ETB-033 Passive Filters (Constant-K, Low, High and Band M-derived low & high)

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₹15,000.0

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Total price: ₹15,000.0

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Details description
ETB-033 – Passive Filters Trainer (Constant-K, Low Pass, High Pass, and M-derived Filters) is a comprehensive educational trainer kit designed for the study and analysis of passive filter circuits used in signal processing. This model enables students to practically construct and test the performance of Constant-K and M-derived low-pass, high-pass, and band-pass filters, which are foundational in communication and electronics systems. It is equipped with clearly labeled circuit sections and convenient test points for hands-on experimentation and frequency response analysis. Key Features: Covers practical implementation of: Constant-K Low Pass Filter Constant-K High Pass Filter M-derived Low Pass Filter M-derived High Pass Filter Band-Pass configurations Demonstrates the principle of frequency selection, attenuation, and filter sharpness Built-in passive component networks for reliable results Ideal for studying cut-off frequency, impedance characteristics, and Q-factor Suitable for analog electronics and communication engineering labs Robust, academic-grade design with easy interfacing

Details description

ETB-033 – Passive Filters Trainer (Constant-K, Low Pass, High Pass, and M-derived Filters) is a comprehensive educational trainer kit designed for the study and analysis of passive filter circuits used in signal processing. This model enables students to practically construct and test the performance of Constant-K and M-derived low-pass, high-pass, and band-pass filters, which are foundational in communication and electronics systems. It is equipped with clearly labeled circuit sections and convenient test points for hands-on experimentation and frequency response analysis.

Key Features:

Covers practical implementation of:
- Constant-K Low Pass Filter
- Constant-K High Pass Filter
- M-derived Low Pass Filter
- M-derived High Pass Filter
- Band-Pass configurations
Demonstrates the principle of frequency selection, attenuation, and filter sharpness
Built-in passive component networks for reliable results
Ideal for studying cut-off frequency, impedance characteristics, and Q-factor
Suitable for analog electronics and communication engineering labs
Robust, academic-grade design with easy interfacing

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