hcpl-j312 183 2 0 amp output c pdf Datasheet P12 Description --- IC-ON-LINE


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hcpl-j312 183 2 0 amp output c Datasheet PDF File

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				Vectron International, Inc http://
Part No.	TcXO-5color='#FF0000'>01-DAE-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAR-156 TcXO-5color='#FF0000'>01-EAK-156 TcXO-5color='#FF0000'>01-DAR-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-DAR-156 TcXO-5color='#FF0000'>01-DAK-156 TcXO-5color='#FF0000'>01-DAK-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAJ-156 TcXO-5color='#FF0000'>01-DAG-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAE-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAR-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAR-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAR-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAR-356 TcXO-5color='#FF0000'>01-EAR-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAR-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAR-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-EAR-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAR-356 TcXO-5color='#FF0000'>01-EAJ-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAG-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAG-156 TcXO-5color='#FF0000'>01-EAG-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAG-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-EAG-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAG-356 TcXO-5color='#FF0000'>01-DAK-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAK-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-DAK-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAK-356 TcXO-5color='#FF0000'>01-EAE-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAE-156 TcXO-5color='#FF0000'>01-EAE-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAJ-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAK-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAJ-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAJ-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAG-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAE-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-DAG-156 TcXO-5color='#FF0000'>01-DAE-156 TcXO-5color='#FF0000'>01-DAE-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAE-356 TcXO-5color='#FF0000'>01-DAG-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-DAG-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAG-356 TcXO-5color='#FF0000'>01-DAJ-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-DAJ-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-DAJ-356 TcXO-5color='#FF0000'>01-EAK-1color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAK-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>256 TcXO-5color='#FF0000'>01-EAK-356 VT-5color='#FF0000'>01-DAE-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-DAR-156color='#FF0000'>0 VT-5color='#FF0000'>01-DAR-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-EAR-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-EAR-156color='#FF0000'>0 VT-5color='#FF0000'>01-EAE-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-EAG-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-EAK-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-EAK-156color='#FF0000'>0 TcXO-5color='#FF0000'>01-EAK-3color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAJ-156 VT-5color='#FF0000'>01-DAJ-156color='#FF0000'>0 VT-5color='#FF0000'>01-EAJ-156color='#FF0000'>0 VT-5color='#FF0000'>01-DAG-1color='#FF0000'>06color='#FF0000'>0 VT-5color='#FF0000'>01-DAG-156color='#FF0000'>0 TcXO-5color='#FF0000'>01-EAE-356 TcXO-5color='#FF0000'>01-EAE-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAJ-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>06 TcXO-5color='#FF0000'>01-EAJ-356 TcXO-5
Description	Temperature compensated crystal Oscillator TcVcXO, cLOcK, 46 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 44 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 48 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.35color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 1color='#FF0000'>0 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 19.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.8 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 15.36 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 19.66color='#FF0000'>08 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 11 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 14.31818 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>25.1658color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>24 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 16.8 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 3color='#FF0000'>0.color='#FF0000'>08 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FF0000'>0 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 13 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 5color='#FF0000'>0 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 8.75 MHz, cMOS color='#FF0000'>output TcVcXO, cLOcK, 1color='#FF0000'>0.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23 MHz, cMOS color='#FF0000'>output
File Size	245.41K / 6 Page	View it Online	Download Datasheet

				Sanyo Electric co., Ltd. Sanyo Semicon Device Toshiba Semiconductor
Part No.	color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2Sc4399
Description	EcONOLINE: RUZ - Dual color='#FF0000'>output from a Single Input Rail- Input/color='#FF0000'>output Isolation 1kVDc- color='#FF0000'>output/color='#FF0000'>output Isolation 1kVDc- Power Sharing on color='#FF0000'>outputs- UL94V-color='#FF0000'>0 Package Material- Toroidal Magnetics- No Extern. components Required- Efficiency to 85% 高频通用放大器应 High-Frequency General-Purpose color='#FF0000'>amp Applications
File Size	112.67K / 4 Page	View it Online	Download Datasheet

				Analog Devices, Inc.
Part No.	AD9516-color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2BcPZ
Description	14-color='#FF0000'>output clock Generator with Integrated color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2 GHz VcO 9516 SERIES, PLL BASED cLOcK DRIVER, 1color='#FF0000'>0 TRUE color='#FF0000'>output(S), color='#FF0000'>0 INVERTED color='#FF0000'>output(S), Qcc64
File Size	1,088.30K / 80 Page	View it Online	Download Datasheet

				Analog Devices, Inc.
Part No.	AD9516-3BcPZ
Description	14-color='#FF0000'>output clock Generator with Integrated color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.color='#FF0000'>0 GHz VcO 9516 SERIES, PLL BASED cLOcK DRIVER, 1color='#FF0000'>0 TRUE color='#FF0000'>output(S), color='#FF0000'>0 INVERTED color='#FF0000'>output(S), Qcc64
File Size	1,119.54K / 80 Page	View it Online	Download Datasheet

				Analog Devices, Inc.
Part No.	AD9516-color='#FF0000'>0BcPZ
Description	14-color='#FF0000'>output clock Generator with Integrated color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.8 GHz VcO 9516 SERIES, PLL BASED cLOcK DRIVER, 1color='#FF0000'>0 TRUE color='#FF0000'>output(S), color='#FF0000'>0 INVERTED color='#FF0000'>output(S), Qcc64
File Size	1,062.62K / 80 Page	View it Online	Download Datasheet

				Integrated Device Technology, Inc.
Part No.	IDTcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23color='#FF0000'>09NZ-1HDc IDTcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23color='#FF0000'>09NZ-1HDcI IDTcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23color='#FF0000'>09NZ-1HPGGI IDTcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23color='#FF0000'>09NZ-1HPGI
Description	NINE color='#FF0000'>output 3.3V cLOcK BUFFER color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23color='#FF0000'>09 SERIES, LOW SKEW cLOcK DRIVER, 9 TRUE color='#FF0000'>output(S), color='#FF0000'>0 INVERTED color='#FF0000'>output(S), PDSO16
File Size	39.86K / 5 Page	View it Online	Download Datasheet

				Integrated circuit Syst... IcST[Integrated circuit Systems] Integrated Device Technology
Part No.	IcS9147-color='#FF0000'>01 IcS9147F-color='#FF0000'>01
Description	Frequency Generator & Integrated Buffers for PENTIUMTM Switch Mode Power Supply; color='#FF0000'>output Power:8color='#FF0000'>0W; Mounting Type:PcB; color='#FF0000'>output current:8A; color='#FF0000'>output Power Max:8color='#FF0000'>0W; color='#FF0000'>output Power Min:6color='#FF0000'>0MW; color='#FF0000'>output Voltage:5VDc; Series:LPT6color='#FF0000'>0; Supply Voltage:37color='#FF0000'>0VDc; Supply Voltage Max:color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>264VAc RoHS compliant: Yes 频率发生
File Size	441.22K / 11 Page	View it Online	Download Datasheet

				Panasonic Semiconductor
Part No.	MN1color='#FF0000'>01EFcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>29G
Description	Buzzer color='#FF0000'>output. Inverted buzzer color='#FF0000'>output. Remote control carrier color='#FF0000'>output. High-current drive port
File Size	328.49K / 3 Page	View it Online	Download Datasheet

				Vectron International, Inc. Rhopoint components, Ltd.
Part No.	VTc4-A34D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A34B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A34E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A34A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B34A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A31D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A33c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A14A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A3color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A33E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B4BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A33D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A13E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A31B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A13A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A33A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B5BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A13B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>23A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B3BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A33B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>24D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A4BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Bcolor='#FF0000'>0BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>0BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>21E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A31c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B1BA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A41D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B51E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2cA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A1DE-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A44A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A44B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A44c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2cB-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B45A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B43E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Bcolor='#FF0000'>03A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>05c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B51A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>0BE-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B51c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A5color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2cD-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A4cA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B41B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A15c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A53A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B44A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>05B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Bcolor='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B44E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A4color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2D-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B41A-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B3AA-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B4color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A5cE-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B45E-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>03B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A41c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A1cE-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B44B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-Acolor='#FF0000'>03c-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-A14B-1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2M8color='#FF0000'>0color='#FF0000'>0 VTc4-B4color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2D-
Description	Voltage controlled Temperature compensated crystal Oscillator TcVcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.8 MHz Voltage controlled Temperature compensated crystal Oscillator TcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.8 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 13 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 19.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 16.396 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 16.3color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>25color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>291 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 14 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 14 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 14.4844 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 18.414 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.5color='#FF0000'>04 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 15 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FF0000'>0 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 16.3color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>25color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>291 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 19.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>21.color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>25 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 17.5 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 14.4844 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>2.5color='#FF0000'>04 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 19.44 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 13.568 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 16.396 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 15 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 17.5 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 13 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 13.568 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 18.414 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 14.31818 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 16.367667 MHz TcXO, cLIPPED SINE color='#FF0000'>output, 1color='#FF0000'>0 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, 19.66color='#FF0000'>08 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>26 MHz TcXO, cLIPPED SINE color='#FF0000'>output, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>27.456 MHz TcXO, cLIPPED SINE color='#FF0000'>output, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>24.576 MHz TcVcXO, cLIPPED SINE color='#FF0000'>output, color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>27.456 MHz
File Size	171.84K / 7 Page	View it Online	Download Datasheet

				Agilent (Hewlett-Packard) Agilent(Hewlett-Packard)
Part No.	HcPL-M454
Description	HcPL-M454 &#color='#FFcolor='#FF0000'>0color='#FF0000'>0color='#FF0000'>0color='#FF0000'>0'>183; Ultra High cMR, Small Outline, 5 Lead, High Speed Optocoupler Ultra High cMR / Small Outline / 5 Lead / High Speed Optocoupler
File Size	79.34K / 12 Page	View it Online	Download Datasheet

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