Promotional Code

Use promotional code RSBAHEXTRA5 and get extra 5% off on the price of all products | Payment Options: Debit or Credit Card, Wire Transfer, Cash or Cheque

Aim-TTi TGR2050 TGR 2050 Function Generator 2000MHz (Sinewave) GPIB, RS232

RS Stock No.: 465-8934Brand: Aim-TTiManufacturers Part No.: TGR2050
brand-logo
View all in RF Signal Generators

Technical Document

Specifications

Brand

Aim-TTi

Maximum Frequency Range Sinewave

2000MHz

Minimum Frequency Range Sinewave

150kHz

Internal and External Amplitude Modulation

Yes

FM Modulation

Yes

Time Base Accuracy

±2ppm

Length

330mm

Output Impedance

50Ω

Dimensions

330 x 212 x 130mm

Interface Type

GPIB, RS232

Minimum Operating Temperature

+5°C

Height

130mm

Input Impedance

600 Ω

Model Number p

TGR 2050

Weight

4.6kg

Plug Type

Type C - European Plug, Type G - British 3-pin

Maximum Operating Temperature

+40°C

Width

212mm

Country of Origin

United Kingdom

Product details

TTi TGR2050 2GHz RF Generator, Fully Synthesised, AM, FM Phase

The TGR2050 is a wide range, synthesised RF signal generator covering from 150kHz up to 2000MHz with low phase noise and low leakage. High reference stability is supplemented by an external reference input allowing the generator to be locked to an ultra-stable source or to other equipment.,Frequency and amplitude can be entered numerically or stepped at any required interval via keys or the rotary encoder. Comprehensive modulation includes AM, FM and Phase modulation, internal or external. Nine user memories are provided and the unit is fully remote controllable via both RS232 and GPIB (IEEE-488).

150kHz to 2000MHz frequency range
10Hz setability at any frequency
±1ppm accuracy over 15°C to 30°C
-127dBm to +7dBm amplitude range
Amplitude control in 0.1dB steps
AM, FM & Phase modulation, internal/external
Keyboard and rotary encoder control
Non-volatile storage for 9 user set-ups
Remote control via RS-232 and GPIB
Outstanding price/performance ratio

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

BD 1,556.800

Each (Exc. Vat)

BD 1,712.480

Each (inc. VAT)

Aim-TTi TGR2050 TGR 2050 Function Generator 2000MHz (Sinewave) GPIB, RS232

Calibration type

BD 1,556.800

Each (Exc. Vat)

BD 1,712.480

Each (inc. VAT)

Aim-TTi TGR2050 TGR 2050 Function Generator 2000MHz (Sinewave) GPIB, RS232
Stock information temporarily unavailable.

Calibration type

Technical Document

Specifications

Brand

Aim-TTi

Maximum Frequency Range Sinewave

2000MHz

Minimum Frequency Range Sinewave

150kHz

Internal and External Amplitude Modulation

Yes

FM Modulation

Yes

Time Base Accuracy

±2ppm

Length

330mm

Output Impedance

50Ω

Dimensions

330 x 212 x 130mm

Interface Type

GPIB, RS232

Minimum Operating Temperature

+5°C

Height

130mm

Input Impedance

600 Ω

Model Number p

TGR 2050

Weight

4.6kg

Plug Type

Type C - European Plug, Type G - British 3-pin

Maximum Operating Temperature

+40°C

Width

212mm

Country of Origin

United Kingdom

Product details

TTi TGR2050 2GHz RF Generator, Fully Synthesised, AM, FM Phase

The TGR2050 is a wide range, synthesised RF signal generator covering from 150kHz up to 2000MHz with low phase noise and low leakage. High reference stability is supplemented by an external reference input allowing the generator to be locked to an ultra-stable source or to other equipment.,Frequency and amplitude can be entered numerically or stepped at any required interval via keys or the rotary encoder. Comprehensive modulation includes AM, FM and Phase modulation, internal or external. Nine user memories are provided and the unit is fully remote controllable via both RS232 and GPIB (IEEE-488).

150kHz to 2000MHz frequency range
10Hz setability at any frequency
±1ppm accuracy over 15°C to 30°C
-127dBm to +7dBm amplitude range
Amplitude control in 0.1dB steps
AM, FM & Phase modulation, internal/external
Keyboard and rotary encoder control
Non-volatile storage for 9 user set-ups
Remote control via RS-232 and GPIB
Outstanding price/performance ratio