MKS ASTEX ASTRONi AX7670-30和AX7670-60是两款射频电源等离子体源,它们在工业应用中扮演着重要角色。以下是对这两款产品的详细解析:
虽然具体的技术规格可能因产品系列和型号而有所不同,但一般来说,这两款射频电源等离子体源可能具备以下一些共同的技术特点和性能参数:
MKS ASTEX ASTRONi AX7670-30和AX7670-60射频电源等离子体源在多个工业领域有着广泛的应用,包括但不限于:
MKS ASTEX ASTRONI AX7670-30 and AX7670-60 are two RF power plasma sources that play important roles in industrial applications. Here is a detailed analysis of these two products:
1、 Product Overview
Brand and Model: MKS ASTEX ASTRONI AX7670-30 and MKS ASTEX ASTRONI AX7670-60
Type: RF power plasma source
2、 Technical specifications and performance
Although the specific technical specifications may vary depending on the product series and model, generally speaking, these two RF power plasma sources may have the following common technical features and performance parameters:
High power output: RF power plasma sources are typically used in applications that require high energy density, so they can provide high power output.
Stable and reliable operation: The MKS ASTEX ASTRONI brand is renowned for its high quality and reliability, and these plasma sources can operate stably for a long time, meeting the needs of industrial production.
Precise control: Through advanced control systems, these plasma sources can achieve precise control of plasma parameters, including temperature, pressure, gas flow rate, etc., ensuring the stability and consistency of the production process.
Wide applicability: These plasma sources can be applied in multiple fields, such as semiconductor manufacturing, optoelectronic device production, material surface treatment, etc., to meet the needs of different industries.
3、 Application scenarios
The MKS ASTEX ASTRONI AX7670-30 and AX7670-60 RF power plasma sources have a wide range of applications in various industrial fields, including but not limited to:
Semiconductor manufacturing: In the semiconductor manufacturing process, plasma sources can be used for process steps such as cleaning, etching, and deposition to improve product quality and performance.
Optoelectronic device production: In the production process of optoelectronic devices such as LEDs, lasers, etc., plasma sources can be used for surface treatment, modification, and deposition of thin films.
Material surface treatment: These plasma sources can also be used for surface treatment of materials such as metals, ceramics, plastics, etc., to improve material properties or achieve specific functions.
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GE | IC695PNS001 |
GE | IC695CHS016 |
GE | IC694MDL758 |
BENTLY | 3500/53 133388-01 |
BENTLY | 3500/22M 288055-01 |
BENTLY | 3500/40M 176449-01 |
Emerson | 5X00241G02 |
GE | IS215WEPAH2BA |
GE | IS200AEADH3A |
GE | F650-G-N-F-B-F-1-G-0-HI-C-6-E |
EMERSON | 5X00119G01/5X00121G01 |
EMERSON | 1C31224G01/1C31227G01A |
EMERSON | 1C31234G01/1C31238H01 |
EMERSON | 1C31219G01/1C31222G01 |
EMERSON | 1C31129G03/1C31132G01 |
EMERSON | 5X00497G01 |
EMERSON | 5X00481G01/5X00226G03 |
EMERSON | 1X00781H01 |
GE | IS220PAOCH1A |
REXROTH | MSK040C-0600-NN-M1-UP0-NSNN |
SCHNEIDER | VIA0703D02F0000 |
GE | IS420UCSBH1A |
GE | IS220PSCAH1A |
A-B | 1394-SJT05-A |
NI | PXIE-6259 |
DSCE-250-LN1SN1N | |
SCHNEIDER | XBTF024110 |
Bently | 3500/60-01-R0 163179-01 |
Bently | 3500/04-01-R0 136719-01 |
EMERSON | SLS1508 |
ABB | AINT-14C |
BENTLY | 330400-02-CN |
BENTLY | 330400-02-05 |
A-B | 1769-L24ER-QB1B |
B&R | 80MPD5.300S000-01 |
ABB | NOCR-01C 3AFE64300245 |
Metso | Metso D202593 |
TRICONEX | TRICONEX 3805H |
B&R | 8BVE0500HC00.000-1 |
WOODWARD | WOODWARD 5484-803 |
A-B | 1769-L33ERMK |
ABB | PFCL201C 50kN 3BSE006699D0005 |
EPRO | PR6423/018-030/C0N011 |
ABB | GCC960C102 |
A-B | 1763-L16BWA |
GE | IC695PSD140 |
GE | IC200PNS001 |
GE | IC695ALG616-BA |
GE | IC695PSA140B |
GE | IC694ALG223A |
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