H8200KDCA

The H8200KDCA is a through hole resistor of the H8200 series, which is designed for voltage stabilization, current limiting, line matching and multi-purpose applications. Its advanced design technology ensures high precision and stability in various applications. There are two major product types: the H8200KDCA and the H8200KDCC, both of which are highly reliable and efficient.

The H8200KDCA is a low-power resistance device, which is suitable for applications where low power is a priority, such as low frequency circuits or low-noise applications. The component is especially designed to ensure precision and stability in stabilizers, current limiters, telephone circuits, and line matching circuits.

In addition to its current limiting capability, the H8200KDCA allows for precise resistance values and stability over a wide temperature range of -40°C to +125°C. This makes the component suitable for installation in environments with extreme temperatures. The device has a low temperature coefficient of resistance that helps maintain high precision and excellent reliability.

The components of the H8200KDCA are made with an advanced manufacturing process, which ensures high power consistency, excellent protection against vibration, and excellent protection from damage from moisture and foreign particles. The advanced SMT technology provides a reliable and efficient connection between the device and printed circuit board. The components’ high-level insulation can withstand voltages up to 850V. It is suitable for applications with large voltage drops. The device also has a solderable terminal, which can be used for surface mounting.

When used in line matching circuits, the H8200KDCA has excellent input-output characteristics and can be used to adjust the overvoltage and undervoltage compensation. The component is also suitable for regulating the input current, output voltage, and load line of AC power supply systems.

In general, the H8200KDCA through hole resistor is a highly reliable and efficient device for voltage stabilization and current limiting applications. Its precision and stability are well-suited for high temperature applications, and its durability and reliability are ideal for long-term applications.