ENI GHW-12Z

主要特点

高功率密度:GHW-12Z能够提供高达1250瓦的射频输出功率,满足各种应用需求。

高频稳定性:频率稳定性高,确保等离子体过程的重复性和可靠性。

灵活的控制方式:提供多种控制接口,方便用户进行远程控制和监测。

可靠性高:采用工业级设计,具有较高的可靠性和耐用性。

应用广泛:广泛应用于等离子体刻蚀、薄膜沉积、表面处理等领域。

Category:

Description

ENI GHW-12Z产品详情

产品概述

ENI GHW-12Z是一款高频射频发生器,主要用于产生高频射频能量,广泛应用于等离子体处理、半导体制造、材料科学等领域。它以其高功率密度、稳定性好、易于操作等特点而受到广泛应用。

主要特点

高功率密度:GHW-12Z能够提供高达1250瓦的射频输出功率,满足各种应用需求。

高频稳定性:频率稳定性高,确保等离子体过程的重复性和可靠性。

灵活的控制方式:提供多种控制接口,方便用户进行远程控制和监测。

可靠性高:采用工业级设计,具有较高的可靠性和耐用性。

应用广泛:广泛应用于等离子体刻蚀、薄膜沉积、表面处理等领域。

技术参数(典型值)

输出功率:1250W

频率:13.56MHz

输出阻抗:50Ω

调制方式:AM/FM

冷却方式:风冷

应用领域

半导体制造:等离子体刻蚀、薄膜沉积、清洗等工艺。

平板显示:TFT-LCD、OLED等显示器的制造。

太阳能电池:太阳能电池的表面处理。

生物医学:等离子体灭菌、细胞培养等。

材料科学:材料的表面改性、薄膜制备等。

ENI GHW-12Z Product Details

Product Overview

ENI GHW-12Z is​​a high-frequency RF generator,mainly used to generate high-frequency RF energy,widely used in plasma processing,semiconductor manufacturing,materials science and other fields.It is widely used for its high power density,good stability and easy operation.

Main Features

High power density:GHW-12Z can provide up to 1250 watts of RF output power to meet various application requirements.

High frequency stability:High frequency stability ensures the repeatability and reliability of the plasma process.

Flexible control mode:Provides a variety of control interfaces for users to facilitate remote control and monitoring.

High reliability:Adopts industrial-grade design with high reliability and durability.

Wide application:Widely used in plasma etching,thin film deposition,surface treatment and other fields.

Technical parameters(typical values)

Output power:1250W

Frequency:13.56MHz

Output impedance:50Ω

Modulation mode:AM/FM

Cooling mode:air cooling

Application areas

Semiconductor manufacturing:plasma etching,thin film deposition,cleaning and other processes.

Flat panel display:manufacturing of TFT-LCD,OLED and other displays.

Solar cells:surface treatment of solar cells.

Biomedicine:plasma sterilization,cell culture,etc.

Material science:surface modification of materials,thin film preparation,etc.