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CTLGPIORAIN40PIN100MM-F-F Cyntech Inc Allied Electronics & Automation 0 $2.70 $2.25
NSYPIN106 Schneider Electric Allied Electronics & Automation 0 $199.44 $189.47
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NSYPIN108 Schneider Electric RS Components 2 £111.39 £111.39
PIN-10D UDT Sensors Inc Bristol Electronics - -

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PIN10 datasheet (21)

Part Manufacturer Description Type PDF
PIN-100-M PCO Long Wavelength Photodiodes In ST Receptacles Scan PDF
PIN-100-N PCO Long Wavelength Photodiodes in FC Receptacles Scan PDF
PIN-10AP UDT Sensors PLANAR DIFFUSED SILICON PHOTODIODE Original PDF
PIN-10AP UDT Sensors Photodiode, Module, 0.27A/W Sensitivity, 1uSec Original PDF
PIN-10AP United Detector Technology Detector / Filter Combinations Scan PDF
PIN-10D UDT Sensors Photodiode, Diffused Module, 0.4A/W Sensitivity, 43nSec, 2nA Original PDF
PIN-10D United Detector Technology Planar Diffused Silicon Photodiodes Scan PDF
PIN-10DF UDT Sensors PLANAR DIFFUSED SILICON PHOTODIODE Original PDF
PIN-10DF UDT Sensors Photodiode, Module, 0.15A/W Sensitivity, 1uSec Original PDF
PIN-10DI UDT Sensors Photodiode, Diffused Module, 0.4A/W Sensitivity, 43nSec, 2nA Original PDF
PIN-10DI United Detector Technology Planar Diffused Silicon Photodiodes Scan PDF
PIN-10DP UDT Sensors Photodiode, Diffused Module, 0.4A/W Sensitivity, 1uSec Original PDF
PIN-10DP UDT Sensors PLANAR DIFFUSED SILICON PHOTODIODE Original PDF
PIN-10DP United Detector Technology Planar Diffused Silicon Photodiodes Scan PDF
PIN-10DPI UDT Sensors Photodiode, Diffused Module, 0.4A/W Sensitivity, 1uSec Original PDF
PIN-10DPI UDT Sensors PLANAR DIFFUSED SILICON PHOTODIODE Original PDF
PIN-10DPI United Detector Technology Planar Diffused Silicon Photodiodes Scan PDF
PIN-10DPI/SB UDT Sensors PLANAR DIFFUSED SILICON PHOTODIODE Original PDF
PIN-10DPI/SB UDT Sensors Photodiode, Diffused Module, 0.2A/W Sensitivity, 2nSec Original PDF
PIN-10FP United Detector Technology Detector / Filter Combinations Scan PDF

PIN10 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - NTE1834

Abstract:
Text: Voltage (Pin4, Pin5, and Pin10 ) VOL Pin8 = Open, IO = 500mA ­ 0.8 1.5 V Output High Level Voltage (Pin4, Pin5, and Pin10 ) VOH Pin8 = Open, IO = 500mA 10 10.5 ­ V , ­0.5 ­ 0.5 V IO(3) = 500mA ­0.5 ­ 0.5 V (Pin3) V3 ( Pin10 ) V10 IO , Level ­0.5 ­ 0.5 V ( Pin10 ) I8 (10) VR = 6V, IO(10) = 500mA, Pin10 = "H" Level , Input/Output Truth Table: Input Output Function Pin4 Pin5 Pin6 Pin10 Pin2 Pin3


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PDF NTE1834 NTE1834
2004 - NTE1834

Abstract:
Text: Voltage (Pin4, Pin5, and Pin10 ) VOL Pin8 = Open, IO = 500mA - 0.8 1.5 V Output High Level Voltage (Pin4, Pin5, and Pin10 ) VOH Pin8 = Open, IO = 500mA 10 10.5 - V , -0.5 - 0.5 V IO(3) = 500mA -0.5 - 0.5 V (Pin3) V3 ( Pin10 ) V10 IO , Level -0.5 - 0.5 V ( Pin10 ) I8 (10) VR = 6V, IO(10) = 500mA, Pin10 = "H" Level , Input/Output Truth Table: Input Output Function Pin4 Pin5 Pin6 Pin10 Pin2 Pin3


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PDF NTE1834 NTE1834 10-Lead
2000 - 3-bit counter

Abstract:
Text: . Circuit Operation (Cont'd) The Gain/Window switch input on Pin10 is a logic input which controls the , phase detector gain for the two corresponding vertical windows. The 464th ( Pin10 = low) or the 512th ( Pin10 = high) clock pulse (at 2fH) from the horizontal divider is used to set the start of the vertical sync window. The end of the sync window occurs at the 592nd ( Pin10 = low) or the 568th ( Pin10 = High , ; 464 to 592 counts ( Pin10 = low) or 512 to 568 counts ( Pin10 = high) but not at the 525th count


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PDF NTE1739 NTE1739 3-bit counter 15854 TIME SWITCH
DCF77

Abstract:
Text: /Pin15=0V min typ max unit ON VHL Pin10 DC 0 0.1 V OFF VHH Pin10 DC 2.9 3.0 V (High) IHH Pin10=3V 0.1 µA (Low) IHL Pin10=0V 0.3 , unit ICCO ,Pin15=0V, Pin10=3V ISTB 30 37 Pin15=3V 50 µA 0.05 µA , min unit 800 37.5 k 80.0 1 100 kHz µVrms mVrms TCO/=Pin1,fin=40kHz, Pin10=3V


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PDF LA1654FN LA1654FN( DCF77) 40/60kHz DCF77 D2005 B8-7022 A0204-1/4 LA1654FN 40khz crystal VSON16 T500 T200 PIN15 ic dcf77 150mil
1998 - K6257K

Abstract:
Text: One switching input pin, pin10 , has to be toggled between the two input pins 1 and 2, in case of , bandswitch, connect the switchable input pin10 properly to the wanted input pin. A bias of +6V is used to block one diode only if the dc level at their common connection at pin10 changes between <1V and >9V , select will set the lower diode BA582 to the on state. Then pin10 is connected with pin2 of the filter, and BG standard is selected. A +12V dc level selects L/L' norm when the upper diode connects pin10


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PDF K6257K K6257K are40 40MHz: K6267K; K6267K K6267 K6257 Delay Lines saw BA582 capacitor filter having 12V output SAW filter TUA2007
2005 - GSM900

Abstract:
Text: Operation GSM850 Rx Insertion Loss VSWR Rx 869 - 894 MHz, Pin=10 dBm 0.9 -20 to 70 °C 1.25 1.45 dB 869 - 894 MHz, Pin=10 dBm -20 to 70 °C 1.5 GSM900 Rx Insertion Loss 925 ­ 960 MHz, Pin=10 dBm 1.0 -20 to 70 °C 1.35 1.55 dB Rev 1.1 April 20, 2005 3 Eudyna , / PCS1900 / GPRS Applications 925 ­ 960 MHz, Pin=10 dBm VSWR Rx -20 to 70 °C 1.5 DCS1800 Rx 1805 ­ 1880 MHz, Pin=10 dBm Insertion Loss 1.2 -20 to 70 °C 1.5 1.7 dB 1805 ­ 1880


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PDF FMM5321ZV GSM850 GSM900 DCS1800 PCS1900 GSM850/900 DCS1800/PCS1900 FMM5321ZV GSM850/900, DCS1800, gsm900 Diplexer SP6T switch Diplexer GSM 900 Eudyna Devices power amplifiers FMM5321 GSM-900
1998 - VH22

Abstract:
Text: the protocol. During this 5 clock periodes no high level has to be send to PIN10. 3. set stop , input PIN9 and PIN10 of the UZZ9000. Each sensor input channel of the UZZ9000 (±VO1, ±VO2) has to be , . initiate start condition: during a high period at PIN9 a falling edge must appear at PIN10 2. choose , . During this 5 clock periodes a high level at PIN10 (while a rising edge appears at PIN9) decides whether , ): during the 5th high period of PIN9 a rising edge must appear at PIN10 and (!) afterwards PIN9 has to


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PDF UZZ9000 \IC180\DEMOBOAR UZZ9000 KMZ41 PIN10: PIN10 PIN10. VH22 KMZ41
2012 - Not Available

Abstract:
Text: BL-SS20A-1 1 12 BL-SS20A-11UR-XX PIN10 6 BL-SS20B-11D-XX GaAsP/GaP 635 2.1 2.5 , 9 5 10 BL-SS20B-1 1 PIN10 3,8 0.9 A 1. 2 B L - S S 2 0 X - 11 B 7 D , 3 PIN10 BL-DS20X-11 B 17 D C 4 16 E 2 F 1 DP G 19 A 5 20 , C 11 9 E 7 6 14 DP 15 1. 2 17 PIN1 PIN10 BL-SS30X-11 Series 7.3 10 4. 2 2 PIN10 Hi Red GaAlAs/GaAs,SH 660 1.85 2.2 3,8 6 BL-SS30B


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PDF BL-SS40B-12UHR-XX BL-SS40A-12UE-XX PIN16 BL-SS40A-12UHR-XX PIN12 BL-SS40X-12 BL-SS40B-12UR-XX BL-SS40B-12D-XX BL-SS40A-12UR-XX BL-SS40B-12S-XX
1998 - transistor SMD DK

Abstract:
Text: few components occupying a minimum on space. One switching input pin, pin10 , has to be toggled between the two input pins 1 and 2. In case of unsymmetric SAW drivers it is simplified; pin10 is , level selects D/K norm when the transistor BC848 connects pin10 to pin2, which is grounded. The input , here (across pin10 and pin2 of the SAW filter) for equal resonance conditions with the parallel , thoroughly checked. With a clearly visible ground between pin1/ pin10 and the output pins 4 and 5, good


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PDF K6264K K6264K DIP10K K6264K; transistor SMD DK BA582 BC848 SW02
2006 - LA1654FN

Abstract:
Text: min typ max Unit ICCO No input, Pin15 = 0V, Pin10 = 3V Standby mode current drain , mVrms TCO Output Characteristics - Input signal = Pin1, fin = 40kHz, Pin10 = 3V, Pin15 = 0V , Ratings min typ max Unit Hold on voltage VHL Pin10 DC voltage 0 0.1 V Hold off voltage VHH Pin10 DC voltage 2.9 3.0 V High-level pin input current IHH Pin10 = 3V 0.1 µA Low-level pin input current IHL Pin10 = 0V 0.3 µA No.A0204-2/4


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PDF ENA0204 LA1654FN LA1654FN DCF77 LA1654 40/60kHz A0204-4/4 40KHZ crystal AM "AGC Amplifier" T200 T500 T800
transistor c655

Abstract:
Text: Current 'ces - 1.0 mA VCE=40V Thermal Resistance Q TH(JC) - 3.5 °C/W ^=36 V, PIN=1.0 W, F=2.9, 3.0, 3.1 GHz Output Power P OUT 5.0 - W Vcc=36 V, PIN=1.0 W, F=2.9, 3.0, 3.1 GHz Power Gain GP 7.0 - dB Vcc=36 V, P1N=1.0 W, F=2.9, 3.0, 3.1 GHz Collector Efficiency »Ic 30 - % Voc=36 V, PIN=1.0 W, F=2.9, 3.0, 3.1 GHz Input Return Loss RL 6 - dB Vcc=36 V, PIN=1.0 W, F=2.9,3.0, 3.1 GHz Load Mismatch Tolerance VSWR-T - 3:1 - Vcc=36 V, PIN=1.0 W, F=2.9,3.0,3.1 GHz Load Mismatch Stablility VSWR-S - 1.5:1 - Vcc=36 V


OCR Scan
PDF 100jis PH2931-5M ATC100A transistor c655 9225 npn transistor RF NPN POWER TRANSISTOR 3 GHZ 5w transistor power rating 5w TRANSISTOR A52 C655 13MM PH2931-5M c10031 ATC100A
1999 - automatic changeover current limiter

Abstract:
Text: Amplitude ratio when Deviation = 460 kHz/0 kHz ( Pin10 measurement) 30 dB Residual high frequency amplitude VRH Harmonic content with 100 % white signal input ( Pin10 measurement , M Output impedance (when SECAM) Pin10 ZOS10 DC measurement, Pin1 = 5 V 260 460 660 Output impedance (when non SECAM) Pin10 ZON10 DC measurement, Pin1 = 1.5 V 1 , when Pin10 becomes open if Pin1 is 5 V to 1 V variable 2.5 3.0 3.5 V IDENT Typical


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PDF AN5637 AN5637 DIP016-P-0300D automatic changeover current limiter automatic electrical bell "SECAM Decoder" an5192 pulse period measurement circuit 43362 PIN15 VDR16
TA1294N

Abstract:
Text: (-) output of Pin10. Delay time can be set up by the external resistance connected with PWM DELAY , PWM (-) output of a Pin10. If a Pin10 is connected to Vcc, it will become effective Pin12 of PWM (+ , the over current of power MOS-FET controlled by PWM (-) output of Pin10 , and carry out PWM (-) output , instantaneously, PFC output of a Pin16, PWM (+) output of a Pin12 and PWM (-) output of a Pin10 are latched to , CURRENT (12V)DPin14 114 7.8 13.0 18.2 mA (Above CHARACTERISTICS : Load of 2000pF is connected with PIN10


OCR Scan
PDF TA1294N TA1294N iokL330 QSW17 2000p TA1294 Pin20) ta1294 flyback transformer toshiba tv flyback pfc using voltage mode control pwm flyback pfc MOSFET 830 63 ng PIN14
PIN14

Abstract:
Text: PWM PIN8 FSET PIN9 VCOC PIN10 CREF 9 9.7v PIN11 , YT0524 fmax 910 R( PIN10 ) 5K-15KC(PIN9) fmax 0.15/ R( PIN10 ) 220P-470P × C(PIN9) ; fmin 8 fmin(1-R( PIN10 )/R(PIN8)× fmax fmaxfmin 13 4700pF Vcc 18


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PDF YT0524 QB-PT003 V-18V SSOP20 PIN14 SSOP20 YT0524
2006 - 40KHZ crystal

Abstract:
Text: Conditions No input, Pin15 = 0V, Pin10 = 3V Pin15 = 3.0V Ratings min 30 typ 37 max 50 0.05 Unit µA µA AGC , = Pin1, fin = 40kHz, Pin10 = 3V, Pin15 = 0V Parameter High-level output voltage Low-level output , pin input current Symbol VHL VHH IHH IHL Pin10 DC voltage Pin10 DC voltage Pin10 = 3V Pin10 = 0V


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PDF ENA0204 LA1654FN LA1654FN DCF77 LA1654 40/60kHz A0204-4/4 40KHZ crystal
Not Available

Abstract:
Text: , 0/5 V Control *3 : Pin=10 dBm, 925 to 960 MHz, V dd=3 V, 0/3 V Control *4 : Pin=10 dBm, 1805 to , , 0/5 V Control *3 : Pin=10 dBm, 925 to 960 MHz, V dd=3 V, 0/3 V Control *4 : Pin=10 dBm, 1805 to 1880


OCR Scan
PDF CXG1068N CXG1068N SSOP-20pin 900/GSM 20PIN 25MAX SSOP-20P-L03
SST49LF002A

Abstract:
Text: Pin1 Pin2 Pin3 Pin4 Pin5 Pin6 Pin7 Pin8 Pin9 Pin10 NC RESET# A9 A8 A7 A6 A5 A4 A3 , Pin4 Pin5 Pin6 Pin7 Pin8 Pin9 Pin10 Pin11 Pin12 Pin13 Pin14 Pin15 Pin16 Winbond SST , Assignment PART NO. Pin1 Pin2 Pin3 Pin4 Pin5 Pin6 Pin7 Pin8 Pin9 Pin10 Pin11 Pin12 Pin13 Pin14 , Assignment PART NO. Pin1 Pin2 Pin3 Pin4 Pin5 Pin6 Pin7 Pin8 Pin9 Pin10 Pin11 Pin12 Pin13 Pin14


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PDF Note-05 W49V002F SST49LF002A W49V002F SST49LF002A, SST49LF002A 32L-PLCC W49V002FP 82802AB PIN15 W49V002FP WINBOND
Not Available

Abstract:
Text: pulse width at Pin10. (Note 3) Putting 2Vp-p video signal on Video-IN terminal Delay time between output at Pin10 and VSYNC at Pin6. (Note 3) Increase DC voltage from 2V to 4V put on Sync-Det-IN , terminal. DC input voltage when output voltage at Pin10 changes from Low to High state. Gradually decrease DC voltage from 3V to 1V at VSYNC-IN terminal. DC input voltage when output voltage at Pin10 changes from High to Low state. Output voltage at Pin10 with load resistance RL=10k VSYNC Output


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PDF NJM2229 NJM2229 DMP16 NJM2229M Pin13.
2012 - Not Available

Abstract:
Text: voltage at Pin10 changes from Low to High state. Gradually decrease DC voltage from 3V to 1V at VSYNC-IN terminal. DC input voltage when output voltage at Pin10 changes from High to Low state. Output voltage at Pin10 with load resistance RL=10k Putting 2Vp-p video signal on Video-IN terminal and measurring output pulse width at Pin10. (Note 3) Putting 2Vp-p video signal on Video-IN terminal Delay time between output at Pin10 and VSYNC at Pin6. (Note 3) Increase DC voltage from 2V to 4V put on Sync-Det-IN terminal


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PDF NJM2229 NJM2229 DMP16 NJM2229M Opera229 Pin13.
2000 - 100uF capacitor

Abstract:
Text: Ratings: Supply Voltage ( Pin10 ), VCC Operating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Symbol Test Conditions Min Typ Max Unit Supply Voltage Range ( Pin10 ) VCC 6 ­ , 100 ­ ­ k V ON Impedance Between Pin10 & Pin6; Pin10 & Pin8 |ZOFF| Standby , Pin5 and Pin6 (Pin8 and Pin9) can be omitted. Pin6, Pin8, and Pin10 have to be interconnected. Note 4 , 100µF capacitor between Pin5 and Pin6 (Pin8 and Pin9) can be omitted. Pin6, Pin8, and Pin10 have to be


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PDF NTE1851 NTE1851 100uF capacitor
2001 - AN5637

Abstract:
Text: ( Pin10 measurement) 30 dB Residual high frequency amplitude VRH Harmonic content with 100 % white signal input ( Pin10 measurement) 10 mV[p-p] Output impedance (when , SECAM) Pin10 ZOS10 DC measurement, Pin1 = 5 V 260 460 660 Output impedance (when non SECAM) Pin10 ZON10 DC measurement, Pin1 = 1.5 V 1 M Sand castle pulse , ] System SW discrimination level VSS Voltage when Pin10 becomes open if Pin1 is 5 V to 1 V variable


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PDF AN5637 AN5637 DIP016-P-0300D DIP016-P-0300M) SDB00021BEB
1999 - AN5192

Abstract:
Text: Amplitude ratio when Deviation = 460 kHz/0 kHz ( Pin10 measurement) 30 dB Residual high frequency amplitude VRH Harmonic content with 100 % white signal input ( Pin10 measurement , M Output impedance (when SECAM) Pin10 ZOS10 DC measurement, Pin1 = 5 V 260 460 660 Output impedance (when non SECAM) Pin10 ZON10 DC measurement, Pin1 = 1.5 V 1 , when Pin10 becomes open if Pin1 is 5 V to 1 V variable 2.5 3.0 3.5 V IDENT Typical


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PDF AN5637 AN5637 DIP016-P-0300D AN5192
2012 - fuse smd code c

Abstract:
Text: Continuous Input Voltage Voltage at Pin10 (+5V) Voltage at Pin8 (PWM) Ambient Temperature Storage Temperature , uF V V V V mA V V uA 2 Notes test at Vin=7V,Vo=3.3V/20A +5V ( Pin10 ) Operating +5V ( Pin10 ) Under-voltage lockout,rising +5V ( Pin10 ) Under-voltage lockout,falling +5V ( Pin10 ) Hysteresis +5V ( Pin10


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PDF Vdc/25 SRBB-20A1A0 IPC-9592A) SRBB-20A1A0 2002/95/EC, fuse smd code c fuse smd code md
2004 - DMP16

Abstract:
Text: on Video-IN terminal and measurring output pulse width at Pin10. (Note 3) Putting 2Vp-p video signal on Video-IN terminal Delay time between output at Pin10 and VSYNC at Pin6. (Note 3) Increase DC , increase DC voltage from 2V to 3V at VSYNC-IN terminal. DC input voltage when output voltage at Pin10 , input voltage when output voltage at Pin10 changes from High to Low state. Output voltage at Pin10


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PDF NJM2229 NJM2229 DMP16, ZIP-16 NJM2229M NJM2229S Pin13. DMP16 NJM2229M NJM2229S
2006 - 100uF capacitor

Abstract:
Text: Ratings: Supply Voltage ( Pin10 ), VCC Operating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Symbol Test Conditions Min Typ Max Unit Supply Voltage Range ( Pin10 ) VCC 6 - , 100 - - k ON Impedance Between Pin10 & Pin6; Pin10 & Pin8 |ZOFF| Standby Position , Pin5 and Pin6 (Pin8 and Pin9) can be omitted. Pin6, Pin8, and Pin10 have to be interconnected. Note 4 , 100µF capacitor between Pin5 and Pin6 (Pin8 and Pin9) can be omitted. Pin6, Pin8, and Pin10 have to be


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PDF NTE1851 NTE1851 13-Lead 100uF capacitor NTE185
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