AVM35059-A

AVM35059-A is a type of snap action, limit switch made by Automation Solutions, Inc. It is a single pole, double throw (SPDT) switch designed for applications ranging from signal switching and measuring to switch-based sensing and reality signal control. A typical application for AVM35059-A is signal switching. The switch is designed to switch between two signals quickly and accurately. This makes it useful for applications such as analog and digital input/output (I/O) PCBs, terminal logic, and other similar applications where one signal must be switched out or to another signal quickly. It can also be used for applications where one signal must be selected for a certain duration of time, such as a temporary interrupt signal in a data acquisition system.The AVM35059-A is a high-precision, latching switch made of durable, corrosion-resistant plastics. It features built-in hysteresis at both the make and break points, ensuring its accuracy and repeatability in both forward and reverse action. This hysteresis helps to ensure that the switch is always in the same state regardless of how often it is switched. It also features a gold-plated contact that allows for low-resistance switching.In terms of working principle, the AVM35059-A has a snap-action plunger that is mechanically biased during operation. When the plunger is pushed or pulled, it triggers a flag that causes the internal contacts to change state. The switch is designed to operate within a preset range of motion, so that it only changes state when the plunger is pushed or pulled a certain minimum distance. This allows for high precision and repeatability when the switch is used for signal switching or reality signal control applications.The AVM35059-A has a wide variety of applications and is suitable for use in many of the same applications as other snap action, limit switches. It is particularly useful for signal switching applications requiring repeatability and accuracy. With its gold-plated contact and hysteresis driven plunger design, it offers reliable and precise switching within a tight range of motion, making it a great choice for applications that require both feedback and on/off control.