IS 1632 N Search Results

ISE40A-N01-T-X501

Abstract: ISE40A-N01-Y-P-X531 ISE40A ZSE40A-N01-T-P analog pressure sensor vacuum ISE50-T2-62L ZSE50F-T2-62L "Pressure Switch" smc digital vacuum pressure switch ZSE50
Contextual Info: 1632-2012.qxp:QuarkCatalogTempNew 9/14/12 8:16 AM Page 1632 Instrumentation Pressure switches detect pressure of gases or liquids. Built-in circuitry allows for the adjustment of set points and outputs. Outputs are ON-OFF solid state or read switch type outputs. Some models feature analog outputs. The pressure is detected using

Contextual Info: Thin Film Chip Attenuators PAT Series ^ 1.0 Application These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is Ideal for low noise, inductance and parasitic capacitance applications.

Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

EP1W

Abstract: PAT1220 PAT3042
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

PAT1220

Abstract: PAT0510S
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

PAT1632

Abstract: PAT1220 PAT0510 PAT0510S RAT1010X pat05
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

PAT0510

Abstract: PAT0510S PAT1220 PAT1632 RAT1010X
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

PAT1220

Abstract: PAT1632 PAT0510 PAT0510S RAT1010X
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

PAT1220

Abstract: PAT0510 PAT0510S PAT1632 RAT1010X
Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

Contextual Info: PAT series, RAT series, high-precision chip attenuators These 3042, 1632, 1220, 1010 and 0510 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications.

ECJ0EB1A105M

Abstract: LP5521 R98G C1005X5R1A105K ECJ0EB0J474K Q38G C1005X5R SG 5010
Contextual Info: National Semiconductor AN-1632 Tomi Koskela August 26, 2008 General Description Evaluation Kit Overview The LP5521 is a three channel LED driver designed to produce variety of lighting effects for mobile devices. High efficiency charge pump enables LED driving over full Li-Ion

Contextual Info: Thin Film Chip Attenuators PAT Series 1.0 Application These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, inductance and parasitic capacitance applications. Thin film metallization provides for very stable characteristics over temperature and time.

RFH25P10

Abstract: RFH25P08 rfh25p
Contextual Info: Standard Power MOSFETs . RFH25P08, RFH25P10 File N u m be r 1632 Power MOS Field-Effect Transistors P-Channel Enhancement-Mode Power Field-Effect Transistors terminal diagram 25 A, -80 V - -100 V fD SIo n l = 0.15 Ci Features: • SOA is power-dissipation lim ited

is 1632 n

Abstract: PAT1220
Contextual Info: Thin Film Chip Attenuators PAT Series 1.0 Application These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, inductance and parasitic capacitance applications. Thin film metallization provides for very stable characteristics over temperature and time.

MNR14

Abstract: MNR04 MCR01 resistor 1005
Contextual Info: Resistors Chip resistor networks MNR04 1005 4 size FFeatures 1) Extremely small and light Area ratio is 60% smaller than that of chip 1632 (MNR14), while weight ratio has been cut 75%. 2) High-density mounting Can be mounted even more densely than four 1005

Contextual Info: Thin Film Chip Attenuator PAT Series 1.0 Description These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications. Thin film metalization provides for very stable characteristics over temperature and time.

16C550

Abstract: LPC2210 LQFP144
Contextual Info: LPC2210 Big performance. Low power. Advanced Peripherals…10-bit ADC and external memory interface The LPC2210 is based on a 1632-bit ARM7TDMI-S CPU with real-time emulation and embedded trace support. For critical code size applications, the alternative 16-bit

Contextual Info: Thin Film Chip Attenuator PAT Series 1.0 Description These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications. Thin film metalization provides for very stable characteristics over temperature and time.

PAT1220

Contextual Info: Thin Film Chip Attenuators PAT Series 1.0 Description These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications. Thin film metallization provides for very stable characteristics over temperature and time.

Contextual Info: Thin Film Chip Attenuators PAT Series 1.0 Description These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications. Thin film metalization provides for very stable characteristics over temperature and time.

is 1632 n

Contextual Info: Thin Film Chip Attenuators PAT Series 1.0 Description These 3042, 1632, and 1220 size chip attenuators exhibit excellent high frequency characteristics. The surface mount package is ideal for low noise, low inductance and parasitic capacitance applications. Thin film metalization provides for very stable characteristics over temperature and time.