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- VHF/UHF Power Amplifier with the BGY 588N - 550 MHz, 24 V
- VHF/UHF Power Amplifier with the QPA 3314 - 1794 MHz, 24 V
- VHF/UHF Power Amplifier with the QPA 3316 - 1794 MHz, 24 V
- VHF/UHF Power Amplifier with the TAT 8888 - 1000 MHz, 24 V
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- Cascading OPAMPs For Increased Bandwidth
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- Remembering Robert A. Pease, aka "RAP"
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- ADF 4350 Module
- A 100 MHz Reference Frequency Source, locked to 10 MHz
- A 100 MHz Reference Frequency Add-On, DIL-28 Formfactor
- A 100 MHz Reference Frequency with 10 MHz OCXO
- A universal VCO Board - MC100EL1648DG and PGA-103+
- A universal XCO/PLL Board - NB3N501/502/511
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- MEMS Oscillators - SiT8008/SiT8208/SiT8209
- The Mobile Emitter
- DDS Synthesizer - with AD9851, ≈70 MHz
- Low Noise DDS Daughterboard - with AD9859, ≈ 160 MHz
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- PLL Loopfilter Designer, 2nd and 3rd order
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- Circuit Collection : Oscillators
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- How to measure Mixer Characteristics
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- Universal Frequency Converter with the Si564
- A broadband Phase-Shifter for IQ Mixing Applications (ECL)
- An RF Phase-Shifter for IQ Mixing Applications (LVC)
- Transmod, shifts 6.8±1 GHz to 1.0±1 GHz.
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- Calibrate your Noise Source. ENR calculator.
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- DIY Noise Source with 2 x GVA and 2 x PAT - ENR : 12.0 dB
- DIY Noise Source with 2 x GVA-81+ - ENR : 21.43 dB @ 1.0 GHz
- DIY Noise Source with 3 x GVA-81+ - ENR : 24.44 dB @ 1.0 GHz
- DIY Noise Source aka Ghettoblaster 555
- EMI Powerline Schnüffelstück
- How to Measure the Noise Floor of Your Spectrum Analyzer
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- Noise Figure Measurement using the Gain-Method
- Noise Figure Measurement using the Y-Method
- Quantumoptics Stuff 3599
- QO Basics - Photodiode Things ➜
- Photodiodes for Physicists
- Photodiodes for Engineers, Technicians, ...
- Photodiodes Troubleshooting : The Mobile Emitter
- Photodiode Opamp Amplifier • Transimpedance Amplifier
- LED's ... working like Photodiodes
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- Prescaler :2 :4 :8 :10 :20 :40 :80 MC12093 MC12095 MC12080
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- 8 GHz Prescaler :80 - :640 with the HMC434 + MC12080
- Resistive Power Split, DC - 3000 MHz, 9.5 dB, 3 Way
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- Ground-Breaker
- Quantum Computer Arithmetic Unit : Adder
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- Bi Directional Coupler or Dual Directional Coupler ???
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- A Dual Directional Coupler, 5 - 1500 MHz, 10 / 20 dB
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Sallen_Key_Bandpass_light.php 8077 Bytes 04-03-2025 19:13:26
Sallen Key Bandpass Filter Design (wideband)
Uses a Highpass / Lowpass approach
✈ Notes :
• Maximum Frequency should be at least ten times higher than min. Freq.
• The Filter shown here has unity Gain.
• The Filter shown here has unity Gain.
✈ Downloads
✈ Share your thoughts
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t1 = 7299 d
t2 = 288 ms |
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