H4P14R7DZA

Through Hole Resistors: H4P14R7DZA application field and working principle

The H4P14R7DZA is a horizontal, through-hole resistor, designed to provide superior electrical functionality. The H4P14R7DZA offers a variety of packages, which are available in surface-mount and through-hole configurations. This resistor is effective in a wide range of applications, including production lines, automotive, industrial, automotive, consumer electronics, and specialty applications. As a through-hole component, it is expected to have a long life cycle, as its mounting remains unaffected by physical shock or vibration.

Technical Specifications

The H4P14R7DZA has a maximum power rating of 1 watt, and a maximum operating temperature of +105°C. The resistor has a resistance tolerance of ±10% and a maximum pulse width of 1microsecond. It is designed to have a dielectric strength of 1KV/μs, and a maximum DC voltage rating of 250V.

Applications

Due to its excellent performance in a wide range of applications, the H4P14R7DZA can be used in production lines, automotive, industrial, consumer electronics, and specialty applications. These applications require the resistor to handle high-voltage power signals, and the H4P14R7DZA is an excellent choice for these applications. Here are some examples of the applications for the H4P14R7DZA:

• Inductive loads, such as motors, solenoids, or relays
• High-voltage power supplies, such as DC-DC converters, DC motors, and AC-DC converters
• Amplifiers and signal conditioning circuits
• Lighting systems, including halogen, fluorescent, and incandescent

Working Principle

The H4P14R7DZA is a through-hole resistor. In this configuration, the resistor has it’s metal pins inserted into a hole in a printed circuit board, and is then soldered to the board using a soldering iron. As a result, the resistor is effectively connected to the circuit board, and the electrical connections remain intact even when exposed to shock or vibration.

The resistance value of the resistor is determined by the ratio of the length of the resistor element to its cross-sectional area. In order to alter the resistance value of the resistor, designers can either increase the length of the resistor element, or decrease its cross-sectional area. By changing the ratio of the element’s length and cross-sectional area, the resistance value can be precisely controlled.

The H4P14R7DZA is designed to offer superior electrical functionality, providing a high level of accuracy and reliability. It is also designed to be able to handle high-voltage power signals, which makes it an ideal choice for a wide range of applications.