Price on request
Price on request
Prices plus VAT plus shipping costs
Downloads (Subject to change)
Product Information "Wideband Signal Amplifiers for Lab, Development and Test Systems | Tabor 9000 Series"
Tabor 9000 Series
Universal Wideband Signal Amplifiers
1-/2-Channel, 15 MHz to 45 MHz
Precise Signal Amplification for Demanding Measurement and Test Tasks
The Tabor 9160, 9250, and 9260 wideband signal amplifiers provide a powerful platform for reliable wideband signal amplification in laboratories, R&D, and ATE systems. Whether used as multi-channel amplifiers or in differential mode with anti-phase outputs, these models deliver precise signal quality and support both single-ended and differential high-speed signals.Powerful, Versatile, and Ideal for Complex Test Sequences
Their wideband performance makes these instruments an excellent choice for component characterization, RF testing, driving transmission paths, AWG signal amplification, and generating highly accurate stimulus signals. Thanks to configurable impedances, the amplifiers integrate seamlessly into existing measurement environments and support consistent, repeatable results—a clear advantage for demanding development and QA processes.Three Models – One Goal: Maximum Performance for Your Application
The Tabor 9160 is the single-channel, compact, and cost-effective solution for wideband RF signal amplification—ideal when one channel is sufficient, while high output current and fast signal testing are still required.The Tabor 9250 is designed for test setups that require high output voltages into high-impedance loads.
The Tabor 9260 delivers significantly higher power and output current for 50-ohm applications and excels in power-intensive high-speed signal tests.
This targeted specialization enables precise selection of the right model—tailored to your test requirements in the lab, development, or production.
Secure the Right Solution Now!
Take your measurement and test processes to the next level. Use the precision and performance of Tabor wideband and power amplifiers to shorten development cycles, optimize test workflows, and sustainably improve the quality of your measurement results.Request a quote today—no obligation and find out which Tabor amplifier is the best fit for your setup.
| Bandwidth: | bis 15 MHz |
|---|---|
| Channels: | 2, 4 |
| Max. current output: | 1 A |
| Output Voltage: | 400 Vpp |
| Verstärkung (Gain): | x10, x15, x20, x50 |
Related links to "Wideband Signal Amplifiers for Lab, Development and Test Systems | Tabor 9000 Series"
Available documents (Subject to change)
Specifications of the Universal Wideband Amplifiers of the 9000 Series
Channels:
- 9160: Two separated channels or a differential output (switchable; depending on output configuration S/D)
- 9250/9260: Two single-ended channels or one differential output (switchable)
Gain (Standard):
- 9160/9250/9260: ×10; optional ×15 / ×20 (custom)
Max. Output Voltage:
- 9160: 34 Vp-p into 50 Ω load
- 9250: 40 Vp-p (open circuit), 20 Vp-p (matched load)
- 9260: 34 Vp-p into 50 Ω load
Max. Output Current:
- 9160: 1 A
- 9250: 200 mA
- 9260: 1 A
Frequency Range:
- 9160: 45 MHz (small/large signal: 45 MHz/45 MHz)
- 9250: Bandwidth (−3 dB) 15 MHz (large signal, 20 Vpp); 30 MHz (small signal, 2 Vpp)
- 9260: Bandwidth (−3 dB) 45 MHz (typ.); Frequency range: DC–45 MHz
Amplitude Flatness:
- 9160: Not specified
- 9250: ±0.44 dB (DC–1 MHz), ±0.83 dB (1–15 MHz), at 10 Vpp
- 9260: typ. ±0.25 dB (DC–1 MHz, small signal)
Total Harmonic Distortion (THD):
- 9160: Not specified – please inquire
- 9250: 0.1% (10 Hz to 100 kHz)
- 9260: Not specified – please inquire
Harmonic Distortion at 10 Vp-p:
- 9160: Not specified – please inquire
- 9250: < −50 dBc (100 kHz to 5 MHz), < −40 dBc (5 to 15 MHz)
- 9260: typ. < −65/−50/−38 dBc (1/10/30 MHz at 10 Vp-p), < −54/−45/−30 dBc (at 25 Vp-p)
Rise Time (10–90%):
- 9160: Not specified – please inquire
- 9250: < 22 ns, overshoot/aberrations < 7%
- 9260: < 10 ns (typ.), overshoot/aberrations < 10%
Input Impedance (Configurable):
- 50 Ω, 75 Ω, 1 MΩ
Output Impedance (Impedance Matching):
- 9160: Not specified – please inquire
- 9250: configurable 50/75/600 Ω (single-ended), 600 Ω (differential); 25/37.5/300 Ω (differential per channel)
- 9260: 0 Ω (fixed)
Dimensions (L×W×H):
- Without feet: 395×315×102 mm
- With feet: 395×315×88 mm
Power Supply:
- 85–265 VAC, 50/60 Hz
Power Consumption:
- 9160: Not specified – please inquire
- 9250/9260: 25 W
Weight (Without Packaging):
- 9160: Not specified – please inquire
9250/9260: 3.5 kg
Options and Accessories for the Wideband Power Amplifiers of the 9000 Series
- S-Rack mount: 19" rack mounting kit for a single unit
- D-Rack mount: 19" rack mounting kit for two units
- Case Kit: Professional carry case
Scope of Delivery of the RF Wideband Amplifiers of the 9000 Series
- Device(s) of the Tabor 9000 Series
- Power cable
- Owner’s manual
- Calibration certificate
Application Examples of the Wideband Signal Amplifiers for Lab and Test of the 9000 Series
- Laboratory
- Research and Science
- ATE Systems
- Automotive
- Transportation Technology
- Serial Signal Testing
- General RF and Wideband Signals
- Transducer, Sensor, and Electronics Testing
Since its founding in 1971, Tabor Electronics has become a world-leading supplier of world-class measurement and test equipment. Tabor has earned this reputation through both quality craftsmanship and innovative engineering. Its broad portfolio includes hardware products such as pulse, function and arbitrary waveform generators, as well as high-voltage, signal and digital amplifiers. Platforms based on different frequency ranges are complemented with waveform or modulation software. Technologically leading, Tabor offers the best combination of performance, reliability and price/performance ratio. Tabor products are used in a wide range of applications, in industry and research.