Electro Tech Systems Faraday Cup Instrument Accessories

The 231 Faraday cup can be used in conjunction with ETS M 230 or equivalent nanoculometers to measure the charge on materials, devices, and components. The Faraday cup and nanoculometer work together to accurately measure static charges on objects, especially suitable for extremely low charge levels. Here is their collaborative working method:

1. The function of Faraday cup:

• Get upblockFunction: The Faraday cup is usually a metal container that can block external electric fields. This ensures that the measurement results are not affected by stray charges in the environment.

• Capture chargesWhen a charged object is placed in a Faraday cup, the object's charge is transferred to the inner surface of the cup. This effectively isolates the charge from the surrounding environment.

2. The function of nanoculometer:

• Detecting transferred chargesThe nanoculometer is a highly sensitive instrument specifically designed to measure tiny charges. It is connected to the Faraday cup.

• Quantify chargeWhen charge is transferred from an object to a Faraday cup, a weak current is generated, which flows through the Faraday cup and enters the nanoculometer. This instrument detects and measures the current.

• Display measurement resultsThe nanoculometer converts the measured current into the corresponding charge value and displays it on the reader. This value represents the total static charge initially carried by the object.

The advantages of using Faraday cup and nanoculometer:

• PrecisionThe Faraday cup can shield external interference, thereby more accurately reading the true charge of an object.

• versatilityThe same nanoculometer can use Faraday cups of different sizes to measure objects of different sizes.

• protectThe Faraday cup can also protect objects from the effects of electrostatic discharge (ESD) events during the measurement process.

• Electro Tech Systems Faraday Cup Instrument Accessories

Feature:

• Double layer shielding for effective and reliable measurement

• Tested according to the Electrostatic Discharge Association and other industry standards

• Conductive rubber pads can reduce noise and minimize damage to test items.

• Compatible with ETS 230 type nanoculometer

Application fields:

• Evaluate the anti-static and charged characteristics of materials, devices, and components.

• Measure the charge on electronic components to ensure compliance with electrostatic discharge (ESD) regulations

• Characterize the electrostatic properties of materials

• Analyze the surface charge decay rate

• Evaluate the effectiveness of electrostatic discharge protective packaging materials

aspect:

• aspect:

• Inner bucket: Inner diameter 3-3/8 inches (86 millimeters), depth 4-1/8 inches (105 millimeters)

• External dimensions: outer diameter 4-5/8 inches (117 millimeters) x height 6 inches (152 millimeters)

including:

• 231 type Faraday cup

• User Manual

• Calibration certificate and calibration label

Elective:

• Optional accessories: 36 inch BNC cable, Teflon insulation (standard with M 230 nanoculometer), can minimize leakage and measurement errors.