15PERCENT Search Results

Contextual Info: P O W I Î K M VN KM K M Low Power, 5Y |LlP Reset - Active LOW, Push-Pull Output The IMP1810 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1810. Maximum supply current over temperature is a low 20|iA, representing 50 percent lower

Contextual Info: LITE-ON TECHNOLOGY CORPORATION Property of Lite-On Only LED DISPLAY LTC-4624JD-02J DATASHEET Rev Description By 01 ORIGINAL KITTISAK 02 Refer to contour drawing Revision (- May 29/2008 Change pin length from 26mm(+/-0.5mm) KITTISAK to 25mm(+/-0.5mm) June 06/2008

4801A

Abstract: 1050C 2600C
Contextual Info: LITE-ON TECHNOLYGY CORPORATION Property of Lite-on Only LED DISPLAY LTS-4801AKF-20J DATASHEET Rev Description By 01 ORIGINAL KITTISAK B. Refer to contour drawing Revision (- June 16/2009 (Above data for PD and Customer tracking only) NPPR Received and Upload on OPNC

LTC-4624JD-01

Contextual Info: LITE-ON TECHNOLOGY CORPORATION Property of Lite-On Only LED DISPLAY LTC-4624JD-01 DATASHEET Rev Description By 01 ORIGINAL KITTISAK Refer to contour drawing Revision (- May 16/2008 (Above data for PD and Customer tracking only) - NPPR Received and Upload on OPNC

2n5401ub

Contextual Info: The documentation and process conversion measures necessary to comply with this document shall be completed by 26 February 2013. INCH-POUND MIL-PRF-19500/766 26 November 2012 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, TRANSISTOR, PNP, SILICON, LOW-POWER,

Contextual Info: IMP1 233D POWER MANAGEMENT Key Features Low Power, 5V µP Reset – Active LOW, Open-Drain Output – 350ms Reset Period The IMP1233D supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1233D. Maximum supply current over temperature is a low 20µA, representing over 60 percent

Contextual Info: IMP1 233M POWER MANAGEMENT Key Features Low Power, 5V/3.0V µP Reset – Active LOW, Open-Drain Output – 350ms Reset Period The IMP1233M supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1233M. Maximum supply current over temperature is a low 20µA, representing 60 percent lower

IMP18

Contextual Info: IMP1 233M POWER MANAGEMENT Key Features Low Power, 5V/3.0V µP Reset – Active LOW, Open-Drain Output – 350ms Reset Period The IMP1233M supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1233M. Maximum supply current over temperature is a low 20µA, representing 60 percent lower

Contextual Info: IMP1 8 1 2 POWER MANAGEMENT Low Power, 5V µP Reset Key Features – Active HIGH, Push-Pull Output The IMP1812 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1812. Maximum supply current over temperature is a low 20µA, representing over 50 percent

IMP1810R-15

Abstract: DS1810 IMP1233D IMP1233M IMP1810 IMP1811 IMP1812 IMP1815 IMP1816 IMP1817
Contextual Info: IMP1 8 1 0 POWER MANAGEMENT Low Power, 5V µP Reset Key Features – Active LOW, Push-Pull Output The IMP1810 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1810. Maximum supply current over temperature is a low 20µA, representing 50 percent lower

LM12K

Abstract: LM12CK lm12 BRIDGE-RECTIFIER 20v ,1A BRIDGE-RECTIFIER LM12C lm12 op amp APPLICATION OF BRIDGE-RECTIFIER IC 3358 transistor LM12 OP amp IC
Contextual Info: National Semiconductor LM12 L /C /C L 150W Operational Amplifier General Description The LM12 is a power op amp capable of driving + 35V at ± 10A while operating from ± 40V supplies. The monolithic IC can deliver 150W of sine wave power into a 4 0 load with

IMP1233D

Abstract: IMP1233M IMP1810 MC33064 MC33164 MC34064 MC34164 DS1233M *34064 supervisor
Contextual Info: IMP1 233M POWER MANAGEMENT Low Power, 5V/3.0V µP Reset Key Features – Active LOW, Open-Drain Output – 350ms Reset Period The IMP1233M supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1233M. Maximum supply current over temperature is a low 20µA, representing 60 percent lower

2N5682

Abstract: 2N5681 equivalent C-2688 MIL-PRF19500 2N5679 2N5681 JANTX2N5682 ST1113
Contextual Info: The documentation process conversion measures necessary to comply with this revision shall be completed by 21 November 1999. INCH-POUND MIL-PRF-19500/583A 21 August 1999 SUPERSEDING MIL-S-19500/583 23 April 1990 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, TRANSISTOR, NPN, SILICON AMPLIFIER,

DS1233M

Abstract: IMP1233D IMP1233M IMP1810 MC33064 MC33164 MC34064 MC34164
Contextual Info: IMP1 233M POWER MANAGEMENT Key Features Low Power, 5V/3.0V µP Reset – Active LOW, Open-Drain Output – 350ms Reset Period The IMP1233M supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1233M. Maximum supply current over temperature is a low 20µA, representing 60 percent lower

LM12LK

Abstract: LM12 100w amp schematic diagram K04A
Contextual Info: LM12 SfiE T> b S D U S M DD7S1B1 3AD • NSC2 EHNational NATL SEMICOND LINEAR mm Semiconductor -T -1 a l '- 3 5 LM12 (L) 80W Operational Amplifier General Description The LM12 is a power op amp capable of driving ±2 5V at ±1 0 A while operating from ±3 0V supplies. The monolithic

IMP1810

Abstract: IMP1811 IMP1815 IMP1816 IMP1817 IMP1816-5 IMP1812 IMP1815R-10
Contextual Info: POWER MANAGEMENT Supervisors IMP1810 — Lo w Po w er, 5V µ P R eset Active LOW, Push-Pull Output IMP1811 — Lo w Po w er, 5V µ P R eset Active LOW, Open-Drain Output IMP181 2 — Lo w Po w er, 5V µ P R eset Active HIGH, Push-Pull Output IMP1815 — Lo w Po w er, 3.3V µ P R eset

LTC-2621JD-01

Contextual Info: LITE-ON TECHNOLOGY CORPORATION Property of Lite-On Only LED DISPLAY LTC-2621JD-01 DATASHEET Rev Description By 01 ORIGINAL KITTISAK Refer to contour drawing Revision (- May 16/2008 (Above data for PD and Customer tracking only) - NPPR Received and Upload on OPNC

Contextual Info: IMP1 8 1 1 POWER MANAGEMENT Low Power, 5V µP Reset Key Features – Active LOW, Open-Drain Output The IMP1811 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1811. Maximum supply current over temperature is a low 20µA, representing 50 percent lower

IMP1811R-5

Abstract: IMP1811 IMP1811R DS1811 IMP1233D IMP1233M IMP1810 IMP1812 IMP1815 IMP1816
Contextual Info: IMP1 8 1 1 POWER MANAGEMENT Low Power, 5V µP Reset Key Features – Active LOW, Open-Drain Output The IMP1811 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1811. Maximum supply current over temperature is a low 20µA, representing 50 percent lower

2N5679

Abstract: 2N5680 2N5681 C-2688 MIL-PRF19500 JANTXV2N5680
Contextual Info: The documentation process conversion measures necessary to comply with this revision shall be completed by 21 November 1999. INCH-POUND MIL-PRF-19500/582A 21 August 1999 SUPERSEDING MIL-S-19500/582 3 May 1990 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, TRANSISTOR, PNP, SILICON AMPLIFIER,

Contextual Info: LED Display Product Data Sheet LTD-4608BE-34J Spec No.: DS30-2012-0075 Effective Date: 09/14/2012 Revision: - LITE-ON DCC RELEASE BNS-OD-FC001/A4 LITE-ON Technology Corp. / Optoelectronics No.90,Chien 1 Road, Chung Ho, New Taipei City 23585, Taiwan, R.O.C.

Contextual Info: P O W I Î K M VN KM K M Low Power, 5Y |LlP Reset - Active LOW, Open-Drain Output Improved Dallas DS1811 replacement — 50% lower maximum supply current The IMP1811 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1811. Maximum supply

Contextual Info: P O W I Î K M VN KM K M Low Power, 5Y |LlP Reset - Active HIGH, Push-Pull Output The IMP1812 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1812. Maximum supply current over temperature is a low 20|iA, representing over 50 percent

Contextual Info: P o w er M an ag em en t Low Power, 5Y |HP Reset - Active LOW, Open-Drain Output Improved Dallas DS1233D replacement — Over 60% lower maximum supply current - 350m s Reset Period Low Supply Current — 20|jA maximum 5.5V — 15|jA maximum (3.6V) The IMP1233D supply voltage monitor is an improved, low-power