HP8756A
Abstract: HP8350B HP8970B HP8562A HP8971C low noise amplifier ghz
Text: JXWBLA-T-1000-18000-38 1~18GHz Low Noise Amplifier Test report is for reference only. TEST REPORT for JXWBLA-T-1000-18000-38 Page 1 JXWBLA-T-1000-18000-38 1~18GHz Low Noise Amplifier Technical Specification 1-18 Frequency Range GHz 38 Gain(dB) Flatness(dB)
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JXWBLA-T-1000-18000-38
18GHz
HP8350B
HP8756A
HP8562A
HP8756A
HP8350B
HP8970B
HP8562A
HP8971C
low noise amplifier ghz
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power amplifier 2-18GHZ
Abstract: No abstract text available
Text: JXWBLA-T-2000-18000-38 2~18GHz Low Noise Amplifier Test report is for reference only. TEST REPORT for JXWBLA-T-2000-18000-38 Page 1 JXWBLA-T-2000-18000-38 2~18GHz Low Noise Amplifier Technical Specification 2-18 Frequency Range GHz 38 min Gain(dB) ±2.5 max
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JXWBLA-T-2000-18000-38
18GHz
HP8756A
HP8562A
HP8970B
power amplifier 2-18GHZ
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HP8971C
Abstract: low noise amplifier 4 ghz HP8756A HP8970B HP8350B low noise amplifier ghz HP8562A
Text: JXWBLA-T-4000-6000 4~6GHz Low Noise Amplifier Test report is for reference only. TEST REPORT for JXWBLA-T-4000-6000 Page 1 JXWBLA-T-4000-6000 4~6GHz Low Noise Amplifier Technical Specification Frequency Range GHz 4-6 Gain(dB) 30 Pout@1dB(dBm) 15 Noise Figure(dB)
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JXWBLA-T-4000-6000
HP8350B
HP8756A
HP8562A
HP8970B
HP8971C
HP8971C
low noise amplifier 4 ghz
HP8756A
HP8970B
HP8350B
low noise amplifier ghz
HP8562A
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HP8971C
Abstract: HP8756A HP8350B power amplifier 12 GHZ 5.5 GHz power amplifier
Text: JXWBPA-16000-16640-30 16~16.64GHz Pulse Power Amplifier Test report is for reference only. TEST REPORT for JXWBPA-16000-16640-30 Page 1 JXWBPA-16000-16640-30 16~16.64GHz Pulse Power Amplifier Technical Specification 16.00 -16.64 Frequency Range GHz Gain(dB)
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JXWBPA-16000-16640-30
64GHz
HP8350B
HP8756A
HP8562A
HP8971C
HP8756A
HP8350B
power amplifier 12 GHZ
5.5 GHz power amplifier
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HP8971C
Abstract: JXWBLA-T-12000-18000-18
Text: JXWBLA-T-12000-18000-18 12~18GHz Low Noise Amplifier Test report is for referenece only. TEST REPORT for JXWBLA-T-12000-18000-18 Page 1 Technical Specification JXWBLA-T-12000-18000-18 12~18GHz Low Noise Amplifier Frequency Range GHz 12 - 18 Gain(dB) 18 min
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JXWBLA-T-12000-18000-18
18GHz
HP8350B
HP8756A
HP8562A
HP8971C
JXWBLA-T-12000-18000-18
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HP8350B
Abstract: HP8970B amplifier 1 2 ghz
Text: JXWBPA-T-15.5-16.5-31 16±0.5GHz Power Amplifier Test report is for reference only. TEST REPORT for JXWBPA-T-15.5-16.5-31 Page 1 JXWBPA-T-15.5-16.5-31 16±0.5GHz Power Amplifier Technical Specification 16±0.5 Frequency GHz 10 min;15 max Gain(dB) 31 Pout @1dB(dBm)
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JXWBPA-T-15
HP8350B
HP8756A
HP8562A
HP8970B
HP8971C
J0946070509084
HP8350B
HP8970B
amplifier 1 2 ghz
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10GHz DRO
Abstract: DIELECTRIC COAXIAL RESONATOR design dielectric resonator oscillator HP8514 HP8514A
Text: CERAMICS FOR MICROWAVE APPLICATIONS Ceramic dielectrics with high permittivity are known to be excellent resonators for microwave oscillators and filters. Murata Erie microwave ceramics Resomics have high dielectric constants, extremely high temperature stability, and high Q
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-30dB
10GHz DRO
DIELECTRIC COAXIAL RESONATOR
design dielectric resonator oscillator
HP8514
HP8514A
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HP5351B
Abstract: HP8510A HP8514A HP8350B
Text: CUSTOM PRODUCTS RESOMICS - DESIGN CONSIDERATIONS tfn I. DIMENSIONAL Material Diameter R U Dr x f0=57.8 Dr x fo=52.8 0.44 0.44 Lr/Dr Ratio NOTE 1: The value of Dr x fo is accurate under the following condition: a. Dr, Lr in m illim eter and fo in GHz. b. Resomics is positioned at the center of cavity and Do/Dr=Lo/Lr=3.
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10GHz DRO
Abstract: DIELECTRIC COAXIAL RESONATOR design dielectric resonator oscillator HP5351B DR03 HP8514A
Text: n C C ^ iK /IIO Q CERAMICS FOR K L O W lV llO O MICROWAVE APPLICATIONS Ceram ic dielectrics with high permittivity are known to be excellent resonators for microwave oscillators and filters. Murata microwave ceramics Resomics have high dielectric constants, extrem ely high
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HP5351B
Abstract: Resomics application note HP8514A
Text: OTHER PRODUCTS RESOMICS -DESIGN CONSIDERATIONS m uffata //m cK tto A ¿n E k c fro fu ts I. DIMENSIONAL Material Diameter Lr/Dr Ratio R U Dr x fo = 57.8 Dr x fo = 52.8 0.44 0.44 NOTE 1: The value of Dr x fo is accurate under the following condition: a. Dr, Lr in millimeter and fo in GHz.
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TE018
HP5351B
Resomics application note
HP8514A
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