AG-1310 All-Solid-State RF Power Supply

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AG-1310 All-Solid-State RF Power Supply

Product ID：OtherRFdy039

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberAG-1310

Brand NameZHONGSHANKAIMEI

Payment TermsTT，PAYPAL，Alibaba.com Pay

AG-1310 All-Solid-State RF Power Supply
Product Overview
The AG-1310 All-Solid-State RF Power Supply is part of the AG series, designed to provide extremely stable and reliable RF power output using advanced solid-state amplifiers and DC modules. With high-quality components and minimal quantity, the system maximizes reliability and extends equipment lifespan.
Offering multiple frequency and power configurations (2, 4, 13.56, 27.12, 40.68 MHz; 0.1–3 kW) and versatile user interfaces, the AG-1310 is ideal for a range of industrial RF applications, including plasma processing, semiconductor fabrication, and laboratory research.
The LCD display panel provides an intuitive, user-friendly interface, allowing operators to monitor and control the RF power supply directly, improving efficiency and minimizing training requirements.

Key Features
•Extended Operation Time – Longer continuous operation for industrial production.
•High Ease of Use and Flexibility – Intuitive control interface with LCD display and simplified menus.
•Stable and Reliable Design – Advanced solid-state amplifier and DC module architecture ensures consistent RF output.
•Cost-Effective Long-Term Use – Minimal maintenance requirements and durable construction.
•Comprehensive Support – Full technical support and after-sales service for industrial users.

Working Principle
The AG-1310 RF power supply generates high-frequency energy at 13.56 MHz using solid-state amplifier technology.
•The DC power module supplies stable voltage to the RF amplifier.
•The solid-state amplifier converts DC input into a high-frequency RF output.
•Output RF is transmitted through a 50 Ω N-type connector to the load.
•Advanced feedback control maintains power stability within ±0.5% and suppresses harmonics (≤ -50 dBc).
•Forced air cooling ensures continuous operation without overheating.
This architecture allows the AG-1310 to maintain high efficiency, stable power delivery, and minimal signal distortion, making it ideal for sensitive RF processes in plasma reactors, semiconductor etching, or industrial RF heating.

Technical Specifications

Parameter	Specification
Model	AG-1310
Signal Frequency	13.56 MHz ±0.005%
RF Output Power Range	5 W – 1000 W
Maximum Reflected Power	200 W
RF Output Connector	50 Ω, N-type, female
Power Stability	±0.5%
Harmonic Component	≤ -50 dBc
Supply Voltage	Single-phase AC 187V–253V, 50/60 Hz
Overall Efficiency	≥70%
Cooling Method	Forced Air Cooling
Weight	17.5 kg
Dimensions	88 mm (H) × 483 mm (W) × 500 mm (D) / 3.46" × 19" × 19.69"

Applications
The AG-1310 All-Solid-State RF Power Supply is widely used in:
•Semiconductor Industry – Plasma etching, deposition, and RF process control.
•Industrial Plasma Processing – Surface treatment, thin-film deposition, coating, and plasma cleaning.
•Laboratory and Research – RF plasma experiments, material studies, and industrial research.
•RF Heating & Curing – Efficient RF energy supply for dielectric heating, bonding, and curing processes.
•General Industrial RF Applications – Any process requiring stable, adjustable RF energy delivery.

Comparison: AG-1310 vs Traditional RF Power Supplies

Feature	AG-1310 All-Solid-State RF Power Supply	Traditional RF Tube Power Supply
Stability	±0.5%	±2–5%
Harmonics	≤ -50 dBc	Typically -30 dBc or higher
Maintenance	Low, minimal components	High, frequent tube replacement
Operation Time	Long continuous operation	Limited due to tube wear
User Interface	Intuitive LCD panel	Often analog or limited display
Size & Weight	Compact 17.5 kg	Larger, heavier
Efficiency	≥70%	50–60%
Reliability	High, solid-state design	Moderate, tube-based
Flexibility	Adjustable 5 W–1 kW	Limited range, less flexible

Why choose AG-1310?
The solid-state design ensures high stability, long lifespan, low maintenance, and easy operation, outperforming conventional tube-based RF power supplies in reliability and efficiency.

Frequently Asked Questions (FAQ)

Q1: What industries use the AG-1310?
A1: Semiconductor fabrication, industrial plasma processing, RF heating, laboratory research, and general industrial RF applications.
Q2: Can the output power be adjusted?
A2: Yes, the output power can be finely adjusted from 5 W to 1000 W.
Q3: How stable is the RF output?
A3: Power stability is maintained within ±0.5%, with harmonics suppressed below -50 dBc.
Q4: Does the AG-1310 require complex maintenance?
A4: No. Its solid-state design minimizes components, reducing maintenance and operational costs.
Q5: What cooling method is used?
A5: Forced air cooling ensures continuous and stable operation without overheating.
Q6: Is the AG-1310 suitable for industrial environments?
A6: Yes, it is designed for long-term industrial operation with robust construction and stable performance.
Q7: What user interface does it have?
A7: The intuitive LCD display panel allows direct operation and monitoring of all parameters.

Frequently Asked Questions (FAQ)

Q1: What industries use the AG-1310?
A1: Semiconductor fabrication, industrial plasma processing, RF heating, laboratory research, and general industrial RF applications.
Q2: Can the output power be adjusted?
A2: Yes, the output power can be finely adjusted from 5 W to 1000 W.
Q3: How stable is the RF output?
A3: Power stability is maintained within ±0.5%, with harmonics suppressed below -50 dBc.
Q4: Does the AG-1310 require complex maintenance?
A4: No. Its solid-state design minimizes components, reducing maintenance and operational costs.
Q5: What cooling method is used?
A5: Forced air cooling ensures continuous and stable operation without overheating.
Q6: Is the AG-1310 suitable for industrial environments?
A6: Yes, it is designed for long-term industrial operation with robust construction and stable performance.
Q7: What user interface does it have?
A7: The intuitive LCD display panel allows direct operation and monitoring of all parameters.