148537-1

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Backplane Connectors - DIN 41612 are a type of interconnecting device used to make multiple connections between two or more connected electronic devices. They are so named because of their ability to create multiple connections along the same line, like a “backplane”. Backplane connectors can be used to link a wide variety of different electronic components such as optoelectronic and wiring devices, storage and input control devices, analog integrated circuits and power devices. There are a number of specific types of backplane connectors, each designed to fulfill a particular purpose, and each using different technology. One of these is the 148537-1 application field and working principle.

The 148537-1 application field and working principle are designed around a standard 1.27mm pitch, which has become a standard for backplane interconnects. The device utilizes a combination of a pin-and-socket interface with strain relief to provide reliable electrical connections between devices. The device is also RoHS compliant and is designed to be vibration proof, allowing its use in a wide range of applications. The 148537-1 application field and working principle utilize a contact-to-ground architecture, which allows devices with different voltage levels to communicate over the same line. The device also uses an integrated grounding system, which ensures that all signals transmitted and received are uniformly and correctly grounded. The device is available in double row and single row configurations, making it suitable for various topologies such as bridge connections and star connections.

The 148537-1 application field and working principle also feature a unique damped twist-lock system, which helps to reduce the amount of noise and vibration that can be generated by contact impacts. This is especially important in applications that require high speed and precision, such as in robotics. The device is also designed with a locking system, which ensures that the devices remain securely connected to each other. This prevents accidental disconnection due to external forces, such as vibration.

The 148537-1 application field and working principle also incorporate a series of insulation protection technologies to prevent the occurrence of static shock. The device has been designed with an EMC-approved design, which ensures that all signals transmitted and received by the device remain within acceptable levels. The device also uses an advanced overmolding system, which provides added protection and insulation for the contacts. The device also features a temperature-insensitive design, which ensures that it will continue to work within the specified temperature range.

The 148537-1 application field and working principle have also been designed to reduce cross-talk, which is an important factor in any communication system. Cross-talk is a type of interference that occurs when signals become distorted as they travel through a wire. The 148537-1 application field and working principle is designed to reduce this type of noise, which can cause problems in applications that require a reliable communication system. The device also uses a shielded design, which reduces the chance of electrostatic discharge (ESD) and radio frequency interference (RFI) issues.

The 148537-1 application field and working principle are designed to provide reliable connections between a number of different electronic devices. The device is designed to be vibration proof, and is RoHS compliant, making it suitable for use in a wide variety of industries and applications. Its unique damped twist-lock system helps to reduce the amount of noise, which is essential in precision applications such as robotics. The device also uses an integrated grounding system, a locking system, and a series of insulation protection technologies, all of which help to ensure reliable performance and minimal interference from external sources. Overall, the 148537-1 application field and working principle provide a highly reliable and versatile interconnect solution.

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