IS 1632 N Search Results

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.

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.

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: 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

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.

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.

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.

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.

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

Abstract: H1632C 010DB
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.

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.

DSA0017435

Contextual Info: MNR04 Resistors Chip resistor networks MNR04 1005 x 4 size !Features 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 chips (MCR01), and mounting costs are lower.

H1632C

Contextual Info: Thin Film Chip Attenuators PAT Series 6 dB 1.0 Description H 2.0 Mechanical H H H 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 6 dB 1.0 Description H 2.0 Mechanical H H H 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: DWG. NO. DO NOT SCALE DRAWING S D -5 4 6 1 3 -0 0 3 fet34NO. DRWN: CH'Ks APPR: CO m o o feB3NO. DRWN: CH'Ks APPR: it i fet32NO. DRWN: IS M CH'Ks APPR: > 4 W R EV ISED fesi no.JD 2 0 0 I - 1632 DRWN: S.HOSHIKAWA '01/05/31 ch 'K s A.NODA APPR: HoIKESUGI go vim

Contextual Info: Instruction Sheet 408- 1632 Terminal and Splice Crimping Die Assemblies 19 APR 11 Rev C Cumulative Trauma Disorders can result from the prolonged use of manually powered hand tools. Hand tools are intended for occasional use and low volume applications. A wide selection of powered application equipment for extended- use, production operations is available.