1nF Step 4 Digit Decade Programmable Capacitor Board Polypropylene Film Capacitor DC100V AC70V Precision Testing Module

Enhance your electronic projects with this high-precision Programmable Capacitor Board, designed with a 4-digit decade programmable system for accurate and stable capacitance adjustments. Crafted to provide a wide adjustable range from 1nF to 9999nF in 1nF steps, this capacitor board allows you to precisely set the capacitance you require for diverse applications. Key Features: · 4-Digit Decade Programmable Design: Enables accurate and reliable capacitance tuning with a 5% accuracy level, ensuring consistent performance in your circuits. · Wide Adjustable Range: Offers an extensive capacitance adjustment from 1nF up to 9999nF with fine 1nF increments, providing maximum flexibility for various electronic designs and experiments. · Compact & Easy Installation: Designed with a compact size and equipped with a standard C35 DIN rail mounting system for secure and stable installation in control panels or electronic setups. · Durable and Stable: Utilizes polypropylene film capacitors that guarantee good stability, long service life, and reliable operation under working voltages of DC100V and AC70V. · Cost-Effective Replacement: Functions as an efficient replacement for traditional capacitor boxes, delivering high performance while reducing maintenance costs. · Versatile Application: Ideal for educational purposes, laboratory experiments, testing environments, and electronic engineering design projects where precise capacitance control is essential. Specifications: · Item Type: Programmable Capacitor Board · Accuracy: ±5% · Step: 1nF · Capacitance Difference: ±5% · Adjustable Range: 1nF – 9999nF · Working Voltage: DC 100V / AC 70V · Mounting Rail Type: C35 DIN Rail Package Includes: · 1 x Programmable Capacitor Board This Programmable Capacitor Board combines precision, ease of use, and broad adjustability, making it an indispensable tool for professionals, educators, and electronics enthusiasts seeking reliable capacitance control in their projects.