Aim-TTi TGF4162 Function Generator, 1μHz Min, 160MHz Max, FM Modulation, Variable Sweep

RS-stocknr.:: 181-3542
Fabrikantnummer:: TGF4162
Fabrikant:: Aim-TTi

Aim-TTi TGF4162 Function Generator, 1μHz Min, 160MHz Max, FM Modulation, Variable Sweep

Prijs Per stuk**

€ 1.398,00

(excl. BTW)

€ 1.691,58

(incl. BTW)

1 op voorraad - levertijd is 1 werkdag(en) (EU-voorraad)*

2 op voorraad - levertijd is 3 à 5 werkdagen (UK-voorraad)

* Bezorgdata kunnen veranderen afhankelijk van de gekozen hoeveelheid en het bezorgadres.

GRATIS bezorging voor bestellingen vanaf 75,00 €

Aantal stuks	Per stuk
1 +	€ 1.398,00

**prijsindicatie

Kalibratie-opties

Aim-TTi TGF4162 Function Generator, 1μHz Min, 160MHz Max, FM Modulation, Variable Sweep - RS Calibration

Calibration Type:: RSCAL

RS-stocknr.: 181-3547

Per stuk

€ 1.459,00

(excl. BTW)

€ 1.765,39

(incl. BTW)

RS-stocknr.:: 181-3542
Fabrikantnummer:: TGF4162
Fabrikant:: Aim-TTi

Aim-TTi TGF4000 Series Function Generator, Digital Frequency, FM Modulation - TGF4162

This dual-channel function generator from Aim-TTi offers a maximum frequency range of 160MHz. With advanced features and precise functionality, this function generator is ideal for various applications across different industries.

Features & Benefits

• Digital function generator capable of generating arbitrary waveforms with up to 16 bits at 800MSa/s
• Frequency modulation function generator with a high purity sine wave output up to 160MHz
• GPIB interface function generator for seamless connectivity and control
• LAN interface function generator for remote operation and data transfer
• USB interface function generator for easy connectivity and waveform storage

Applications

• Waveform generation for testing electronic circuits
• Modulation testing for communication systems
• Frequency adjustment for audio equipment calibration

Can it generate arbitrary waveforms with high precision?

Yes, it is capable of generating arbitrary waveforms with high precision, providing precise control over waveform parameters for accurate signal generation.

Will it support frequency modulation up to 160MHz?

Yes, it supports frequency modulation up to 160MHz, allowing for versatile waveform generation across a wide frequency range.

Is the function generator equipped with dual channels for independent operation?

Yes, it features dual channels, enabling independent operation of two different waveforms simultaneously, offering greater flexibility in signal generation.

Can I use the LAN interface for remote control and data transfer?

Yes, it is equipped with a LAN interface, allowing for remote control and data transfer, facilitating integration into automated test systems and remote monitoring applications.

Does the USB interface allow waveform storage and transfer?

Yes, this function generator features a USB interface, which not only enables waveform storage but also facilitates easy transfer of waveform data between the function generator and external devices such as PCs, laptops, or USB storage devices.

Kenmerk	Waarde
Series	TGF4000
Model Number	TGF4162
Digital Frequency	Yes
Number of Channels	2
Minimum Frequency Range Sinewave	1µHz
Maximum Frequency Range Sinewave	160MHz
Minimum Frequency Range Square Pulse and Arbitrary Waveform	1 μHz
Maximum Frequency Range Square Pulse and Arbitrary Waveform	100 (Square & Pulse) MHz, 80 (Arbitrary)MHz
Minimum Frequency Range Triangle/Saw	1µHz
Maximum Frequency Range Triangle/Saw	5MHz
Digital Amplitude and Offset	Yes
Internal Linear and Log Sweep	Yes
Variable Sweep	Yes
Internal and External Amplitude Modulation	Yes
FM Modulation	Yes
Time Base Accuracy	<±1 (Initial Settling Error) ppm, <±1(Oscillator Aging Rate) ppm, <1(Temperature Range) ppm
Width	295mm
TTL Output Level	10V Pk-Pk
Operating Temperature Range	+5 → +40 °C
Output Amplitude	10V Pk-Pk
Maximum Operating Temperature	+40°C
Weight	3.1kg
Dimensions	250 x 295 x 97mm
Input Impedance	10 kΩ
Output Impedance	50Ω
Height	97mm
Minimum Operating Temperature	+5°C
Interface Type	GPIB, LAN, USB
Length	250mm
Frequency Range Square Pulse and Arbitrary Waveform	1 μHz → 100 MHz (Square & Pulse), 80 (Arbitrary) MHz