Aim-TTi TGP3122 Pulse Generator, 1 MHz min, 50 MHz max, RSCAL

RS-stocknr.:: 112-0952
Fabrikantnummer:: TGP3122
Fabrikant:: Aim-TTi

Aim-TTi TGP3122 Pulse Generator, 1 MHz min, 50 MHz max, RSCAL

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€ 2.255,36

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€ 2.728,99

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RS-stocknr.:: 112-0952
Fabrikantnummer:: TGP3122
Fabrikant:: Aim-TTi

Specificaties

Datasheets

Wetgeving en compliance

Productomschrijving

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Alles selecteren	Attribuut	Waarde
	Merk	Aim-TTi
	Maximum Frequency	50MHz
	Product Type	Pulse Generator
	Minimum Frequency	1MHz
	Maximum Pulse Width	499.99999999s (Double Pulse), 999.99999999s (Pulse)
	Modes	Triggered, Arbitrary, Burst, Sweep, Double Pulse, Function, Modulation, Square, Pattern, Policy Based Routes, Pulse, Noise
	Minimum Pulse Width	10ns
	Maximum Pulse Delay	999.99999998s (Pulse), 999.99999996s (Double Pulse)
	Minimum Pulse Delay	0ns
	Adjustable Output Amplitude	Yes
	Jitter	30%
	Rise - Fall Time	799.99s
	Input Impedance	10kΩ
	Minimum Operating Temperature	5°C
	Maximum Operating Temperature	40°C
	Length	295mm
	Height	97mm
	Width	250mm
	Standards/Approvals	No
	Weight	3.2kg
	Interface Type	LAN, Remote, LXI, USB, GPIB, USB 2.0
	Calibrated	RSCAL

	Alles selecteren
	Merk Aim-TTi
	Maximum Frequency 50MHz
	Product Type Pulse Generator
	Minimum Frequency 1MHz
	Maximum Pulse Width 499.99999999s (Double Pulse), 999.99999999s (Pulse)
	Modes Triggered, Arbitrary, Burst, Sweep, Double Pulse, Function, Modulation, Square, Pattern, Policy Based Routes, Pulse, Noise
	Minimum Pulse Width 10ns
	Maximum Pulse Delay 999.99999998s (Pulse), 999.99999996s (Double Pulse)
	Minimum Pulse Delay 0ns
	Adjustable Output Amplitude Yes
	Jitter 30%
	Rise - Fall Time 799.99s
	Input Impedance 10kΩ
	Minimum Operating Temperature 5°C
	Maximum Operating Temperature 40°C
	Length 295mm
	Height 97mm
	Width 250mm
	Standards/Approvals No
	Weight 3.2kg
	Interface Type LAN, Remote, LXI, USB, GPIB, USB 2.0
	Calibrated RSCAL

Datasheet

Land van herkomst:: GB

Aim-TTi Pulse Generator, 10 kO Input Impedance, 2 Channels - TGP3122

This pulse generator by Aim-TTi offers precise and adjustable output amplitude, making it ideal for a wide range of applications across different industries. It features a compact bench-top design and advanced double pulse capabilities, ensuring accurate waveform generation for various testing requirements. With a focus on reliability and performance, this generator is a valuable tool for professionals seeking high-quality waveform generation solutions.

Features & Benefits

• The output amplitude can be adjusted to precisely control the strength of the generated waveforms

• This device is capable of producing two identical pulses in each cycle, with adjustable delays between them

• The feature of Function/Arbitrary Waveform Generation offers the flexibility to generate a wide variety of waveforms for different applications

• Various modulation options are provided for adjusting the amplitude, frequency, and phase of the waveforms

• It covers a wide frequency range, making it suitable for testing in various scenarios

• Low jitter operation is ensured to maintain accurate waveform timings

Applications

• Ideal for stress testing and signal characterisation in electronic designs

• Can be used for simulating clock frequencies with glitch-free performance

• Enables the creation of custom data patterns for testing serial communication systems

• Useful for conditioning pulse signals in various electronic applications

Can it generate custom pulse patterns?

Yes, it is capable of generating custom pulse patterns, allowing users to create specific waveforms tailored to their testing needs.

Will it support external modulation sources?

Yes, it supports external modulation sources, providing flexibility for users to integrate additional modulation capabilities into their testing setups.

Is it compatible with common LabVIEW software?

Yes, it is compatible with common LabVIEW software, facilitating seamless integration and control for users familiar with LabVIEW environments.

Will it provide precise amplitude control for output waveforms?

Yes, it offers precise amplitude control for output waveforms, ensuring accuracy and consistency in signal generation for various testing applications.