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Part Manufacturer Description Datasheet Download Buy Part
TMS320VC5502PGF300 Texas Instruments Fixed-Point Digital Signal Processor 176-LQFP -40 to 85
TMX320VC5501PGF300 Texas Instruments Fixed-Point Digital Signal Processor 176-LQFP -40 to 85
TMX320VC5502PGF300 Texas Instruments Fixed-Point Digital Signal Processor 176-LQFP -40 to 85
VC5501LMPGF300 Texas Instruments Fixed-Point Digital Signal Processor 176-LQFP -40 to 85
TMS320VC5501PGF300 Texas Instruments Fixed-Point Digital Signal Processor 176-LQFP -40 to 85
RNF-3000-24/8-2-STK (5677672002) TE Connectivity (5677672002) RNF-3000-24/8-2-STK

F300 S2R Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
F300 S2R

Abstract:
Text: (For F300-S only) F200/ F300 common camera Camera with Light Camera F150-S1A F150-SL20A , F150-SL50A Camera only Console F150-S1A Camera F200/ F300 Common camera Remarks NPN Input , double-speed camera and F150 common camera: 3 m F160-VSR3 Length of cable for 300- S2R /-S3DR: 3 m


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PDF CB-14 50min 1/4-20UNC F150-VM) F160-SLC50 F150-LTC50 F150-M09 CB-21 F300 S2R F150-KP F300-S F150-M09 F300-S2R F150-M05L F200-S omron F150-s1a F150-s1a
wiring diagram of cctv camera

Abstract:
Text: ) Camera Cable F150-VS (3 m, double-speed camera) F160-VSR3 (3 m, F200/ F300 ) F160-VSR4 (3 m, F300-S , , F160-S1/SLC20/SLC50, F300-S/ S2R /S3DR/S4R etc. Number of cameras Connectable 1 Number of pixels , camera & compatible F150 cameras; Cable length: 3 m For compatible F200/ F300 cameras; Cable length: 3 m


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PDF F160-1 wiring diagram of cctv camera omron f160 F150-3 omron omron f160 wiring parallel cable omron F150-s1a F150-s1a F300 S2R omron f150 wiring diagram cctv camera monochrome cctv wiring diagram
amphenol 2 pin male circular plug

Abstract:
Text: XXC1046 F200 C196 XXC1047 F200 C196 XXC1040 F300 C196 XXC1041 F300 C196 XXC1042 F300 C196 XXC1043 F300 C196 XXC1045 F300 C196 XXC1046 F300 C196 XXC1047 F300 Part number Cable Ø 3.0 - 3.5 mm , , 10 C196 00C1046 H300 10 C196 XXC1040 F300 8 C196 XXR1042 F000 11 C196 Z T5047 , XXR1046 F000 11 C196 Z T6042 7, 8, 9, 10 C196 00P1040 G100 9 C196 XXC1041 F300 8 , C196 XXC1042 F300 8 C196 XXU1042 F000 11 C196 Z T6047 7, 8, 9, 10 C196 00P1040 G300


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PDF D-74080 amphenol 2 pin male circular plug T6042 t3047 t3043 t5040 probe transistor C1023 T1046 IEC-60512-5 amphenol 2 pin female circular plug t6045
SPDT Lever Micro Switch

Abstract:
Text: KW4A-ZEPF200 KW4A-ZE □ F300 OF Max(N) 0.30 0.45 0.60 0.85 RFMin(N) 0.05 0.10 0.15 0.20 OT Min(mm) 1.2 MD , -02 KW4A-ZQDF300-02 a ® Model KW4A-ZQDF100 KW4A-ZQDF150 KW4A-ZQDF200 KW4A-ZQ □ F300 OF Max(N) 0.32 0.50 0.65 , KW4A-Z6B □ F200 KW4A-Z6BD F300 OF Max(N) 0.25 0.40 0.50 0.75 RFMin(N) 0.05 0.10 0.15 0.20 OT Min(mm) 1.2 , –¡ F300 OF Max(N) 0.35 0.60 0.80 1.00 RFMin(N) 0.05 0.15 0.20 0.35 OT Min(mm) 1.5 MD Max(mm) 0.6 FP , –¡ F300 OF Max(N) 0.20 0.30 0.40 0.60 RFMIn(N) 0.03 0.08 0.10 0.18 OT Mln(mm) 2.0 MD Max(mm) 1.5 FP


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PDF KW4A-Z2DF100 KW4A-Z2DF200 SPDT Lever Micro Switch KW4A s KW4A-Z3DF150 KW4A-Z6PF100 KW4A KW4A-Z5DF100 3A250VAC KW4A-ZQDF150 R5 Series T85 ss05n
F300 relay

Abstract:
Text: Force: F130 = 130gF F200 = 200gF F300 = 300gF F500 = 500gF 3. Contact Material: Q = Silver R = Gold DIMENSIONS STJV F300 R SCHEMATIC & PC LAYOUT www.citswitch.com page 91 phone


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PDF 48VDC 100gF 500Vrms 130gF 20rature 200gF F300 relay F300 F200 F300R
DBL5022

Abstract:
Text: TX Gain a(Tx) R7=68K, Vin=3mVrms 50.5 52 53.5 dB TX Gain frequency response aGtxf f=300 ~ 3400Hz - , DTMF Gain response AGMF R7=68K, f=300 ~3400Hz - ±0.2 ±0.5 dB TX Gain adjustment AGv-adj(Tx) R7 , =300.fi 29.5 31 32.5 dB RX Gain frequency response AGTXF f=300 ~ 3400Hz - ±0.2 - dB RX Dynamic output


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PDF DBL5022 16DIP 16SOP DBL5022-Vu DBL5022-V HC-49/1 AGMF R7-68K F300 F300 power
2001 - F300 14-pin

Abstract:
Text: f=300 ~ 3400Hz DTMF input impedance ZI(MF) KSI-W010-000 Unit V V k 3 , =68k, DTMF mode DTMF Gain Response GMF R7=68k f=300 ~3400Hz TX Gain Adjustment TX Dynamic output , dB RX Gain Frequency Response GTXF f=300 ~ 3400Hz - ± 0.2 - dB RX Dynamic


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PDF SL5021/P SL5021/P KSI-W010-000 F300 14-pin SOP16-DIP16 DTMF SL5021P SL5021 r920 R7-68K piezoelectric amplifier circuits BZX79C12 100U
2002 - Not Available

Abstract:
Text: ±0.2 ±0.2 - dB dB - 20.7 - kΩ Iline=15mA R7=68kΩ F=300 and 3400Hz , =15mA R7=68kΩ f=300 and 3400Hz without R6;Iline=15mA; Tamb= -25℃ and +75℃ 29.5 31 32.5 dB - ±0.2 ±0.2 - dB dB Iline=15mA R7=68kΩ F=300 and 3400 Hz Without R6


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PDF BL1062/BL1062A BL1062 BL1062A BAS11 BZX79 TEA1062A 100nF BZW14 100pF
EYLG

Abstract:
Text: .43 min. f4.80 min. f3.00 min. f4.0 EYLGULF322 f4.6 f4.2 f3.92 min. EYLG50M073 1.35 1.20 2.05 f4.0 f3.2 f3.00 min. f2.56 min. f2.8 EYLGUDS371 f2.64 min. f3 , Lens f4.4 f3.2 f3.00 min. f2.32 min. f2.54 Design and specifications are each subject to


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PDF EYLGUDM128 EYLGULF340 EYLGULM323 EYLGULF316 EYLGULF277 EYLG EYLGULF279 f640 F718 F749 00.F5.240-1009 74F674 EYLGULF278
2006 - AN293

Abstract:
Text: Debug Connector ` F300 MCU Power Connector Figure 1. TC-RTC C8051F300 Evaluation Board The , temperature sensor produces a voltage output that is proportional to the absolute temperature of the ` F300 , maintained in the ` F300 device internal volatile RAM. " Appendix A-TCRTC: Supported Commands" on page 9 , described in Section 4.4. The TC-RTC also provides a 56-byte User NVRAM that is stored in the ` F300 device , of the Flash NVRAM are always mirrored in a 56-byte array in RAM. This is because the ` F300 Flash


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PDF AN293 C8051F300, C8051F302 AN293 C8051F300 12 hour clock and calendar schematic C8051F302 F300 nvram4 w030102
1 AGMF

Abstract:
Text: (Tx) R7 = 68K, Vin=3mVrms 50.5 52 53.5 dB TX Gain frequency response AGtxf f=300 ~ 3400Hz + 0.2 , DTMF Gain response AGmf R7=68K, f=300 ~3400Hz - + 0.2 ±0.5 dB TX Gain adjustment AGvad(Tx) R7 , =300.fi 29.5 31 32.5 dB RX Gain frequency response AGtxf f=300 - 3400Hz ±0.2 - dB RX Dynamic output voltage


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PDF DBL5021 16DIP 16SOP 300i2 1 AGMF 1-10K DBL5021-V
2001 - 4 pin mic circuit

Abstract:
Text: dBmp Gv(Tx) R7=68K, Vin=3mVrms GTXF f=300 ~ 3400Hz Zi(MF) - DTMF Gain GV(MF) R7=68K, DTMF mode DTMF Gain Response GMF R7=68K, f=300 ~3400Hz TX Gain Adjustment , Frequency Response GTXF f=300 ~ 3400Hz RX Dynamic output voltage Vo(Rx) THD=2% R4


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PDF SL5022/P SL5022/P KSI-W011-000 4 pin mic circuit 100U BZX79C12 KSI-W011-000 SL5022 SL5022P W011
2004 - SL5021

Abstract:
Text: impedance Between MIC- & MIC+ MIC- or MIC+ to VR7=68K, Vin=3mVrms f=300 ~ 3400Hz KSI-W010-001 k , GV(MF) GMF Test Conditions R7=68k, DTMF mode R7=68k f=300 ~3400Hz Min. 24 (-)12 Typ. 25.5 , Vno(TX) Zi(RX) Zo(RX) Gv(RX) GTXF Vo(RX) R7=68k Between pin6 & pin7=200 R4=100k, RL=300 f=300


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PDF SL5021/P SL5021/P KSI-W010-001 SL5021
HC1062

Abstract:
Text: Between pin 6 ( or 7) and 1 ILINE =15mA, R7=68 k f=300 ~ 3400Hz w.r.t.800Hz Tamb= -25 ~ 75 w.r.t. 25 , f=300 ~3400Hz w.r.t.800Hz Tamb=-25~75 w.r.t. 25 , ILINE =50mA Pin 10 Pin 4 ILINE =15mA, RL=300 f=300 ~3400Hz w.r.t.800Hz Tamb=-25~75 ,without R6 w.r.t. 25 ILINE =50mA THD=2%, IP=0mA Sine


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PDF HC1062 HC1062A HC1062 /HC1062A 100pF 140mA 100uF 100nF HC1062A hc106
2003 - marking RAV

Abstract:
Text: =3mVrms TX Gain frequency Response GTXF f=300 ~ 3400Hz DTMF input impedance ZI(MF) KSI-W010 , Conditions GV(MF) R7=68k, DTMF mode DTMF Gain Response GMF R7=68k f=300 ~3400Hz TX Gain , ) R4=100k, RL=300 29.5 31 32.5 dB RX Gain Frequency Response GTXF f=300 ~ 3400Hz


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PDF SL5021/P SL5021/P KSI-W010-000 marking RAV 100U BZX79C12 F300 power SL5021 SL5021P
2003 - 1 AGMF

Abstract:
Text: dBmp Gv(Tx) R7=68K, Vin=3mVrms △GTXF f=300 ~ 3400Hz - Zi(MF) DTMF Gain GV(MF) R7=68K, DTMF mode DTMF Gain Response △GMF R7=68K, f=300 ~3400Hz TX Gain Adjustment TX , (Rx) R4=100k, RL=300 Ω 29.5 31 32.5 dB RX Gain Frequency Response △GTXF f=300


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PDF SL5022/P SL5022/P KSI-W011-000 1 AGMF V/1 AGMF
2004 - 1n 48 ph

Abstract:
Text: =3mVrms f=300 ~ 3400Hz R7=68K, DTMF mode R7=68K, f=300 ~3400Hz Min. 50.5 24 -12 Typ. 82 52 ± 0.2 20.7 , =10% IL=4mA IL=15mA R7=68K Between pin6 & pin7=200 R4=100k, RL=300 f=300 ~ 3400Hz THD=2% R4=100K RL


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PDF SL5022/P SL5022/P KSI-W011-001 1n 48 ph
diode F4

Abstract:
Text: .96 min. f7.22 min. f7.6 f4.0 f3.2 f3.00 min. 1.35 1.20 EYLGUDF282 f3.8 f3.1 f2 , f4.8 f2.6 f2.40 min. 2.00 f3.00 min. f4.0 f6.74 min. f6.9 EYLGULF316 2.05 3.00


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PDF EYLG50M073 EYLGULF340 EYLGULM323 EYLGULF322 EYLGULF316 EYLGULF277 EYLGULF278 diode F4 EYLGULF276 EYLGULF279 F480 F640
BP 3126

Abstract:
Text: Other Voltages / mAmpe Available 10mm BULB LED 1 CHIP / LOW COST FLANGE: F300 CR3K, CR6, CR4, CY4, CG4 , CONTACT: P = ANODE (+) N = CATH. (-) P/NR = AN O D E/ NO RESISTOR F300 F 3 2 1 , F322, Other Voltagee


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PDF 240VAC F3126, F3127 F3126 4V/60 900mcd BP 3126 F3302 F3126
1999 - Not Available

Abstract:
Text: device (F200, F300 , F350 or F381 . Power Supply Connecting Terminal series), the menu characters will , located at the back of To F200, F300 , F350, and F381 series, connect the main unit.Connect the power


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PDF F150-M05L DC24V 250cd/m
2014 - F300 relay

Abstract:
Text: (. F300 ) 50 to 1000 Hz (.F390) User Specified Power Supply: 24 VDC ± 20 % Power Consumption: 25 , Active 24 VDC, M12-Plug Frequency Output . F300 . = M12-Plug, 500 Hz .F390. = M12-Plug, 50 to 1000 , Output Types F300 , F390, L 343, & S30D P/N 807.007 = 5-Pin Micro-DC Connector with 6-foot Cable for


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PDF
2003 - PWM F330

Abstract:
Text: //-#if(F330) #define F300 #else #define F300 #define UART_ENABLE #define THREE_CHANNEL #endif // (F330) 0 1 0 0 // Must be `0' for the ` F300 // Must be `0' for the ` F300 #if(F330) Rev , for the `F330: // { CH1, CH2, CH3, CH1 } // and as follows for the ` F300 : // { CH1, CH2, X, CH1


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PDF AN145 C8051F330. C8051F330 PWM F330 silicon f330 Silicon Laboratories f330 CNP-0805 CP3216 1656L F330 Silicon Labs F330 C8051F3
2006 - BL1062A1

Abstract:
Text: 3.8 V V V V K 82 Iline = 15 mA; R7 = 68 k Iline = 100 mA; R7 = 68 k F=300 and 3400 Hz , 25.5 27.0 dB F=300 and 3400 Hz ±0.2 dB Without R6;Iline=50mA; Tamb=25 and +75 , = 100 mA; RL = 300 F=300 and 3400 Hz 29.5 24.5 -4- Total 7 Pages 32.5 27.5 ±0.2


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PDF BL1062A1 BL1062A1 iLine piezoelectric amplifier circuits FET electret microphone
F150-s1a

Abstract:
Text: / F300 cameras can also be connected. This lets you select the optimum camera for your speed, cost, and , also available. G F200/ F300 camera You can switch from the F200/ F300 to the F160 and still use , / F300 Common camera F150-S1A Camera F300-S F300-S2R Shutter camera F300-S3DR , only) Monochrome CRT Video Monitor F150-M09 Camera Cable F160-VSR3 Compatible F200/ F300


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PDF 1/4-20UNC F160-SLC50 F150-LTC50 F150-M09 CB-12 F150-s1a omron f300 F160-C15E omron F150-s1a omron f160 wiring parallel cable Wiring DIAGRAM OF 7 INCH TFT MONITOR ng34 F160-S1 F150-M05L F300-S
2015 - Not Available

Abstract:
Text: C10627 Spectrometer f=300 mm C11119-02 Spectrograph mount table A11350-11 Spectrometer f=300


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PDF A8110 C11200 A8114 C11200. A8111. B1201 SHSS0009E03
Supplyframe Tracking Pixel