Introduction, Operation, Dwell, Power, Connections

INTRODUCTION

The 2PSWT is a 2 position sequencing, homing switcher. The front panel toggle switch allows for automatic sequencing, or homing of the 2 video inputs. Sequencing is controlled by a front panel recessed dwell pot. This pot is recessed to eliminate accidental adjustment. The dwell adjustment varies from approximately .2 second to 60 seconds.

OPERATION

When the toggle switch is in the up position the switcher homes to camera #1. When the toggle switch is in the down position the switcher homes to camera #2. When the toggle switch is in the center position the switcher sequences between the two cameras.

DWELL

The dwell or time that each camera appears on screen can be adjusted by the recessed front panel control. This can be varied from approximately .2 second to 60 seconds. Use a small flat bladed screwdriver to adjust this control. Turning this pot to the right increases the dwell time.

POWER

The switcher is powered by the included wall transformer. The unit can be powered from 5 to 12VDC. The center post of the DC Coax is POSITIVE.

CONNECTIONS

The VIDEO inputs are BNC type connectors. The inputs are 75 ohm terminated and require 1V P-P. The output is 1V P-P and will drive a 75 ohm load. Connect the video cameras to the switcher in the desired order. Connect Video out to your VCR or Monitor. Plug in the DC Coax connector. The switcher is now operational. Select the desired front panel controls and adjust the dwell.

2PSWT specifications

The AVE 2PSWT is a cutting-edge electric train model representing the latest advancements in high-speed rail technology. Designed for both passenger comfort and operational efficiency, this train is a significant leap forward in the evolution of rail transportation.

One of the main features of the AVE 2PSWT is its impressive top speed of up to 330 km/h (approximately 205 mph), which positions it among the fastest trains in the world. This high-speed capability drastically reduces travel times, making it a popular choice for long-distance journeys. The train is equipped with an advanced aerodynamic design, featuring streamlined carriages that minimize air resistance and enhance stability at high speeds.

The 2PSWT technology stands for "Second Generation Passenger Service With Traction." This innovative system utilizes distributed traction motors, allowing the train to have a more balanced weight distribution and improved acceleration. The distributed motors enable better energy efficiency and reduce wear on the track, increasing the lifespan of both the train and the rail infrastructure.

In terms of passenger comfort, the AVE 2PSWT is equipped with modern amenities such as spacious seating, onboard Wi-Fi, and power outlets at every seat. The interior design focuses on providing a relaxing atmosphere, with soundproofing features that minimize noise from the outside environment, ensuring a smooth ride for travelers.

Safety is also a top priority for the AVE 2PSWT. The train includes advanced systems such as automatic train control (ATC) and an integrated negative-pressure braking system, which enhances safety during emergency situations. Additionally, the train is built with a strong, lightweight structure that adheres to the highest international safety standards.

Sustainability is another characteristic of the AVE 2PSWT. It is designed to be energy-efficient, with regenerative braking technology that captures energy during braking and feeds it back into the system. This significantly reduces the overall energy consumption of the train, supporting green transportation initiatives.

In conclusion, the AVE 2PSWT combines speed, comfort, safety, and sustainability, making it a pinnacle of modern rail technology. Its advanced features and innovative technologies not only enhance the travel experience but also contribute to a more environmentally friendly future for public transportation.