There’s a ton of different ways to read water level. Pressure sensors give you high accuracy; ultrasonic sensors are contact-free but, the simplicity and low cost of a float switch can’t be beat. Sure, there are a lot of crappy float...

The Atlas Scientific sensor Bridge allow you to connect 4 more senser or Pumps to yours systems.Wire your power,Ground,and IC2 directly into the Screw terminals,and your sensors into the header pins.This Board includes pull up resistors...

If you are looking for a fast and easy way to read multiple sensors from an Arduino, the Whitebox T1 is for you. The Whitebox T1 eliminates the need for wiring, multiplexing and electrical isolation. Because it’s an Arduino Shield, it...

Specifications: 5 Pack of Female SMA to Female SMA Connecter. 75ohm impedance. Work with all Atlas Scientific Probes.

Specifications: 5 Pack of Male SMA to Male SMA Connecter. 75ohm impedance. Work with all Atlas Scientific Probes.

Specifications: 5 Pack of Female BNC to Female SMA Connecter. 75ohm impedance. Work with all Atlas Scientific Probes.

Specifications: 5 Pack of Female BNC to Female SMA Connecter. 75ohm impedance. Work with all Atlas Scientific Probes.

Specifications: 5 Pack of Male BNC to Male SMA Connecter. 75 ohm impedance. Work with all Atlas Scientific Probes.

Specfications: Low Profile. Titanium Nitride. 50 ohm Impedance. Designed to be easily connected into a bredboard for rapid development. Critical component for Atlas Scientific Micro Probes.

This adapter allows you to connect an SMA connector to bare wires. One end has a 2-position screw terminals and the other has a Female SMA. This is Useful for Breaking out an SMA cable, or converting a tin lead probe into and SMA probe....

Specfications: • Pack of 4 BNC cables • BNC male to BNC male • 112mm (4.4″) • 430 Stainless Steel • Teflon™ • RG179 cable • 75 ohm impedance • Food safe • Max Temperature Rating: 200° C • Jacket diameter: 0.100 inch +/- 0.005 • Works...

This product is designed for electrochemical researchers. To use this product correctly, you must understand half cells. Because we are constantly working on new types of electrochemical technologies, we have gained vast insight into...