AHP500JB-0R1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Chassis Mount Resistors are devices which are typically fixed to a chassis, panel, or circuit board and used to reduce the voltage and/or current by dissipating energy in proportion to the amount of current through the resistor. A typical chassis mount resistor consists of a resistance element made of metal or some other material such as carbon, a wire wrap or embedded terminal to attached the resistor to the panel, board or circuit, and a support structure consisting of mounting flanges, retaining clips, or snap-in terminals. Another type of resistor, the AHP500JB-0R1, also referred to as the AJAX Hydrostatic Pressurized Resistor, is different from traditional chassis mount resistors in that it has a pressure gel which is sealed within the resistor, providing it with greater resistance and an increased level of operational longevity. The AHP500JB-0R1 can also be used as a temperature and vibration sensor when integrated into a sensing device.

The AHP500JB-0R1 is an ideal choice for many industrial applications, due to its robust construction and durability. The internal pressure gel eliminates the need for periodic maintenance or recalibration, allowing it to provide reliable operation in harsh environments. Additionally, the pressure gel provides an isolate layer which prevents contact and corrosion from damp, dusty, or corrosive atmospheres – making the AHP500JB-0R1 the ideal choice for many approved outdoor applications.

The working principle of the AHP500JB-0R1 is very simple. It operates on the same basic principles as most other resistors: current flows through the electrical contact and is dissipated into the environment as heat. This is known as an ohmic resistor, as the current through the resistor is proportional to the voltage across it. However, the AHP500JB-0R1 differs from ohmic resistors in that pressure is applied to the resistor, which makes it more efficient at dissipating energy.

Essentially, the pressure applied to the hydrostatic pressurized resistor creates a force which causes the current to travel through the resistor faster. This results in the current being dissipated more quickly, which reduces the amount of heat produced and extends the life of the resistor. Additionally, the pressure also improves the accuracy and stability of the resistor, allowing it to maintain its resistance value more reliably over time.

The AHP500JB-0R1 is often used in a wide variety of applications including motor control, audio-video equipment, power supplies, and even electronic components for automotive use. It is suitable for use in many industries, including aerospace, automotive, and electronics. Its robust construction and durable pressure gel make it an ideal choice for many environments, and its increased operational longevity and improved accuracy make it ideal for applications requiring accurate sensing or monitoring.

The specific data is subject to PDF, and the above content is for reference