VV105 PCB Search Results

marking A06 amplifier

Abstract: A06 monolithic amplifier MAR-6 pcb design marking A06 MCL MAR-6 MAR-6 monolithic amplifier MAR-6 VV105 RF AMPLIFIER marking A06 monolithic amplifier MAR
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30 Typical Applications

MAR-6 pcb design

Abstract: MCL MAR-6 monolithic amplifier MAR-6 marking A06 amplifier mar-6 PL-262 mar 536 TB-432-6 MAR6 VV105
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30 Typical Applications

VV105

Abstract: WW107
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30 Typical Applications

MMIC Amplifier mar6

Abstract: ANSI/mar-6
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

PL-262

Abstract: marking A06 amplifier VV105 PCB MAR-6 pcb design MAR-6
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30 Typical Applications

a06 amplifier

Abstract: A06 monolithic amplifier MAR6 VV105 WW107 MCL MAR-6 marking A06
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30 Typical Applications

MAR-6

Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

MAR-6

Abstract: MCL MAR-6 MAR-6SM VV105 WW107 PCB340 MAR6
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

MAR6

Abstract: MAR-6
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 22 dB typ. at 0.1 GHz • Internally Matched to 50 Ohms • Low noise figure, 3.0 dB typ. • Cascadable • Aqueous washable MAR-6+ CASE STYLE: VV105 PRICE: $1.16 ea. QTY. 30

pl 431

Abstract: VV105 PCB PL-261 VV105 TB-431-X t1is R04350B 98-PL-261 TB-431
Contextual Info: REVISIONS DESCRIPTION THIRD ANGLE PROJECTION 4 REV OR - ECN No. M 109082 NEW RELEASE D R AUTH DATE 12/29/06 AV IG SU G G EST ED MOUNTING CONFIGURATION FOR VV105 C A SE STYLE, ”c b ” PIN CONNECTION NOTES: 1. TRACE WIDTH IS SHOWN FOR ROGERS R 0 4 3 5 0 B WITH DIELECTRIC

mmic era-5

Abstract: PL-075 ERA-1 ERA-1SM ERA-2 ERA-SM ERA-33SM ERA-3SM 99 ERA-5 ERA-5SM MMIC era
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

mmic marking code j

Abstract: MMIC era
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

MMIC ww107 marking CODE

Abstract: ERA-6 PL-075 PL-075 ERA-3 VV105 PCB MMIC era WW107
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

PL-075 ERA-1

Abstract: mmic era-5 MMIC marking code R ERA-51 PL-075 ERA-3
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

MMIC era

Abstract: PL-075 ERA-6SM ERA-5SM ERA-SM WW107 ERA-21SM ERA-33SM ERA-50SM ERA-51SM PL-075
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

ERA-3SM 99

Abstract: ERA-SM PL-075 ERA-1 ERA-21SM ERA-33SM ERA-50SM ERA-51SM PL-075 VV105 WW107
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* GAIN , dB Typical FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

ERA-01

Abstract: ERA-04TB mmic amplifier code E5 WW107 MMIC era ERA-1SM
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output GAIN , dB Typical J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* FREQ. GHz MODELu NO. 0.1 fL - fU 1 over frequency, GHz 2 3

WW107 OUTLINE

Abstract: MMIC era VV105 PCB ERA-5SM marking code 5438 ERA-21SM ERA-33SM ERA-50SM ERA-51SM PL-075
Contextual Info: MONOLITHIC AMPLIFIERS BROADBAND 50Ω DC to 8 GHz ERA ERA-SM all specifications at 25°C low power, up to +13.5 dBm output GAIN , dB Typical J MAXIMUM DYNAMIC POWER dBm RANGE at 2 GHz* at 2 GHz* FREQ. GHz MODELu NO. fL - fU 0.1 1 over frequency, GHz 2 3

A03 monolithic amplifier

Abstract: MAR-3 A03 monolithic amplifier MMIC MAR-3 MMIC Amplifier A03 MMIC MAR-3
Contextual Info: Drop-In Monolithic Amplifier DC-2 GHz Product Features • Wideband, DC to 2 GHz • High gain, 12.5 dB typ. at 0.1 GHz • Low noise figure, 3.7 dB typ. • Exact foot print substitute for MSA-0385 • Cascadable, unconditionally stable • Aqueous washable

PL-262

Abstract: MMIC MAR-8 TB-432-8A MMIC Amplifier Micro-X marking 11 mmic mar 3 instrumentation amplifier PCB layout MMIC Amplifier Micro-X marking N MMIC Amplifier mar8 8A RF Amplifier monolithic amplifier MAR
Contextual Info: Drop-In Monolithic Amplifier DC-1 GHz Features • Exact foot print substitute* MAR-8 and MSA-0885 • High gain, 31.5 dB at 0.1 GHz, reduces component count • High power output, +12.5 dBm typ. • Low noise • Improved stability • Protection against power supply transients