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12/13/C3 Datasheet

Part Manufacturer Description PDF Type
1213C3 APEM Components Pushbutton Switches, Switches, SWITCH PUSH SPST-NO 3A 125V Original

12/13/C3

Catalog Datasheet MFG & Type PDF Document Tags

TSL0707

Abstract: CE-5028 -5221 CE-5268 8 9 12 13 C3 + C4 C5 + RL RL + C5 ­ ­ 150µF/6.3V 150µF/6.3V , .7 No.8 No.9 No.10 No.12 No.13 CE-50281 Vout(­) Vout(+5V) - ­Vin - Vout sense +Vin - , (+5V) Vout sense - N.C N.C 1 4 6 8 9 12 13 2.5×12=30 (3.5) 7- 0.49±0.1 35max. 11.5max. CE-5150 No.1 No.2 No.3 No.4 No.5 No.6 No.7 No.8 No.9 No.11 No.12 No.13 25±1 6×2.54=15.24 13 12 11 9 8 7 1 2 3 4 5 6 12.7max. 33.3±1 · No.34789 GND 33±0.5
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Original
CE-5028 CE-5029 CE-5211 CE-5221 TSL0707-470K TSL0707 50295-2 CE-5000 36VCE-5028CE-5029

NCN2500MNR2

Abstract: NCN2500 GND GND NCN2500 GND Device NCN2500MNR2 6 4 Vusb 14 12 13 C3 USB PORT 1 mF GND 1 DSPD 1 RCV 2 Vp 3 Vm 4 , Vp Vm DSPD OE SPND R2 2 33 R R3 3 33 R 4 GND Vusb 14 12 13 C3 GND 1 mF USB PORT 1 14 12 13 1 mF USB , Vreg VObus Vusb 14 12 13 C3 GND 1 R1 1.5 k R2 D- 10 33 R R3 3 33 R 4 GND mC D+ GND , Lot = Year = Work Week = Pb-Free Package PIN CONNECTIONS VObus 13 12 Vreg 11 D+ 10 D- 9 5 6 7 8 , , 11 10, 11 4.0 4.0 90 1.3 - - - - - - 20 20 110 2.0 12 ns ns % V Mbs Symbol Pin Min Typ Max Unit
ON Semiconductor
Original
QFN-16 NCN2500MNR2G NCN2500/D

TSL0707

Abstract: TSL0707-220K No. CE-5028 CE-5029 CE-5211 CE-5221 CE-5268 8 9 12 13 C3 + C4 C5 + RL RL , .10 +Vin - No.12 - N.C No.13 - N.C 1 Terminal No.1 and No.7 are connected internally(GND). 2 Terminal No.4 and No.7 are connected internally(GND). 1 4 6 8 9 12 13 2.5×12=30 (3.5) 7- 0.49±0.1 35max. 11.5max. Terminal connection 6×2.54=15.24 13 12 11 9 8 7 1 2 3 4 5 , . ±5V 2-OUTPUT TYPE CE-5211/CE-5221/CE-5268 7- 0.49±0.1 5min. 1 4 7 8 9 12 13 2.5×12=30
TDK
Original
EL0607-220K TSL0707-220K TDK TSL0707 5211 EL0607 CE-50292 F/16V

ECCOBOND 45

Abstract: ovenaire 1 of 3 OSC 35- 2-X SCALE OWN app'o D AG 3:4 . ADI: 12/13/C3 12/19/C3 marking' CECAL OR , CASE GROUND .76 .030 2. 0 VDC & CASE GROUND 1. 00 .040 3. OUTPUT 1.35 .053 4. +12 VDC 2.54 . 100 , REVISION Fâ'"Ol " BY DATE material« finish' scale own app'd ADii â 10 f, 12/19 12/19/ I , * finish'- sht 3 OF 3 OSC 35-2-X scale own app'd ADH 12/19/33 12/19/33 MARKING* This Material
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OCR Scan
ECCOBOND 45 ovenaire eccobond ovenaire oak frequency control OSC-35 ovenaire osc ovenaire 10 mhz oscillator 12/13/C3 12/19/C3 2051D 0GGG551

ECCOBOND 45

Abstract: ovenaire 3 OSC 35- 2-X SCALE OWN APP D 3:4 AD" DAG 12/13/C3 12/19/C3 MARKING' DECAL OR EPOXY INK , CASE GROUND .76 .030 2. 0 VDC & CASE GROUND 1.00 .040 3. OUTPUT 1. 35 .053 4. +12 VDC 2.54 .100 4.75 .187 5.08 .200 NOTE: 9.53 . 375 1. UNIT SEALED WITH ECCOBOND #45 12. 70 .500 15.24 .600 , OWN APP'O ADH -W f- 12/19/ " 12/19/33 MARKING« This Material Copyrighted By Its Respective , -X TOLERANCES SCALE in m M. o u M CO o H X UNUM f MILLIMITKM 1 OTHKRWIM f AMLII OWN AD H 12/19/33
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OCR Scan
ECCOBOND 55 dag dh 35-Z-X
Abstract: [ 5A 1 6 [ 6A 1 5 [ 6Y 1 4 [ 5Y 10 11 12 13 C3 0 C3 C 3 NC - No internal connection logic symbolt 1A 2A 3A 4A 5A 6A 20 19 18 13 12 11 1 1 2 3 8 9 10 1Y 2Y 3Y 4Y SY 6Y logic diagram , A 19 ] 2 A 18 ] 3A 17 ] NC 16 ] V CC 15 ] V CC 14 ] NC 13 ] 4A 12 ] 5A 11 j 6A 9 6Y [ 10 -
OCR Scan
54ACT11034 74ACT11034 AS035A D2957 DT4327 SCAS035A-

ovenaire 10 mhz oscillator

Abstract: ovenaire oak frequency control OSC-35 .015 A D I' 12/13/C3 12/19/Cj App`d t>A& o NEW DECAL ADDED. REVISION Î/85 MATERIAL , GROUND OUTPUT +12 VDC NOTE: 1. UNIT SEALED WITH ECCOBOND #45 MM .76 1.00 1.35 2.54 4.75 5.08 9.53 , SH T. REVISION 1. TNT BY i MlkLINCTCM 1 ADH $0.f' 12/19 AM LCI INCH DEC ± AFP` 0 12/19/ 1 2/85 DATE MATERIAL* FINISH* MARKING* F-01 ' OAK/MC COY E L E K t , -X SCALE OWN APR ` 0 TOLERANCES UNLCM ( MILLINCTCM ± OTHKMTMC < ANtlll - ADH POfi- 12/19/33 12/19
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OCR Scan
mnac ovenaire oscillator ovenaire 10 mhz oscillator OSC 35 oak frequency control OSC-35 12/19/C F--01

SC 9153

Abstract: TDA3190P 11 11 1000 p F /1 6 V Input O- - O- < 22 k iî J r3 H t> R4 > 1.0 4, 5, 12, 13 C3 , hase S h i f t £ 7 D C V o lu m e r* o nn nt tr fn l C ol r- 8 g 3 G a in 4 6 12 13 , vo 11 8.0 5.1 12 9.0 6.0 Min Typ Max 13 10 6.9 mA U nit V ft ft input Limiting Threshold Volts , Output Power - TDA3190P (Vc c = 24 V, R|_ = 16 fl) · 1.3 W atts Output Power - TDA1190P (V c c = 18 v , 4 /l iL 5 16 15 14 ^ 13 ~T\ D e e m p h a s is R ip p le R e je c tio n S u p p ly V o lta
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OCR Scan
SC 9153 648C-02

intersil AN046

Abstract: ic cmos 4011 - 24k 1 8 9 74C32 10 4011 4011 3 13 5 1 2 6 4 A 12 10k 6 R1 C1 4023 5 10 0.005µF TEST O/RANGE 1 10k 2 R2 9 4023 C2 0.005µF 11 4 12 13 C3 24 , 0.22µF V- TEST 12 11 13 VIN 4011 11 2N3702 Q3 25 19 AB4 8 9 10 26 , 13 F2 3 IN LO 12 A2 Q2 C ID101 TEST V+ 1 PE V+ 16 CLK 15 2 14 3 2 3 4 4 B 8 CD4016 A B 13 CD4029BC CD402T 5 C1 12 5 C 12 6
Intersil
Original
AN046 intersil AN046 ic cmos 4011 auto ranging dvm icl7106 application note and pin diagram of cd4029 ICL7106 ICL7107 LM339 ISO9000

transistor 9751

Abstract: T100 circuit detection 5 6 C1 Charge pump RC oscillator PWM Logic 47 kW 3 12 13 C3 , Output Reduct 4 13 2 VS Attenuation 5 12 Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 VS Sense Osc 6 11 Delay NC 7 10 NC NC 8 9 , Ich VS VS 9 GND R3 1 + NC 7 NC NC 15 14 13 12 10 mV 90 , Disable Enable Calculation: tf + t + V @ IC r 4 Batt osc With VBatt = 12 V, C4 = 470
Temic Semiconductors
Original
U6084B-FP U6084B transistor 9751 T100 88/540/EEC 91/690/EEC D-74025

T100

Abstract: U6084B 47 kW 3 12 13 C3 47 nF 14 Control input Output C2 Duty cycle range 0­100 , / Dis 2 15 NC VI 3 14 Output Reduct 4 13 2 VS Attenuation 5 12 , 6 7 8 9 10 11 12 13 14 15 16 Symbol GND En / Dis VI Reduct NC Osc NC NC Latch , 150 W Ich VS VS 9 GND R3 1 + NC 7 NC NC 15 14 13 12 10 , controlled by an external capacitor and the oscillator current. Calculation: C4 I osc With VBatt = 12 V
Temic Semiconductors
Original
Abstract: D1 U2 Q1, 2 Q3, 4 R1, 2 R4, 5, 6 R3, 7, 8 R9 R11, 12 R13, 15 C1,7,10 C2,4,8,11,12,13 C3 , GND P1-9 N/C P1-10 +VCL HIN LIN P1-11 +VCL Vdd supply line P1-12 LS (VCL GND) ENB active low P1-13 , 13 P1-1 P1-2 P1-3 P1-4 P1-5 P1-6 P1-7 P1-8 1 2 3 4 5 6 7 8 9 10 11 12 13 , R1 1S 6 7 10 2 R1 LGO 2 D2 4 18 1 LS GN D TESTPOINT 16 R 13 jum pered 3 N/ C N/ C N/ C LS 1 Q1 IXF H7N 90 Q 1 5.11 12 17 Q4 2N 7000 1 3 IXYS
Original
EV6R11 IX6R11 IXDP630 IXDP631 V6R11 EVBD6R11

h bridge ups circuit schematic diagram

Abstract: IXDP630 application note D1 U2 Q1, 2 Q3, 4 R1, 2 R4, 5, 6 R3, 7, 8 R9 R11, 12 R13, 15 C1,7,10 C2,4,8,11,12,13 C3 , GND P1-9 N/C HIN P1-10 +VCL LIN P1-11 +VCL Vdd supply line P1-12 LS (VCL GND) ENB active low P1-13 , 13 P1-1 P1-2 P1-3 P1-4 P1-5 P1-6 P1-7 P1-8 1 2 3 4 5 6 7 8 9 10 11 12 13 , 6 VC H VC L 9 3 13 1 I X6 R1 1S 6 LGO 7 10 2 2 5.11 1 Q1 IXF H7N 90 Q 1 3 D2 4 18 1 LS GN D TESTPOINT 16 R 13 jum pered R1 N/ C N/ C
IXYS
Original
h bridge ups circuit schematic diagram IXDP630 application note 3 phase ups schematic diagram resistors 1k ohm SCHEMATIC POWER SUPPLY WITH IGBTS ix6r11s3 IXDD414 IXFK90N20Q DS99102

NCN2500

Abstract: Package EN_RPU 4.7 mF 10 mF Vreg 5 2 3 4 1 9 7 mC VObus 12 13 C3 RCV 2 , VObus 12 13 RCV Vp Vm DSPD OE SPND C3 GND 1 mF R1 1.5 k EN_VObus Dâ' 10 , 14 Vusb 3.3 V 3.3 V LDO 3.3 V 12 Vreg S5 EN_VObus 5 13 VObus S2 Vp DSPD EN_RPU , GND C3 12 Vreg USB PORT Vcc C1 NCN2500 4 GND In this application, the two , VObus 12 13 GND 1 mF EN_VObus RCV Vp Vm DSPD OE SPND Dâ' 10 R2 2 33 R D
ON Semiconductor
Original
Abstract: -6.15.84W(max) Å'> § C3> O [Z S O O g Iâ'" 3 ) to I _ > _S 11 1_ ) _2 ) M 5M41B100AJO 0 C3> C3 Z> 12 13 C=3> 14 IS C=2> ) M 5M 416100AJO 16 17 Id 19 DQ4 20 DÛ 20 21 Dà , %, Vss = 0V, unless otherwise noted) (Notes 5. 12, 13) C, Parameter Symbol Access Access Column , otherwise noted) (Notes 12, 13) Parameter Symbol Refresh cycle time RAS high pulse width Delay time , 0 } M 5M 416100AJO C3 C> IS o 0 MH16 M 3 2 A J / N AJ -
OCR Scan
MH16M32AJ-6 MH16M32NAJ-6 536870912-BIT 16777216-WORD 32-BIT 32AJ/N

3421 amplifier

Abstract: * Li-Ion + SW SW SW 18 VOUTS 17 VOUT 19 VOUT 20 VOUT LTC3421 1 FB 24 VC 9 BURST 10 11 12 13 C3 0.1µF , RT 5 R2 28k GND PGND PGND PGND 10 11 12 13 C3 0.1µF 3421 TA05 VIN 1V TO 1.5V 1 CELL PRIMARY , V LTC3421 OUT 1 FB 24 VC 9 BURST 10 11 12 13 0.1µF C5* 22µF 470pF 20k 100k 200k GND PGND PGND , VOUT ­ + ENB GND 10 EXPOSED PAD 25 PGND 11 PGND 12 PGND 13 ­ RT + + 1.22V REF 2 , VREF 4 ENB 5 RT PGND 13 6 SS SYNC ILIM BURST GND PGND PGND 7 8 9 10 11 12 3421 F01 Figure 1
Linear Technology
Original
3421 amplifier LT1371/LT1371HV LTC3400/LTC3400B LTC3401 LTC3402 LTC3425 JMK325BJ226MM

1/Zetex ZXM61P025

Abstract: Zetex ZXM61P025 VOUTS 17 VOUT 19 VOUT 20 VOUT LTC3421 1 FB 24 VC 9 BURST 10 11 12 13 C3 0.1µF R5 1.13M C5* 22µF ×2 C4 , 28k GND PGND PGND PGND 10 11 12 13 C3 0.1µF 3421 TA05 VIN 1V TO 1.5V 1 CELL PRIMARY CELL + , 17 VOUT 19 VOUT 20 VOUT LTC3421 1 FB 24 VC 9 BURST 10 11 12 13 0.1µF C5* 22µF 470pF 20k 100k 200k , LBI VIN VOUT ­ + ENB GND 10 EXPOSED PAD 25 PGND 11 PGND 12 PGND 13 ­ RT + + , VREF 4 ENB 5 RT PGND 13 6 SS SYNC ILIM BURST GND PGND PGND 7 8 9 10 11 12 3421 F01 Figure 1
Linear Technology
Original
1/Zetex ZXM61P025 Zetex ZXM61P025 A916CY-4R7M
Abstract: 0.1uF TXN RXN_DEV SN75LVCP600S TXN_HOST TXP_HOST 10 11 12 13 DEV C9 0.1uF C5 0.1uF TXN_DEV TXP_DEV GND RX+ RXGND1 TXTX+ GND2 10 11 12 13 C3 0.1uF , 9 C20 0.1µF 1 C22 68µF 11 1 C23 47µF 12 1 C24 22µF 13 , . 13 3 SN75LVCP600S EVM Board Construction , . 12 5 SN75LVCP600S EVM Top Layer Texas Instruments
Original
SLLU144

GPC11A24A1

Abstract: 00FF 14 11 AUDN VDDP C7 PVDD PVSS F 0.1 12 13 C3 GPC11A24A1 0.1 F VSSP , . 12 10. PACKAGE/PAD LOCATIONS . 13 10.1. ORDERING INFORMATION . 13 11. DISCLAIMER . 14 12. REVISION HISTORY
Generalplus Technology
Original
00FF GPC11A

67c401

Abstract: 67C4023 in [ 4 18 ]nc sftin[ 4 18 d0[ 5 67C401/13 17 ]out rdy d0[ 5 67C402/23 17 6 64x4 16 ]00 6 64x5 16 < L fifo 1 L d2[ fifo d2[ 7 15 ]°1 7 15 nc [ 8 14 ]o2 d3[ 8 14 9 10 11 12 13 9 10 11 12 13 C3 OC Kl o [s O 2 10998D-4 ^ O Is O 5 ]0UT RDY ]00 ]°i ]o2 ]Oa 10998D-5 , DIP 67C402/23 NC/OE [ Input Ready [ Shift In [ Do [ 1» 2 3 4 5 6 7 8 9 18 17 16 15 14 13 12 11 10 , 67C401/13, 67C402/23 Low Density First-ln First-Out (FIFO) 64 x 4, 64 x 5 CMOS Memory (Cascadable
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OCR Scan
67c401 67C4023 67C402 67C4023-15 67C402-10 67C4023-10 67C401/13 67C4013/23 67C40X/XX 10998D-15 57C402/23 10998D-17
Abstract: circuit detection 5 6 C1 Charge pump RC oscillator PWM Logic 47 kW 3 12 13 C3 -
OCR Scan
3JUN06 31MAR2000

RX-2.8

Abstract: 0.1uF TXN_DEV TXP_DEV GND RX+ RXGND1 TXTX+ GND2 10 11 12 13 C3 0.1uF
RF Micro Devices
Original
RX-2.8 RF5608 IEEE802 8500MH DS110619
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