MPMA10012502AT1 Resistors

MPMA10012502AT1 is a resistor network or array that can be used for various applications. It is usually employed in measuring instruments and electronic circuits for signal conditioning. The design features a hermetically sealed aluminum housing with 25 pins, each pin containing a resistor, one ground contact and four switch contacts. This particular resistor network is designed for a wide range of applications and offers excellent flexibility for users that require precise resistors for use in their circuits.

Features

• High resistivity (100 kΩ)
• Five separate pairs of resistors
• Standard industrial pin layout
• Small size for easy integration
• Hermetically sealed aluminum housing
• High frequency switch/resistor accuracy

Applications

• Analog signal conditioning
• Instrumentation and measurement
• Telecommunications
• High frequency circuits
• Medical electronics
• Broadcast and multi-room systems
• Lighting control
• Industrial control systems
• Industrial automation

Working Principle

The MPMA10012502AT1 resistor network works by connecting five separate pairs of resistors to form one large network. This network allows the user to control the amount of resistance applied to a circuit. By adjusting the positions of the individual resistors within the network, the user can adjust the amount of resistance to a specific amount. This allows for precise adjustments to be made to a circuit when needed.

The hermetically sealed enclosure around the resistors helps to protect them from external electromagnetic interference, while at the same time limiting the amount of interference created by the resistors themselves. The pins are also arranged in a standard industrial pattern, making it easier to integrate the MPMA10012502AT1 resistor network into existing circuit boards.

Overall, the MPMA10012502AT1 resistor network is an excellent choice for those who require precise resistances for their circuits. Its hermetically sealed aluminum housing provides excellent protection against interference and its small size makes it easy to integrate into existing designs.