ONETEST 欢迎您

厂商登录 | 入驻

登录 | 注册 购物车 微信公众号
请完成安全验证

类似产品

同厂商产品

The EJC series is a benchtop high-voltage power supply engineered specifically for electrostatic chuck (E-Chuck/ESC) applications. Its bipolar output capability allows for smooth wafer release by reversing polarity, eliminating th。
The EJ series features reversible polarity that can be controlled using a knob on the front panel. This allows users to switch output polarity safely and easily without the need for rewiring, significantly improving efficiency dur。
Bipolar high-voltage output, dual-channel benchtop power supply
  • «
  • 1

ECA 静电吸盘电源|松田精密 (在产)

The ECA series is a high-voltage power supply engineered specifically for electrostatic chuck (E-Chuck) applications. It enables wafer holding and releasing via DC output control, with smooth release achieved through polarity reve。

参考价格 :
产品描述
详细指标
软件和手册|白皮书
购买渠道
选件
问大家
视频
测评
口碑
系统与解决方案

Matsusada Precision Inc. · 直流电源

ECA 静电吸盘电源

Voltage;Current;Channel · 0 to ±1 kV;6 mA;2 ch;1 A · 30 mA;2 ch;3 A
Voltage;Current;Channel
0 to ±1 kV;6 mA;2 ch;1 A
ECA-1B6 x 2
30 mA;2 ch;3 A
ECA-1B30 x 2
0 to ±3 kV;2 mA;2 ch;1 A
ECA-3B2 x 2
10 mA;2 ch;3 A
ECA-3B10 x 2
0 to ±5 kV;1 mA;2 ch;1 A
ECA-5B1 x 2
产品定位

The ECA series is a high-voltage power supply engineered specifically for electrostatic chuck (E-Chuck) applications. It enables wafer holding and releasing via DC output control,

with smooth release achieved through polarity reversal. The series supports both unipolar (2-channel) and bipolar systems,

making it a versatile choice for various processes. Its wide output range of ±1 kV to ±10 kV ensures compatibility with both Johnsen-Rahbek and Coulomb type chucks.

核心参数
· :Model |Output |Input Current (at AC115 V) max
·
– Voltage
– Current
– Channel
· ECA-1B6 x 2:0 to ±1 kV;6 mA;2 ch;1 A
· ECA-1B30 x 2:30 mA;2 ch;3 A
· ECA-3B2 x 2:0 to ±3 kV;2 mA;2 ch;1 A
· ECA-3B10 x 2:10 mA;2 ch;3 A
· ECA-5B1 x 2:0 to ±5 kV;1 mA;2 ch;1 A
· ECA-5B6 x 2:6 mA;2 ch;3 A
· ECA-10B1 x 2:0 to ±10 kV;1 mA;2 ch;1 A
· ECA-10B0.5:0.5 mA;1 ch;1 A
功能与特点
· Specially designed for Electrostatic Chuck (E-Chuck, ESC) application
· Dual output channels
· Bipolar output
· Built-in RF filter is available. (option)
· Fast response (100 ms) with amplifier structure
· Long life and high reliability due to relay-free polarity switching
典型应用
· 实验室供电
资源下载
· 本页仅列出核心参数,完整技术指标请见 ECA-specs.html
Matsusada Precision Inc. · onetest 仪器资源库
本文由 onetest 仪器资源库依据厂商公开资料整理,参数以厂商正式资料为准。

 

 

Matsusada Precision Inc. · 直流电源

ECA 静电吸盘电源 · 详细指标

Voltage;Current;Channel · 0 to ±1 kV;6 mA;2 ch;1 A · 30 mA;2 ch;3 A
产品简介

The ECA series is a high-voltage power supply engineered specifically for electrostatic chuck (E-Chuck) applications. It enables wafer holding and releasing via DC output control,

with smooth release achieved through polarity reversal. The series supports both unipolar (2-channel) and bipolar systems,

完整技术指标
· :Model |Output |Input Current (at AC115 V) max
·
– Voltage
– Current
– Channel
· ECA-1B6 x 2:0 to ±1 kV;6 mA;2 ch;1 A
· ECA-1B30 x 2:30 mA;2 ch;3 A
· ECA-3B2 x 2:0 to ±3 kV;2 mA;2 ch;1 A
· ECA-3B10 x 2:10 mA;2 ch;3 A
· ECA-5B1 x 2:0 to ±5 kV;1 mA;2 ch;1 A
· ECA-5B6 x 2:6 mA;2 ch;3 A
· ECA-10B1 x 2:0 to ±10 kV;1 mA;2 ch;1 A
· ECA-10B0.5:0.5 mA;1 ch;1 A
· ECA-10B3:3 mA;1 ch;3 A
·
– Standard 115 V input * |CABLE TYPE1 |125 V / 10 A |2.5 meters Fixed length
· Standard [10 kV models]
– CN-BNC-HVPP (5) *:CN-15-MHVP (5) *
– MHV connector on both end:Flying lead
– 5 meters:5 meters
以上指标摘自厂商官方网站产品页/公开技术资料;厂商未标注测试条件与典型值口径的条目均按原文收录,实际以厂商正式规格书为准。
资源下载
Matsusada Precision Inc. · onetest 仪器资源库
本文由 onetest 仪器资源库依据厂商公开资料整理,参数以厂商正式资料为准。

全部

 

松田精密官方渠道


厂家联系方式

公司:Matsusada Precision Inc.(松田精密株式会社)

国际/日本:TEL +81-6-6150-5088 FAX +81-6-6150-5089

美国(北卡罗来纳):TEL (704) 496-2644 FAX (704) 496-2643


 

0条提问

X

提问

X

回答

暂无视频

 

0条口碑
X

发表口碑

口碑标题
上传图片

ONETEST仪器资源库

联系电话:+86-755-23033660

电子邮箱:info@onetest.cn

Onetest仪器资源库

公众号

Onetest仪器资源库

视频号

Onetest仪器资源库

bilibili

Onetest仪器资源库

小助手

© 2026 Onetest仪器资源库 All Rights Reserved   粤ICP备17028186号-2      粤公网安备44030902003758

AI问答