The GW Instek GDM-9052 is a 5½-digit dual measurement multimeter designed to provide precise measurement, clear data observation, and convenient PC connectivity for laboratory, manufacturing, and testing applications. Developed as the successor to the GDM-8351 and GDM-8352 series, the GDM-9052 features an LCD display, high measurement accuracy, and multiple interface options for flexible operation. In addition to standard measurement functions such as AC/DC voltage, AC/DC current, resistance, frequency, temperature, continuity, and diode testing, the GDM-9052 also supports capacitance measurement and various built-in math functions to meet different testing and analysis requirements. Functions such as maximum/minimum values, compare, reading hold, and calculation functions provide greater flexibility for educational, production, and engineering applications. The GDM-9052 also features Automatic Identification (A.I.) Measurement, which automatically selects the appropriate function for voltage, resistance, diode, and continuity tests without requiring manual selection, helping simplify operation and improve testing efficiency. For remote control and data retrieval, the...

The GW Instek GDS-912 / GDS-912G series digital storage oscilloscopes are designed for education, R&D, and general testing applications, combining practical performance with user-friendly operation. Built on GW Instek’s long experience in oscilloscope development, the series features a 7-inch widescreen display with an expanded viewing area for clearer waveform observation and analysis. The series provides high-speed sampling and long memory capability for capturing and analyzing transient signals more effectively. With 30 automatic measurement parameters, users can quickly analyze various signal conditions, while functions such as waveform integration, pulse counting, and Cursor RMS measurement help support more advanced testing applications. The built-in FFT function supports simultaneous time and frequency domain display, allowing users to better understand signal frequency characteristics. Additional features such as automatic signal type detection, auto setup, and passive probe compensation testing help simplify operation and improve measurement accuracy. To improve usability in different environments, the GDS-912 series also...

The GW Instek GPE-1205 and GPE-1323 are designed as replacement models for the long-established GPS-1850D, GPS-3030D, and GPS-3030DD linear power supplies. They are suitable for applications requiring low ripple and noise performance, such as battery-operated electronic products, high-quality audio circuits, and related testing environments. These models offer improved output power up to 96 W and 100 W, along with high-resolution voltage and current settings for precise control. The GPE series features low ripple and noise performance with fast transient response, ensuring stable and reliable output during testing. A new encoder switch replaces the traditional variable resistor for easier operation, while a 2.4-inch TFT LCD display improves visibility compared to previous LED displays. Built-in protection functions, including overvoltage, overcurrent, overtemperature, on/off control, and key lock, help ensure safe operation. In addition, the power supplies provide high-resolution readback for voltage and current, along with a remote sense function to improve output accuracy....

The GW Instek GPE-X323A series DC power supply is the latest iteration of the GPE-X323 series, building upon its proven quality and reputation. This upgraded model enhances precision with an encoder switch for more accurate voltage and current adjustments, while the digital control system has been simplified by reducing six rotary knobs to just two, improving ease of operation and front panel usability. A key improvement in the A series is the overvoltage protection (OVP), which now allows independent OVP settings for each channel. This provides greater flexibility and precision for multi-channel applications compared to previous models. The GPE-X323A series retains the core advantages of the GPE-X323 series, including high resolution, low noise output, and fast voltage recovery performance. It supports dual, triple, and quad-channel configurations depending on the model, with output power ranging from 192 W to 217 W, making it suitable for a wide range of laboratory, testing,...

The GW Instek LCR-15 is a 4-wire test fixture designed for accurate measurement of SMD and chip components when used with LCR meters. It is compatible with GW Instek LCR-800, LCR-6000, and LCR-8000G series, providing a reliable solution for component testing in laboratory and production environments. Designed for precision measurement, the LCR-15 supports a wide frequency range and helps improve accuracy through its 4-wire Kelvin connection. It is suitable for testing small SMD components with sizes ranging from 0201 to 1812, offering stable and efficient measurement performance.

The GW Instek MFG-2000 series is a multi-channel function generator designed to meet diverse signal generation requirements for education, R&D, and industrial applications. The series includes MFG-21XX entry-level models and MFG-22XX advanced models, offering flexible configurations from single-channel to multi-channel output. The MFG-2000 series supports multiple output channels, including arbitrary function generator (AFG), RF signal generator, pulse generator, and power amplifier, with up to five simultaneous outputs depending on the model. This allows users to generate and combine different types of signals within a single instrument, improving efficiency and reducing the need for multiple devices. The AFG channel provides standard waveforms such as sine, square, and triangle, along with arbitrary waveform capability. Selected models support various modulation functions, sweep, burst, trigger, and frequency counter features. Dual-channel models offer synchronized operation with functions such as coupling, delay, and sum, enabling more advanced signal analysis and generation. In addition, the built-in RF...

The D3C0102N RF circulator operates across the 1.00–2.00 GHz frequency range. It provides 18 dB minimum isolation, 0.5 dB maximum insertion loss, and 1.3:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band. This 50 W average power RF circulator supports up to 75 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features a Type-N connector interface with a nickel plated brass connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance. The circulator operates within a temperature range of +10°C to +55°C and has a maximum weight of 15 oz, supporting dependable operation in controlled RF environments. This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C0102S RF circulator operates across the 1.00–2.00 GHz frequency range. It provides 18 dB minimum isolation, 0.5 dB maximum insertion loss, and 1.3:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band. This 50 W average power RF circulator supports up to 75 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a nickel plated brass connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance. The circulator operates within a temperature range of +10°C to +55°C and has a maximum weight of 15 oz, supporting dependable operation in controlled RF environments. This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C0112 RF circulator operates across the 1.20–1.40 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band. This 200 W average power RF circulator supports up to 500 W peak forward power, making it suitable for high-power RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for robust mechanical durability and stable RF performance. The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 3 oz, supporting reliable operation in demanding RF environments. This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1...

The D3C0116 RF circulator operates across the 1.40–1.60 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 200 W average power RF circulator supports up to 2000 W peak forward power, making it suitable for high-power RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 3 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2...

The D3C0118 RF circulator operates across the 1.60–1.80 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 /...

The D3C0120 RF circulator operates across the 1.70–2.00 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 /...

The D3C0223 RF circulator operates across the 2.00–2.30 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 /...

The D3C0227Y-77K RF circulator operates across the 2.00–2.70 GHz frequency range. It provides 13 dB minimum isolation, 0.5 dB maximum insertion loss, and 12 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 350 W peak forward power and is optimized for operation at cryogenic temperatures below 77K, making it suitable for specialized RF systems operating in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt for reliable mechanical performance and stable RF characteristics.The circulator is optimized for operation at temperatures below 77K and has a maximum weight of 3 oz, supporting stable performance in specialized RF applications.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port...

The D3C0405 RF circulator operates across the 0.40–0.50 GHz frequency range. It provides 16 dB minimum isolation, 0.6 dB maximum insertion loss, and 1.4:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 300 W average power RF circulator supports up to 750 W peak forward power, making it suitable for high-power RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 10 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2...

The D3C0501 RF circulator operates across the 0.50–1.00 GHz frequency range. It provides 14 dB minimum isolation, 1.0 dB maximum insertion loss, and 1.5:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 40 W average power RF circulator supports up to 50 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance.The circulator has a maximum weight of 50 oz, supporting robust mechanical construction for RF system integration.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female =...