Aim TTi
ADM1055
AIM TTI ADM1055 The Aim-TTi ADM1055 is a professional bench digital multimeter designed for precise and reliable electrical measurements in laboratory, R&D, production, and service environments. It provides stable, high-resolution readings and intuitive operation, making it ideal for development, validation, and calibration tasks. Engineered for accuracy and long-term reliability, the ADM1055 delivers laboratory-grade performance in a compact bench format. Product Highlights High Measurement Accuracy High-resolution digital measurement capability Excellent stability and repeatability Reliable performance for precision laboratory work Designed for applications where measurement confidence is essential. Comprehensive Measurement Functions The ADM1055 supports a wide range of electrical measurement functions: DC voltage measurement AC voltage measurement DC current measurement AC current measurement Resistance measurement Continuity test with audible indicator Diode test function Capacitance measurement Frequency measurement This broad functionality makes the ADM1055 suitable for troubleshooting, component testing, and detailed circuit analysis. Clear Display & User-Friendly Operation Large, easy-to-read digital display Stable measurement presentation Intuitive front-panel controls Fast setup and straightforward operation Optimized for efficient daily use in engineering and laboratory environments. Connectivity & Integration Rear panel interfaces for system integration Suitable for automated test systems Ideal for R&D labs and production environments The ADM1055 integrates seamlessly into both manual and automated workflows. Key Specifications at a Glance Bench digital multimeter High measurement resolution Voltage, current, resistance measurement Continuity & diode test Capacitance & frequency measurement Laboratory-grade accuracy and stability Ideal For Electronics development Calibration and validation Industrial testing Production quality control Service and repair laboratories Educational institutions The Aim-TTi ADM1055 combines precision, versatility, and professional reliability — making it a dependable bench multimeter for engineers and technicians who require accurate and comprehensive electrical measurement capability.
QL564P(G)
Aim-TTi QL564P(G) – High-Precision Linear Laboratory Power Supply The Aim-TTi QL564P(G) is a premium linear DC power supply designed for applications requiring exceptionally clean and stable power. With a maximum output of 56 V and 4 A, it is ideal for powering sensitive electronic circuits, development prototypes and laboratory equipment. As part of Aim-TTi’s renowned QL Series, the QL564P(G) features advanced linear regulation technology that ensures very low output noise, excellent load regulation and outstanding stability. This makes the instrument particularly suitable for precision electronics development, research laboratories and calibration environments. The intuitive front panel allows precise voltage and current adjustment, while the high-visibility display provides clear monitoring of output parameters. Built with robust laboratory-grade construction, the QL564P(G) ensures reliable performance in demanding testing and development environments. Key Features Single output linear DC power supply Output voltage up to 56 V Output current up to 4 A Ultra-low noise and ripple Excellent load and line regulation Precise voltage and current control Clear digital voltage and current display Robust laboratory-grade design Typical Applications Electronics development and prototyping Precision laboratory testing Research and engineering environments Component and circuit evaluation
QL564P
The Aim-TTi QL564P is a high-performance quad-output DC power supply designed for precision laboratory, R&D, and industrial applications. It offers multiple independently controllable outputs, including high-voltage channels up to 56 V and 4 A, making it suitable for complex multi-rail testing and development tasks. Built with advanced linear regulation technology, the QL564P provides extremely low noise and excellent load and line regulation, ensuring stable performance for sensitive analog and mixed-signal circuits. Its flexible output configuration supports independent, series, and parallel operation, enabling higher voltage or current combinations depending on application requirements. The unit features a clear digital display for accurate voltage and current monitoring, intuitive controls for precise adjustments, and comprehensive protection functions to ensure safe operation. Its robust bench-top design makes it ideal for professional laboratory environments. Technical Facts (standard PSU template) Output Power: Max. approx. 200 W per main channel Max. approx. 400 W total output (combined) Input Voltage: 230 V AC ±10%, 50/60 Hz Output Voltage: Main Channels: up to 56 V Additional Channels: auxiliary outputs (model dependent) Output Current: Main Channels: up to 4 A Frequency Range: N/A (DC output) Phase Modes: Single-phase AC input / DC output Parallel Operation: Supported (channels combinable for higher current) Series Operation: Supported (channels combinable for higher voltage) Ripple & Noise: Ultra-low noise linear regulation (typical < 1 mVrms) Load Regulation: High stability (typical < 0.01%) Line Regulation: High stability (typical < 0.01%) Protection Functions: Over-voltage protection (OVP) Over-current protection (OCP) Over-temperature protection (OTP) Display Type: Digital display Form Factor / Mounting: Bench-top unit Dimensions: approx. 360 × 160 × 300 mm Weight: approx. 10–12 kg Interfaces USB (model dependent) Optional: LAN / GPIB (version dependent)
QL355T
The Aim-TTi QL355T SII is a high-precision triple-output DC power supply designed for demanding laboratory, research, and industrial applications. It features two fully adjustable outputs rated at up to 35 V and 5 A, along with an additional auxiliary output for powering logic circuits and low-power devices. Built with advanced linear regulation technology, the QL355T SII delivers exceptionally low noise and high stability, making it ideal for sensitive analog and mixed-signal applications. The unit supports independent, series, and parallel tracking modes, allowing flexible configuration for higher voltage or higher current requirements. A clear digital display provides accurate voltage and current readback, while intuitive controls ensure precise adjustment. Comprehensive protection features guarantee safe operation, and its robust construction ensures long-term reliability in professional environments. Technical Facts (standard PSU template) Output Power: Max. 175 W per adjustable channel Max. approx. 350 W total (combined) Input Voltage: 230 V AC ±10%, 50/60 Hz Output Voltage: Channel 1: 0 – 35 V Channel 2: 0 – 35 V Auxiliary Output: fixed low-voltage output (model dependent) Output Current: Channel 1: 0 – 5 A Channel 2: 0 – 5 A Frequency Range: N/A (DC output) Phase Modes: Single-phase AC input / DC output Parallel Operation: Supported (Channels combined, up to 10 A) Series Operation: Supported (up to 70 V combined) Ripple & Noise: Ultra-low noise linear regulation (typical < 1 mVrms) Load Regulation: High stability (typical < 0.01%) Line Regulation: High stability (typical < 0.01%) Protection Functions: Over-voltage protection (OVP) Over-current protection (OCP) Over-temperature protection (OTP) Display Type: Digital display (voltage and current) Form Factor / Mounting: Bench-top unit Dimensions: approx. 360 × 160 × 300 mm Weight: approx. 10 kg
QL355
Aim-TTi QL355 – Precision Linear Laboratory Power Supply The Aim-TTi QL355 is part of the advanced QL Series II of linear regulated DC power supplies, designed for applications requiring exceptional precision, low noise and stable output performance. The instrument provides adjustable output ranges of 0–35 V / 3 A or 0–15 V / 5 A, enabling higher current at lower voltages for greater flexibility. Using high-quality linear regulation technology, the QL355 SII delivers very low ripple and noise (typically <0.35 mV rms) and excellent load and line regulation, making it ideal for powering sensitive electronic circuits and precision measurement setups. The instrument features precise digital control with 1 mV voltage resolution and highly accurate voltage and current settings. Multiple non-volatile memory locations allow users to store frequently used configurations for faster setup. With its robust laboratory-grade design, excellent dynamic performance and advanced protection features such as OVP (over-voltage protection) and OCP (over-current protection), the QL355 SII provides reliable power for demanding development and testing environments. The compact bench-top design also supports rack-mount integration, making the instrument suitable for both standalone laboratory use and system applications. Key Features High-precision linear DC power supply Output ranges: 0–35 V / 3 A or 0–15 V / 5 A Maximum output power 105 W Extremely low ripple and noise (<0.35 mV rms) High resolution voltage setting (1 mV resolution) Excellent load and line regulation Multiple memory locations for stored configurations Remote sense terminals for accurate load regulation Protection features including OVP, OCP and thermal protection Compact bench-top design with optional rack mounting Typical Applications Electronics development and prototyping Laboratory testing and measurement Precision circuit evaluation Research and engineering environments Production testing and service laboratories
QPX1200S
Aim-TTi QPX1200S – 1200 W PowerFlex Laboratory DC Power Supply The Aim-TTi QPX1200S is a high-performance DC power supply designed for laboratory testing, electronics development and system integration. With a maximum output power of 1200 W, it provides an adjustable output range of 0–60 V and up to 50 A, enabling a wide range of voltage and current combinations within its power envelope. The instrument incorporates PowerFlex regulation technology, which allows the power supply to automatically adapt the available current depending on the output voltage. This enables higher currents at lower voltages compared with conventional power supplies while maintaining constant power operation. A mixed-mode regulator with a linear output stage ensures very low output ripple and noise as well as fast transient response, making the QPX1200S suitable for powering sensitive electronic circuits and demanding test applications. The instrument can be operated directly from the front panel using numeric entry or a rotary control, while the display provides clear monitoring of voltage, current and power parameters. It includes analog remote control interfaces and front and rear output terminals, allowing flexible use in both bench-top and rack-mounted systems. Thanks to its high output power, flexible voltage/current characteristics and precise regulation, the QPX1200S is ideal for electronics development laboratories, production testing and automated measurement systems. Key Features 1200 W single-output DC power supply Output range: 0–60 V / up to 50 A PowerFlex technology for flexible voltage/current combinations Very low output ripple (<3 mV rms) High resolution voltage setting (1 mV resolution) Analog remote control interface Front and rear output terminals with remote sense Bench-top or rack-mount installation High stability and fast transient response Typical Applications Electronics development and prototyping Power device testing Laboratory measurement and research Production and quality control testing Automated test systems
QPX1200SP
Aim-TTi QPX1200SP – 1200 W PowerFlex Programmable DC Power Supply The Aim-TTi QPX1200SP is a high-performance programmable laboratory power supply designed for demanding electronics development, testing and automated system applications. With a total output power of 1200 W, it offers a flexible operating range of 0–60 V and up to 50 A, allowing a wide variety of voltage and current combinations within its power envelope. The instrument uses Aim-TTi’s PowerFlex regulation technology, which allows the power supply to automatically adjust voltage and current limits depending on the load requirements. This enables higher currents at lower voltages while maintaining stable and efficient operation. For precise and reliable operation, the QPX1200SP features low output noise, excellent load regulation and fast transient response thanks to its mixed-mode regulation with a linear output stage. The power supply can be controlled directly from the front panel using numeric entry or a rotary control, while the large graphical display provides clear monitoring of voltage, current and power parameters. For automated test setups, the instrument supports USB, RS232 and LAN (LXI) communication interfaces, with an optional GPIB interface for compatibility with existing ATE systems. With its high output power, flexible operating range and extensive connectivity options, the QPX1200SP is an ideal solution for laboratories, production testing, research facilities and automated test systems. Key Features 1200 W programmable DC power supply PowerFlex technology for flexible voltage/current combinations Output range: 0–60 V / up to 50 A Wide operating envelope for multiple applications High resolution settings: 1 mV voltage resolution Low noise and excellent load regulation USB, RS232 and LAN (LXI) interfaces for remote control Analog control interface and optional GPIB Multiple memory stores for test configurations Suitable for bench-top, rack or automated system use Typical Applications Electronics development and prototyping Automated test equipment (ATE) systems Battery and power device testing Laboratory testing and research Production testing and quality control
QPX600D
Aim-TTi QPX600D – Dual Output PowerFlex DC Power Supply The Aim-TTi QPX600D is a high-performance dual-output DC power supply designed for demanding laboratory testing, development and system integration tasks. The instrument provides two independent 600 W outputs with Aim-TTi’s advanced PowerFlex regulation technology, enabling a very wide range of voltage and current combinations within the available power envelope. Each output can supply up to 80 V or up to 50 A, allowing high current at lower voltages while maintaining constant power operation. This flexible design enables the QPX600D to cover many applications that would otherwise require multiple power supplies. The two outputs can operate independently or in tracking modes, and they can also be connected in series or parallel. When combined, the outputs can provide up to 160 V or 100 A with a total power of 1200 W, making the instrument suitable for high-power applications. With its low ripple, excellent regulation and precise digital control, the QPX600D provides reliable power delivery for sensitive electronics as well as high-current loads. Its flexible design makes it ideal for both bench-top use and integration into rack-mounted test systems. Key Features Dual output DC power supply 2 × 600 W outputs (1200 W total power) Maximum per output: 80 V or 50 A PowerFlex technology for wide voltage/current combinations Independent or tracking outputs Series or parallel operation up to 160 V or 100 A Very low ripple and noise (<3 mV rms) High setting resolution (up to 1 mV) Variable OVP and OCP protection Analog control interface for remote control Bench or rack-mount installation Typical Applications Electronics development and prototyping Automated test equipment (ATE) systems High-current device testing Laboratory measurement and research Production testing and system integration
QPX600DP
Aim-TTi QPX600DP – Dual Output PowerFlex Programmable DC Power Supply The Aim-TTi QPX600DP is a high-performance laboratory power supply designed for development laboratories, production testing and automated test environments. It features two independent 600 W outputs using Aim-TTi’s advanced PowerFlex+ regulation, which provides a very wide range of voltage and current combinations within the available power envelope. Each output can supply up to 80 V or up to 50 A, depending on the required voltage/current combination. This flexible architecture allows the power supply to deliver significantly higher currents at lower voltages compared to conventional laboratory supplies. The two outputs can operate independently or in tracking modes. They can also be connected in series or parallel, enabling configurations of up to 160 V or 100 A for higher power applications. For automated test environments and remote control, the QPX600DP includes USB, RS232 and LAN (LXI) communication interfaces as well as analog remote control. An optional GPIB interface is available for compatibility with existing automated test equipment (ATE) systems. With its high power capability, flexible output characteristics and extensive connectivity, the QPX600DP is an ideal solution for electronics development, component testing and industrial system integration. Key Features Dual output programmable DC power supply PowerFlex+ technology for flexible voltage/current combinations 2 × 600 W outputs (1200 W total) Maximum output per channel: 80 V or 50 A Independent or tracking outputs Series or parallel operation up to 160 V or 100 A RS232, USB and LAN (LXI) interfaces Analog control interface for external control Optional GPIB interface available Low noise and excellent regulation Typical Applications Electronics development and prototyping Automated test equipment (ATE) systems High-power device testing Laboratory measurement and research Production testing and quality control
QPX750SP
Aim-TTi QPX750SP – 750 W PowerFlex Programmable DC Power Supply The Aim-TTi QPX750SP is a high-performance programmable DC power supply designed for laboratory, development and automated testing environments. With a maximum output power of 750 W, the instrument uses Aim-TTi’s advanced PowerFlex technology, which allows the output voltage and current to be flexibly configured within its power envelope. This technology enables the supply to deliver combinations of voltage and current up to 80 V or 50 A, allowing a single instrument to support a wide variety of applications. Engineers can easily adapt the output characteristics to different devices under test without needing multiple power supplies. The QPX750SP provides excellent load regulation, very low output noise and high stability, ensuring reliable power delivery even for sensitive electronic circuits. The intuitive front panel interface allows precise voltage and current control, while the clear digital display enables accurate monitoring of operating parameters. For remote operation and automated testing, the power supply includes RS232, USB, LAN (LXI) and analog control interfaces, enabling seamless integration into computer-controlled measurement systems. An optional GPIB interface is also available for compatibility with existing automated test equipment. Thanks to its flexible output capability, high performance and extensive connectivity, the QPX750SP is ideal for electronics development laboratories, production testing environments and research applications. Key Features 750 W programmable DC power supply Innovative PowerFlex output technology Flexible output combinations up to 80 V or 50 A Wide operating envelope for multiple applications Excellent load and line regulation Low noise and stable output performance RS232, USB and LAN (LXI) interfaces Analog control interface for external control Optional GPIB interface available Suitable for laboratory and automated test systems Typical Applications Electronics development and prototyping Automated test equipment (ATE) systems Battery and power device testing Laboratory measurement and research Production testing and quality control
SMU4201
im-TTi SMU4201 – Precision Source Measure Unit The Aim-TTi SMU4201 is a versatile Source Measure Unit designed to provide precise sourcing and measurement of voltage and current in laboratory, research and production environments. By combining a programmable source with a precision measurement instrument, the SMU4201 enables engineers to perform detailed electrical characterization of electronic components and semiconductor devices. The instrument can operate either as a voltage source with current measurement or as a current source with voltage measurement, allowing highly accurate testing of diodes, transistors, sensors and other electronic components. Its high resolution and excellent measurement stability make it suitable for sensitive test applications requiring controlled stimulus and accurate measurement. The SMU4201 features an intuitive front-panel interface with a clear display, enabling easy configuration of source parameters and measurement functions. Integrated communication interfaces allow remote control and straightforward integration into automated test systems and computer-controlled measurement setups. With its combination of precision sourcing, accurate measurement and flexible control, the SMU4201 is ideal for semiconductor characterization, device testing, research laboratories and automated production environments. Key Features Source Measure Unit (SMU) combining programmable source and precision measurement Operates as voltage source with current measurement or current source with voltage measurement High measurement accuracy and resolution Stable and precise output control Suitable for semiconductor and component characterization Clear display with intuitive front-panel controls Designed for laboratory and automated test systems Remote control and system integration capability Typical Applications Semiconductor device characterization Sensor and electronic component testing Precision electrical measurements Research and development laboratories Automated test equipment (ATE)
SMU4001
Aim-TTi SMU4001 – Precision Source Measure Unit The Aim-TTi SMU4001 is a versatile Source Measure Unit designed for accurate sourcing and measurement of voltage and current in laboratory, research and production environments. By combining a programmable power source with precision measurement capabilities, the instrument allows engineers to perform detailed electrical characterization of electronic components and devices. The SMU4001 can operate as a voltage source with current measurement or as a current source with voltage measurement, enabling precise testing of semiconductors, sensors and other electronic components. Its high resolution and measurement accuracy make it suitable for sensitive test applications requiring stable sourcing and precise measurement. The instrument features an intuitive front-panel interface with a clear display, allowing users to easily configure output parameters and monitor measurement values. Integrated communication interfaces support remote operation and enable seamless integration into automated test systems. With its robust laboratory design and advanced measurement capabilities, the SMU4001 is ideal for semiconductor testing, device characterization, research laboratories and automated production testing. Key Features Source Measure Unit (SMU) combining power source and precision measurement Operates as voltage source with current measurement or current source with voltage measurement High measurement accuracy and resolution Suitable for semiconductor and component characterization Stable and precise output control Clear display with intuitive front-panel controls Designed for laboratory and automated test environments Supports remote operation and system integration Typical Applications Semiconductor device characterization Sensor and component testing Precision electrical measurements Research and development laboratories Automated test equipment (ATE)
TF930
Aim-TTi TF930 – RF Frequency Counter The Aim-TTi TF930 is a precision RF frequency counter designed for accurate frequency measurements across a wide range of electronic and RF applications. With a measurement capability of up to 3 GHz, it is ideal for testing RF signal sources, oscillators, transmitters and communication equipment. The instrument offers high resolution and excellent measurement stability, enabling engineers and technicians to perform reliable frequency measurements in laboratory and development environments. The clear multi-digit LED display ensures easy reading of measurement results, while the intuitive front-panel controls allow quick configuration of measurement settings. Multiple measurement functions allow the TF930 to measure frequency, period and related timing parameters, providing flexibility for different test requirements. The robust bench-top design ensures dependable operation in laboratories, production test setups and service environments. With its combination of wide frequency coverage, high measurement accuracy and straightforward operation, the TF930 is a practical and reliable instrument for RF laboratories and electronics development. Key Features RF frequency counter with measurement range up to 3 GHz High-resolution frequency measurement Multiple measurement modes including frequency and period Bright multi-digit LED display Stable and accurate measurement performance Intuitive front-panel controls Robust laboratory bench instrument design Typical Applications RF signal measurement and verification Oscillator and clock signal testing Electronics development and prototyping Laboratory measurements and research Service and calibration environments
TF960
Aim-TTi TF960 – High-Resolution RF Frequency Counter The Aim-TTi TF960 is a precision RF frequency counter designed for accurate frequency measurements across a wide range of RF and electronic applications. With measurement capability up to 3 GHz, it is ideal for testing RF signal sources, oscillators and communication equipment. The instrument provides high resolution and excellent measurement stability, enabling reliable frequency analysis in laboratory and development environments. Its clear multi-digit display ensures easy reading of measurement results, while the intuitive front-panel controls allow quick configuration of measurement parameters. Multiple measurement modes allow the TF960 to measure frequency, period and related timing parameters, providing flexibility for different testing tasks. The robust bench-top design ensures dependable operation in laboratories, production test setups and service environments. With its combination of wide frequency coverage, high measurement accuracy and straightforward operation, the TF960 is a practical tool for engineers, technicians and research laboratories working with RF signals. Key Features RF frequency counter with measurement range up to 3 GHz High-resolution frequency measurement Multiple measurement modes including frequency and period Clear multi-digit display for easy reading Stable and accurate measurement performance Intuitive front-panel controls Robust laboratory bench instrument design Typical Applications RF signal measurement and verification Oscillator and clock signal testing Electronics development and prototyping Laboratory measurements and research Service and calibration environments
TG2000
Aim-TTi TG2000 – Function Generator The Aim-TTi TG2000 is a reliable and easy-to-use function generator designed for electronics laboratories, development environments and educational applications. It generates a range of standard waveforms for testing and evaluating analogue and digital circuits. The instrument supports common waveform types such as sine, square and triangle, allowing engineers and technicians to generate test signals for circuit development and troubleshooting. Frequency, amplitude and offset can be precisely adjusted using the front-panel controls. Thanks to its stable output and intuitive operation, the TG2000 is well suited for laboratory experiments, signal simulation and general electronic testing tasks. Its robust bench-top design ensures reliable performance in demanding development and educational environments. Key Features Function generator for laboratory signal generation Standard waveforms: sine, square and triangle Adjustable frequency, amplitude and DC offset Stable signal generation for circuit testing Clear and intuitive front-panel controls Compact and robust laboratory instrument design Typical Applications Electronics development and prototyping Analogue circuit testing Signal simulation and waveform generation Laboratory experiments and training Service and repair environments
TG2511A
Aim-TTi TG2511A – Function and Arbitrary Waveform Generator The Aim-TTi TG2511A is a versatile function and arbitrary waveform generator designed for reliable signal generation in laboratory, development and educational environments. With signal frequencies up to 25 MHz, the instrument provides flexible waveform generation suitable for testing analogue and digital electronic circuits. The generator supports a wide range of standard waveform types including sine, square, triangle, ramp and pulse, as well as user-defined arbitrary waveforms for customized signal generation. This allows engineers and technicians to simulate real-world signals and test circuit behaviour under various operating conditions. The intuitive front-panel interface allows precise control of frequency, amplitude and DC offset, while the integrated display enables easy monitoring of signal parameters and output settings. In addition, the TG2511A supports modulation functions such as AM, FM and PWM, extending its capabilities for advanced signal testing and waveform simulation. With its robust laboratory design and reliable performance, the TG2511A is ideal for electronics development, research laboratories, educational environments and production testing applications. Key Features Single-channel function and arbitrary waveform generator Frequency range up to 25 MHz Standard waveforms: sine, square, triangle, ramp and pulse Arbitrary waveform generation capability Adjustable frequency, amplitude and DC offset Modulation modes including AM, FM and PWM Clear display with intuitive front-panel controls Reliable laboratory-grade instrument design Typical Applications Electronics development and prototyping Analogue and digital circuit testing Signal simulation and waveform generation Laboratory experiments and education Production testing and service environments
TG5011A
Aim-TTi TG5011A – Function and Arbitrary Waveform Generator The Aim-TTi TG5011A is a versatile function and arbitrary waveform generator designed for precise signal generation in laboratory, research and development environments. With frequencies up to 50 MHz, it provides flexible waveform generation suitable for testing analogue and digital circuits. The generator supports a wide range of standard waveform types including sine, square, triangle, ramp and pulse, as well as user-defined arbitrary waveforms. This allows engineers and technicians to simulate real-world signals and perform advanced circuit testing and system evaluation. The intuitive front-panel controls allow precise adjustment of waveform parameters such as frequency, amplitude and DC offset, while the clear display ensures easy monitoring of signal settings. The TG5011A also supports modulation functions including AM, FM and PWM, enabling more complex signal simulation and advanced testing scenarios. Thanks to its reliable performance and robust bench-top design, the TG5011A is well suited for electronics development laboratories, educational environments and production testing applications. Key Features Single-channel function and arbitrary waveform generator Frequency range up to 50 MHz Standard waveforms: sine, square, triangle, ramp and pulse Arbitrary waveform generation capability Adjustable frequency, amplitude and DC offset Modulation functions including AM, FM and PWM Clear display with intuitive front-panel controls Robust laboratory-grade design Typical Applications Electronics development and prototyping Analogue and digital circuit testing Signal simulation and waveform generation Laboratory experiments and education Production testing and service environments
TG2512A
im-TTi TG2512A – Function and Arbitrary Waveform Generator The Aim-TTi TG2512A is a versatile function and arbitrary waveform generator designed to provide accurate and stable signal generation for laboratory, development and educational applications. With frequencies up to 12 MHz, the instrument enables flexible signal creation for testing both analogue and digital electronic circuits. The generator supports a variety of standard waveform types including sine, square, triangle, ramp and pulse, as well as user-defined arbitrary waveforms. This allows engineers and technicians to generate customized signals for circuit testing, simulation and system evaluation. The intuitive front-panel interface provides precise control over waveform parameters such as frequency, amplitude and offset. A clear display enables easy monitoring of signal settings and output parameters. In addition, the TG2512A offers several modulation capabilities such as AM, FM and PWM, expanding its functionality for advanced signal testing and waveform simulation. With its reliable performance, flexible waveform generation and robust laboratory design, the TG2512A is ideal for electronics development, research laboratories, training environments and production testing. Key Features Function and arbitrary waveform generator Frequency range up to 12 MHz Standard waveforms: sine, square, triangle, ramp and pulse Arbitrary waveform generation capability Adjustable frequency, amplitude and DC offset Modulation functions including AM, FM and PWM Clear front-panel interface for intuitive operation Reliable laboratory-grade instrument design Typical Applications Electronics development and prototyping Analogue and digital circuit testing Signal simulation and waveform generation Laboratory experiments and education Production testing and service environments
TG5012A
Aim-TTi TG5012A – Function and Arbitrary Waveform Generator The Aim-TTi TG5012A is a versatile function and arbitrary waveform generator designed for reliable signal generation in laboratory, development and educational environments. With signal frequencies up to 12 MHz, it offers flexible waveform generation suitable for testing analogue and digital circuits. The generator provides a range of standard waveform types including sine, square, triangle, ramp and pulse, as well as user-defined arbitrary waveforms for custom signal generation. This allows engineers and technicians to simulate real-world signals and test electronic designs under various conditions. A clear front-panel interface enables intuitive operation and precise control of frequency, amplitude and waveform parameters. The TG5012A also supports multiple modulation modes such as AM, FM and PWM, expanding its capabilities for advanced signal testing. With its robust laboratory design and reliable performance, the TG5012A is ideal for electronics development, laboratory experiments, training environments and production testing. Key Features Function and arbitrary waveform generator Frequency range up to 12 MHz Standard waveforms: sine, square, triangle, ramp and pulse Arbitrary waveform generation capability Adjustable frequency, amplitude and offset Modulation modes including AM, FM and PWM Clear front panel interface for easy operation Suitable for laboratory, development and educational environments Typical Applications Electronics development and prototyping Analogue and digital circuit testing Signal simulation and waveform generation Laboratory experiments and education Production testing and service environments
TGF4042
Aim-TTi TGF4042 – Dual-Channel Arbitrary Function Generator The Aim-TTi TGF4042 is a high-performance dual-channel arbitrary function generator designed for precise signal generation in laboratories, research environments and automated test systems. With a frequency range from 1 µHz up to 40 MHz (sine), the instrument provides highly accurate waveform generation for a wide range of electronic testing and development applications. The generator features two identical output channels that can operate independently, or in coupled and tracking modes, allowing engineers to generate synchronized multi-channel signals with precise phase relationships. Channel-to-channel phase alignment can be controlled with extremely fine resolution, enabling accurate timing and phase-sensitive testing. A wide selection of built-in waveforms is available, including sine, square, triangle, ramp and pulse signals, along with user-defined arbitrary waveforms. Arbitrary waveform generation is supported with 14-bit resolution and sampling rates up to 400 MS/s, allowing accurate reproduction of complex signals. The TGF4042 also includes extensive modulation capabilities such as AM, FM, PM, FSK, BPSK and PWM, together with sweep, burst and gated modes for advanced signal analysis. Integrated USB and LAN (LXI) interfaces enable remote control and easy integration into automated test systems, with an optional GPIB interface available for compatibility with existing equipment setups. With its combination of precision waveform generation, flexible modulation options and dual-channel operation, the TGF4042 is ideal for electronics development, signal simulation, research laboratories and automated test applications. Key Features Dual-channel arbitrary and function generator Frequency range 1 µHz – 40 MHz (sine) Square and pulse waveforms up to ≈100 MHz Arbitrary waveform generation with 14-bit resolution and up to 400 MS/s sampling rate Two identical channels with independent, coupled or tracking operation Precise inter-channel phase control (0.001° resolution) Wide range of modulation modes: AM, FM, PM, FSK, BPSK, PWM Integrated wideband noise generator and pulse generation USB and LAN (LXI) interfaces, optional GPIB High-resolution 4.3-inch TFT display for intuitive operation Typical Applications Electronics development and prototyping Signal simulation and waveform generation RF and communication system testing Automated test equipment (ATE) Research laboratories and engineering environments
TGF4082
Aim-TTi TGF4082 – Dual-Channel Arbitrary Function Generator The Aim-TTi TGF4082 is a versatile dual-channel arbitrary and function generator designed for high-precision signal generation in laboratories, engineering environments and automated test systems. It provides a wide frequency range from 1 µHz up to 80 MHz (sine), enabling accurate signal generation across many electronic testing applications. Two identical output channels allow independent operation or synchronized operation in coupled or tracking modes, enabling complex multi-channel signal generation with precise phase relationships between channels. The instrument supports a wide range of built-in waveforms including sine, square, triangle, ramp, pulse and noise, as well as user-defined arbitrary waveforms with high resolution and fast sample rates for accurate signal reproduction. Advanced signal features include modulation modes such as AM, FM, PM, FSK, BPSK and PWM, along with gated, burst and sweep modes for advanced testing and simulation tasks. For remote operation and system integration, the TGF4082 includes USB and LAN (LXI) interfaces, while an optional GPIB interface allows compatibility with existing automated test equipment setups. With its combination of precision waveform generation, flexible modulation capabilities and dual-channel operation, the TGF4082 is well suited for electronics development, signal simulation, research and automated test applications. Key Features Dual-channel arbitrary and function generator Frequency range 1 µHz – 80 MHz (sine) Square and pulse waveforms up to ≈100 MHz Arbitrary waveform generation with 14-bit resolution and up to 400 MS/s sampling rate Two identical channels with independent, coupled or tracking operation Precise inter-channel phase control with 0.001° resolution Extensive modulation functions: AM, FM, PM, FSK, BPSK, PWM Built-in wideband noise generator and pulse generation capability USB and LAN (LXI) interfaces, optional GPIB 4.3-inch colour TFT display with intuitive interface Typical Applications Electronics development and prototyping Signal simulation and waveform generation RF and communication system testing Research laboratories and engineering environments Automated test equipment (ATE)
TGF4162
Aim-TTi TGF4162 – Dual-Channel Arbitrary Function Generator The Aim-TTi TGF4162 is a high-performance dual-channel arbitrary function generator designed for demanding signal generation tasks in laboratories, research environments and automated test systems. The instrument can generate precise signals from 1 µHz up to 160 MHz, providing exceptional flexibility for testing electronic circuits and communication systems. The generator features two identical output channels that can operate independently, in coupled mode or in tracking mode, allowing accurate generation of multi-channel signals with precise phase relationships. Channel-to-channel phase alignment can be controlled with a resolution of 0.001°, enabling synchronized signal generation for complex applications. A wide range of standard waveforms is included, such as sine, square, triangle and ramp signals, along with arbitrary waveform generation with 16-bit resolution and sampling rates up to 800 MS/s, allowing highly accurate signal reproduction. The TGF4162 also provides comprehensive modulation functions including AM, FM, PM, FSK, BPSK and PWM, as well as burst, sweep and gated modes for advanced signal testing. Integrated USB and LAN (LXI) interfaces allow remote control and integration into automated measurement systems, while an optional GPIB interface ensures compatibility with existing test setups. With its combination of precision, flexibility and powerful waveform capabilities, the TGF4162 is an ideal solution for electronics development, signal simulation, RF testing and research applications. Key Features Dual-channel arbitrary and function generator Frequency range 1 µHz – 160 MHz (sine) Square and pulse waveforms up to 100 MHz Arbitrary waveform generation up to 80 MHz replay rate 16-bit vertical resolution and sampling rates up to 800 MS/s Two identical channels with phase control and tracking modes Wide range of modulation modes: AM, FM, PM, FSK, BPSK, PWM High-resolution pulse generator with 100 ps pulse width resolution Integrated wideband noise generator USB and LAN (LXI) interfaces, optional GPIB High-precision TCXO timebase with up to 15-digit frequency resolution Typical Applications Electronics development and prototyping Signal simulation and waveform generation RF and communication system testing Automated test equipment (ATE) Research laboratories and engineering environments
TGF4242
Aim-TTi TGF4242 – Dual-Channel Arbitrary Function Generator The Aim-TTi TGF4242 is a high-performance dual-channel arbitrary function generator designed for demanding signal generation tasks in laboratories, development environments and automated test systems. With a frequency range from 1 µHz up to 240 MHz, it offers exceptional flexibility for generating precise signals across a wide spectrum of applications. The instrument features two identical output channels that can operate independently, coupled or in tracking mode, allowing engineers to generate complex multi-channel signals with accurate phase relationships. Precise channel-to-channel phase control with extremely fine resolution ensures accurate synchronization between signals. A wide range of built-in waveform types is available, including sine, square, ramp, pulse and arbitrary waveforms. User-defined arbitrary waveforms can be generated with 16-bit resolution and sample rates up to 800 MS/s, enabling highly accurate waveform reproduction. The TGF4242 also provides extensive modulation capabilities including AM, FM, PM, FSK and PWM, along with gated, burst and sweep modes for advanced signal testing. Integrated USB and LAN (LXI) interfaces enable remote control and easy integration into automated test systems, with optional GPIB available for compatibility with existing setups. With its powerful signal generation capabilities, flexible modulation options and intuitive user interface, the TGF4242 is an ideal solution for electronics development, RF testing, signal simulation and research applications. Key Features Dual-channel arbitrary and function generator Frequency range 1 µHz – 240 MHz (sine) Arbitrary waveform generation with 16-bit resolution Sampling rate up to 800 MS/s Two identical channels with phase control and tracking modes Wide selection of standard and user-defined waveforms Extensive modulation: AM, FM, PM, FSK, PWM Built-in noise generator and pulse generation capabilities USB and LAN (LXI) interfaces, optional GPIB High-resolution color display with intuitive operation Typical Applications Electronics development and prototyping Signal simulation and waveform generation RF and communication system testing Research laboratories and engineering environments Automated test equipment (ATE)
TGP110
Aim-TTi TGP110 – 10 MHz Pulse Generator with Delay The Aim-TTi TGP110 is a dedicated pulse generator designed for generating precise pulse waveforms used in testing, timing control and electronic system development. It provides a wide repetition rate range from 0.1 Hz to 10 MHz, allowing flexible generation of pulses for a variety of applications. The instrument enables independent control of pulse frequency, pulse width and delay, making it ideal for experiments requiring accurate timing relationships between signals. Pulse widths can be adjusted from 50 ns up to several seconds, providing exceptional flexibility for both high-speed and long-duration pulse applications. The TGP110 supports several operating modes including normal pulse, square wave, double pulse and delayed pulse, as well as free-run, gated and triggered operation, enabling precise control of signal timing and synchronization with external equipment. A dedicated output amplifier ensures clean pulse waveforms with fast rise and fall times and adjustable output amplitude. The generator provides a 50 Ω output with variable amplitude from 0.1 V to 10 V, as well as TTL/CMOS and sync outputs for integration with digital systems. With its reliable performance and intuitive front-panel controls, the TGP110 is well suited for laboratories, engineering development and production testing environments. Key Features Pulse generator with frequency range 0.1 Hz – 10 MHz Independent control of pulse frequency, pulse width and delay Minimum pulse width: 50 ns Pulse width and delay adjustable up to 5 s Multiple pulse modes: normal, square, double pulse and delayed pulse Operating modes: free-run, gated and triggered Adjustable 50 Ω output amplitude from 0.1 V to 10 V TTL/CMOS and sync outputs for digital system integration Fast rise/fall times typically around 10 ns Compact laboratory bench instrument Typical Applications Digital circuit testing Timing and synchronization experiments Trigger signal generation Electronics development and prototyping Laboratory measurement and research