.01 µF C( TTC ) 0.18 µF KTTC Charge time capacitor range


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PDF bq24105-Q1 SLUS953 lifepo4 TTC 103 ntc thermistor TTC 103 thermistor TTC 103 sumida PWB bq24105 BQ24105IRHLRQ1 TTC thermistor
2009 - Not Available

Abstract: No abstract text available
Text: Detection · Available in 20-Pin, 3.5 mm × 4.5 mm, QFN Package 23 OUT OUT STAT1 IN IN PG VCC TTC , to VSS and PGND) TS, TTC VTSB ISET1, ISET2 Voltage difference between SNS and BAT inputs (VSNS ­ VBAT , (STATx) VOL(PG) CE Input VIL VIH TTC Input tPRECHG tCHARGE KTTC CTTC VTTC_EN Precharge timer Programmable charge timer range Charge timer accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising 0.01 200 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25 -10% 2.6


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PDF bq24105-Q1 SLUS953
2009 - Not Available

Abstract: No abstract text available
Text: enters sleep mode when VCC supply is removed. RHL PACKAGE (TOP VIEW) STAT1 IN IN PG VCC TTC , TS, TTC 7V VTSB 3.6 V ISET1, ISET2 3.3 V Voltage difference between SNS and BAT , High-level input voltage IIH = 20 A 0 0.4 1.3 VCC V TTC Input tPRECHG Precharge timer tCHARGE Programmable charge timer range t(CHG) = C( TTC ) × K( TTC ) Charge timer accuracy 0.01 F ≤ C( TTC ) ≤ 0.18 F KTTC Charge time capacitor range VTTC_EN TTC enable


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PDF bq24105-Q1 SLUS953A
2008 - N4915

Abstract: No abstract text available
Text: signal generator TTC BC N4915A-006 TTC BC L2 L1 L0 Plug fixture Stress pattern Jitter free clock signal L3 50 Ω Test fixture TTC Attn BC PD 50 Ω Aux + L3 + L2 + L1 + L0 + - Aux Test fixture Clock pattern generator + + + + + - TTC Attn , : Blocking capacit TP: Test point TTC : 150 ps transitio time converter Jitter measurement device , Stressed signal generator + + + + + - TTC Attn BC PD TTC Attn BC PD TTC BC N4915A


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PDF N4915A-006 N5990A DisplayP45 5989-8688EN N4915
2008 - N4871A

Abstract: N4915A-006 N4915A N4903A N5990A W2641A N5460
Text: highlighted. 2 Sink device Source device TP1 TP3 PD Stressed signal generator TTC BC N4915A-006 TTC BC L2 L1 L0 Plug fixture Stress pattern Jitter free clock signal L3 50 Test fixture TTC Attn BC PD 50 Aux + L3 + L2 + L1 + L0 + - Aux Test fixture Clock pattern generator + + + + + - TTC Attn BC PD 50 50 Receptacle fixture Legend: Attn: Attenuator PD: Power divider BC: Blocking capacit TP: Test point TTC : 150 ps


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PDF N4915A-006 N5990A 5989-8688EN N4871A N4915A-006 N4915A N4903A W2641A N5460
2006 - TTC thermistor

Abstract: No abstract text available
Text: Equipment Portable DVD Players STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 , , CE, CELLS, SNS, BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB ISET1, ISET2 , Deglitch time 75 20 100 30 125 40 mV/cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC , accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV 40 5 0.01 200 VCC VIBAT +75 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25


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PDF bq24120 bq24123 SLUS688A TTC thermistor
2006 - SLUU200

Abstract: TTC thermistor CDRH74-100 bq2412x
Text: Equipment Portable DVD Players STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 , , CE, CELLS, SNS, BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB ISET1, ISET2 , Deglitch time 75 20 100 30 125 40 mV/cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC , accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV 40 5 0.01 200 VCC VIBAT +75 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 µF C( TTC ) 0.18 µF 1440 25


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PDF bq24120 bq24123 SLUS688A SLUU200 TTC thermistor CDRH74-100 bq2412x
2006 - TTC 103 thermistor

Abstract: TTC 103 TTC 103 ntc thermistor NTC TTC 103 thermistor RTH 103at sumida PWB thermistor ttc 103 RTH+103at TTC thermistor bq24120
Text: supply is removed. RHL PACKAGE (TOP VIEW BQ24123) STAT1 IN IN PG VCC TTC ISET1 ISET2 2 , to 20 V TS, TTC 7V VTSB 3.6 V ISET1, ISET2 3.3 V ±1 V Voltage difference , VIH High-level input voltage IIH = 20 µA 0 0.4 1.3 VCC V TTC INPUT tPRECHG Precharge timer tCHARGE Programmable charge timer range t(CHG) = C( TTC ) × K( TTC ) Charge timer accuracy 0.01 µF C( TTC ) 0.18 µF KTTC Charge time capacitor range VTTC_EN TTC enable


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PDF bq24120 bq24123 SLUS688 TTC 103 thermistor TTC 103 TTC 103 ntc thermistor NTC TTC 103 thermistor RTH 103at sumida PWB thermistor ttc 103 RTH+103at TTC thermistor
ttc-6021

Abstract: S000
Text: -12874 ACAD\ TTC \A1128741 .DWG REV T1/E1/PRI-ISDN/CEPT MAGNETIC MODULE MULTI PORT, 40 PIN SMD TTC -6021 MODEL , ]- ■24.13[0.950]- XAAA TTC -6021 Date Code -H 1.27[0.050] ÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖÖZ , CONTROL NO. P-A1-12874 ACAD\ TTC \A1128742.DWG REV T1/E1 /PRI-ISDN/CEPT MAGNETIC MODULE MULTI PORT, 40 PIN SMD TTC -6021 MODEL SPECIFICATION QUALITY CONTROL: T. Clem CONTENTS OF THIS DRAWING ARE SUBJECT TO


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PDF ACAD\TTC\A1128742 TTC-6021 S000
Not Available

Abstract: No abstract text available
Text: 22 -O 21 RX4 1:1 TX4 1:2CT ENGINEER: L. Le DWG CONTROL NO. P-A1-12908 ACAD\ TTC \A1129081 .DWG REV PR1 T3/DS3/E3/STS—1 MAGNETIC MODULE MULTI PORT, 40 PIN SOIC TTC -327 MODEL SPECIFICATION QUALITY , SOIC ai Ld m ZD Q O TTC -327 Dolt Clé 1.27[0.050] •24.1 3 , -12908 ACAD\ TTC \A1129082.DWG REV PR1 T3/DS3/E3/STS—1 MAGNETIC MODULE MULTI PORT, 40 PIN SOIC TTC -327 MODEL


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PDF TAAA12J3A TTC-327
2009 - Not Available

Abstract: No abstract text available
Text: · · · · · · · OUT OUT · STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 , , VCC STAT1, STAT2, PG, CE, SNS, BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB , Input VIL VIH TTC Input tPRECHG tCHARGE KTTC CTTC VTTC_EN Precharge timer Programmable charge timer range Charge timer accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising 0.01 200 t(CHG) = C( TTC ) × K( TTC ) 0.01 F C( TTC ) 0.18 F 1440 25 -10% 2.6 0.22 1800 2160


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PDF bq24105-Q1 SLUS953A bq24105
1999 - JT-Q703

Abstract: Q703 MK50H27 MK5027 MK50H25
Text: TTC JT-Q703 protocol operation, Receive Signal Unit Timer, and on-chip watch dog timers are available , changes made to the MK5027 to produce the new MK50H27 A02 device with optional TTC JT-Q703 protocol , > to enable TTC JT-Q703 compliant operation of the device. With this bit set the MK50H27 will use only , actions. For TTC JT-Q703 compliant operation it is necessary to disable 2/3 FIB/BSN Error monitoring. The , Serivce. The typical use of these primitives when operating in a TTC compliant mode would be to issue


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PDF MK5027 MK50H27 MK50H27 JT-Q703 MK5027. Q703 MK50H25
2006 - TTC thermistor

Abstract: CRCW1210-0R10F
Text: Equipment Portable DVD Players STAT1 IN IN PG VCC TTC ISET1 ISET2 2 3 4 5 6 7 8 1 20 19 18 17 16 , , CE, CELLS, SNS, BAT OUT Input voltage range (with respect to VSS and PGND) TS, TTC VTSB ISET1, ISET2 , Deglitch time 75 20 100 30 125 40 mV/cell ms STAT1, STAT2, AND PG OUTPUTS VOL(STATx) VOL(PG) VIL VIH TTC , accuracy Timer multiplier Charge time capacitor range TTC enable threshold voltage V( TTC ) rising VCC VIBAT +5 mV 40 5 0.01 200 VCC VIBAT +75 mV 160 t(CHG) = C( TTC ) × K( TTC ) 0.01 F C( TTC ) 0.18 F 1440 25


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PDF bq24120 bq24123 SLUS688B TTC thermistor CRCW1210-0R10F
T2111

Abstract: TTC-109 a11041 CSA-22 TTC-109N
Text: REV. Status REVISION -03/28/91 HA RE: TTC -109 WITH NEW BOBBIN REVISION A ADDED STANDOFF DIMENSION 1/8/92 HA REVISION B TEMECULA WAS CARSON ADDED SAFETY ADDED T—2111 9/28/95 TS REVISION C , from Sec to Core B. Marking; TTC -109N, TAMURA, T2111, MICROTRAN, date code, country of origin, and , : T. Shiozawa DWG CONTROL NO. P—A1—10410 ACAD\ TTC \A1104101 .DWG REV D TELECOMMUNICATION COUPLING TRANSFORMER TTC -109N MODEL SPECIFICATION QUALITY CONTROL: D. Kelley CONTENTS OF THIS DRAWING ARE SUBJECT TO


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PDF TTC-109 T2111 E142035 -45dBm 10dBm 660Hz 800Hz, DC90mA 800Hz DC90mA a11041 CSA-22 TTC-109N
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