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  operating mechanism Datasheet PDF File

For operating mechanism Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | <15> |   

    PHILIPS[Philips Semiconductors]
NXP Semiconductors N.V.
Part No. CBT3125PW CBT3125 CBT3125D CBT3125DB CBT3125DS CBT3125_1 CBT3125DS112 CBT3125DS118 CBT3125PW118 CBT3125D112 BT3125PW CBT3125-15
Description CBT3125; Quadruple FET bus switch
From old datasheet system
Quadruple FET bus switch - # of Bits per Enable: 1 ; Description: Bus Switch ; Number of bits: 4 ; operating temperature: -40~85 Cel; operating voltage: 4.5~5.5 VDC; Package: SOT402-1 (TSSOP14); Container: Reel Pack, SMD, 13&quot;
Quadruple FET bus switch - # of Bits per Enable: 1 ; Description: Bus Switch ; Number of bits: 4 ; operating temperature: -40~85 Cel; operating voltage: 4.5~5.5 VDC; Package: SOT108-1 (SO14); Container: Tube
File Size 90.85K  /  10 Page

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    ISL29501-ST-EV1Z

Intersil Corporation
Part No. ISL29501-ST-EV1Z
Description    Auto gain control mechanism
File Size 572.61K  /  23 Page

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Part No. ST6200BB1/XXX ST6200BB6/XXX ST6201BM6/XXX ST6201BM1/XXX
Description PLD; Logic Type:Programmable; Package/Case:240-RQFP; operating Temp. Max:85 C; operating Temp. Min:0 C; Supply Voltage Max:3.6V; Supply Voltage Nom, Vcc:3.3V
8-BIT MICROCONTROLLER
File Size 3,691.13K  /  48 Page

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    Cypress Semiconductor, Corp.
Part No. CY7B9940V-5AXC
Description High Speed Multifrequency PLL Clock Buffer; Voltage (V): 3.3 V; operating Frequency: 24 MHz to 200 MHz; Outputs: 10; operating Range: 0 to 70 C 7B SERIES, PLL BASED CLOCK DRIVER, 8 TRUE OUTPUT(S), 0 INVERTED OUTPUT(S), PQFP44
File Size 244.98K  /  11 Page

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    NXP Semiconductors N.V.
Part No. CBT3306D-T CBT3306GM
Description Dual bus switch - # of Bits per Enable: 1 ; Description: Bus Switch ; Number of bits: 2 ; operating temperature: -40~85 Cel; operating voltage: 4.5~5.5 VDC CBT/FST/QS/5C/B SERIES, DUAL 1-BIT DRIVER, TRUE OUTPUT, PDSO8
File Size 138.39K  /  14 Page

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    AGERE[Agere Systems]
Part No. 269 269-D 269-A 269-B 269-C 269-TYPE 269-A-140-F1480-C 269-A-150-F1480-B 269-A-160-F1480-A 269-A-160-F1480-C 269-A-170-F1480-A 269-A-170-F1480-B 269-A-190-F1480-A 269-A-190-F1480-B 269-A-190-F1480-C 269-A-200-F1480-A 269-A-120-F1480-A 269-A-120-F1480-B 269-A-120-F1480-C 269-A-130-F1480-A 269-A-130-F1480-B 269-A-140-F1480-A 269-A-130-F1480-C 269-A-140-F1480-B 269-A-150-F1480-A 269-A-150-F1480-C 269-A-160-F1480-B 269-A-170-F1480-C 269-A-180-F1480-A 269-A-180-F1480-B 269-A-180-F1480-C 269-A-200-F1480-B 269-A-200-F1480-C 269-A-210-F1480-A 269-A-210-F1480-B 269-A-230-F1480-B 269-A-230-F1480-C 269-B-230-F1480-A 269-B-230-F1480-B 269-A-230-F1480-A 269-B-230-F1480-C 269-B-120-F1480-B 269-B-120-F1480-C 269-B-120-F1480-A 269-B-130-F1480-A 269-B-130-F1480-C 269-B-140-F1480-C 269-B-140-F1480-B 269-B-210-F1480-C 269-B-190-F1480-C 269-A-260-F1480-C 269-A-240-F1480-C 269-A-220-F1480-C 269-B-180-F1480-C 269-A-280-F1480-C 269-B-150-F1480-C 269-A-260-F1480-B 269-A-240-F1480-B 269-B-210-F1480-B 269-A-280-F1480-B 269-A-270-F1480-B 269-B-220-F1480-B 269-A-220-F1480-B 269-B-170-F1480-B 269-B-190-F1480-B 269-A-250-F1480-B 269-B-180-F1480-B 269-C-220-F1480-A 269-C-220-F1480-C 269-C-210-F1480-A 269-C-200-F
Description    269-Type 1480 nm Pump Laser Module
1480 nm pump laser module. D - isolated, PMF. operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 220 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 260 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 250 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 270 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 260 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 280 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 130 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 210 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 180 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 170 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 160 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 150 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 140 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 130 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 120 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 200 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 190 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 170 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 160 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 160 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 150 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 230 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. operating power 230 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 120 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 260 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 240 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 240 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. operating power 250 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 220 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. operating power 210 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 270 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 190 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 150 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. operating power 160 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. operating power 130 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. operating power 220 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. operating power 200 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. operating power 210 mW. B = SC/APC connector.
File Size 85.15K  /  8 Page

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    P82B715 P82B715TD P82B715PN112 P82B715TD-T

http://
NXP Semiconductors N.V.
Part No. P82B715 P82B715TD P82B715PN112 P82B715TD-T
Description I2C-bus extender
I2C bus extender - I2C-bus: 100 kHz; Inputs: 1 ; operating temperature: -40~85 Cel; operating voltage: 4.5~12.0 VDC; Outputs: 1; Package: SOT97-1 (DIP8); Container: Tube SPECIALTY MICROPROCESSOR CIRCUIT, PDIP8
File Size 137.27K  /  23 Page

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    CBT3257AD112 CBT3257ADB112

NXP SEMICONDUCTORS
Part No. CBT3257AD112 CBT3257ADB112
Description Quad 1-of-2 multiplexer/demultiplexer - # of Bits per Enable: 4 ; Description: Mux/Demux ; Multiplex rate: 1 of 2 ; Number of bits: 4 ; operating temperature: -40~85 Cel; operating voltage: 4.5~5.5 VDC; Package: SOT109-1 (SO16); Container: Tube
Quad 1-of-2 multiplexer/demultiplexer - # of Bits per Enable: 4 ; Description: Mux/Demux ; Multiplex rate: 1 of 2 ; Number of bits: 4 ; operating temperature: -40~85 Cel; operating voltage: 4.5~5.5 VDC; Package: SOT338-1 (SSOP16); Container: Tube
File Size 97.08K  /  16 Page

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Part No. HM504 HM530E HM330E HM503E HM551
Description ; Terminal Pitch (mm): 2.54; Termination Style: IDC; Current Rating(Amps)(Max.): 1; Contact Mating Area Plating: Gold; operating Temperature Range (degrees C
; operating Temperature Range (degrees C): -55 to 85; General Description: Housing; Direct PCB mounting; Multi-purpose (Versatile) pin configuration
Analog IC 模拟IC
File Size 338.68K  /  3 Page

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    PS2561DL1-1Y-A PS2561DL1-1Y-V-A PS2561DL-1-F3 PS2561DL2-1 PS2561DL2-1-E3 PS2561DL2-1-V PS2561DL2-1-V-E3 PS2561DL2-1Y-A P

NEC
Part No. PS2561DL1-1Y-A PS2561DL1-1Y-V-A PS2561DL-1-F3 PS2561DL2-1 PS2561DL2-1-E3 PS2561DL2-1-V PS2561DL2-1-V-E3 PS2561DL2-1Y-A PS2561DL2-1Y-E3-A PS2561DL2-1Y-V-A PS2561DL2-1Y-V-E3-A PS2561DL1-1 PS2561DL1-1-V PS2561D-1 PS2561D-1-V PS2561D-1Y-A PS2561D-1Y-V-A PS2561DL-1 PS2561DL-1-V PS2561DL-1-V-F3 PS2561DL-1Y-A PS2561DL-1Y-F3-A PS2561DL-1Y-V-A PS2561DL-1Y-V-F3-A
Description 1 CHANNEL TRANSISTOR OUTPUT OPTOCOUPLER
DIP PHOTOCOUPLER operating AMBIENT TEMPERATURE 110隆?C
DIP PHOTOCOUPLER operating AMBIENT TEMPERATURE 110°C
File Size 117.93K  /  13 Page

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