Electrostatic Deflection | Application

Charged particles are particles that carry an electric charge. Common examples of charged particle beams include ion and electron beams.
The Electrostatic Deflection deflects the beam under an electric field's control. This process involves applying a high voltage across a pair of electrodes (deflection plates), which creates an electric field that deflects the beam as it passes through. Matsusada Precision's high-voltage power supplies are ideal for applying the precise voltage required for these electrodes (electrostatic lenses).

Internal Structure of cathode-ray oscilloscope, C.R.O.

Related words:

Electrostatic Deflection of Charged Particle Beams

Recommended products

DOPF series

Bandwidth: DC to 30 kHz

Voltage range: ±5 to ±300 V

Power: 0.15 to 2 kW

Four-quadrant high speed bipolar power supply

Function generator integrated

DOP series

Bandwidth: DC to 30 kHz

Voltage range: ±5 to ±300 V

Power: 0.15 to 2 kW

4-quadrant Bipolar power amplifier

Wide range of 42 models, available for CV/CC mode

AMJ series

Voltage range: ±0.5 to ±4 kV

Current: ±10 to ±80 mA

Power: 20 to 40 W

Compact and Fast Response
High voltage Amplifier

High speed response 75 kHz, DC bias function

AU series

voltage range: 1 to 120 kV

current: 0.25 to 2200 mA

power: 30 to 2200 W

Rack mount High Voltage DC Power Supply

The AU series offers a low-profile, lightweight design with over 300 models. It features remote control and monitoring functions, with a digital interface available.