Categories
- Analyzers->
 - Generators->
 - Meters->
 - Oscilloscopes->
 - Power Testing->
 - Other->
 - ¬ Accessories->
 - ¬ Amplifiers->
 - ¬ Attenuators->
 - ¬ Bit Error Rate Testers->
 - ¬ Calibrators->
 - ¬ Communication Testers->
 - ¬ Current Amplifiers->
 - ¬ Current Shunts
 - ¬ Decade Testers->
 - ¬ Frequency Counters->
 - ¬ Hipot Testers
 - ¬ Leakage Current Testers->
 - ¬ Lock-in Amplifiers->
 - ¬ Magnetics Analyzers->
 - ¬ Miscellaneous
 - ¬ OTDR->
 - ¬ Parametric Testers->
 - ¬ Power Sensors->
 - ¬ Power Recorders->
 - ¬ Preamplifiers->
 - ¬ 0-600 kHz
 - ¬ 1-400 MHz
 - ¬ 1-26.5 GHz
 - ¬ TDR->
 - ¬ Test Cables
 - ¬ Test Fixtures
 - ¬ Transient Recorders / Digitizers->
 - ¬ Tunable Filters->
 - EMC EMI->
 
Testimonials
- 
		
★★★★★
"Fantastic deal. The oscilloscope is in very good condition. Packed for shipment to survive anything"Jeff
 - 
		
★★★★★
"Premium equipment. Excellent communication. Fast. Best value!"Avi
 - 
		
★★★★★
"Practically in new condition"Darcy
 - 
		
★★★★★
"There was a small issue; The people at BRL Test were 100% responsive and issue resolved. Thanks!"Mike
 - 
		
★★★★★
"Best packing ever! I would let you ship one of my children!"Todd
 - 
		
★★★★★
"Unit received in great shape. Passed Agilent calibration. Good job!!"Lee
 - 
		
★★★★★
"In every aspect these guys are great!"Sarah
 
Join our Newsletter
0-600 kHz
1671 - DL Instruments Preamplifiers
600.0kHz | High end frequency limit
The model 1671 is a single ended low noise field effect transistor (FET), 20 dB fixed gain block designed for use with high impedance signal sources....
  565 - DL Instruments Preamplifiers
600.0kHz | High end frequency limit
The 565 is operable in two modes. In the direct mode, it yields 40 dB of gain with medium impedance performance - similar to the model 566 voltage...
  566 - DL Instruments Preamplifiers
600.0kHz | High end frequency limit
The 566 matches source impedances in the range from 50 ohms to 10 KOhms. It is operable either in a lower gain wideband mode or a higher gain lower...
  1201 - DL Instruments Preamplifiers
400.0kHz | High end frequency limit
The Model 1201 Voltage Preamplifier with Remote Gain Programming Option (06) is usable in both computer controlled and manual applications requiring...
  125L - DL Instruments Preamplifiers
200.0kHz | High end frequency limit
The 100 Series low noise, FET input preamplifiers typically are used with piezoelectric transducers such as accelerometers, hydrophones, and...
  143E - DL Instruments Preamplifiers
200.0kHz | High end frequency limit
The 100 Series low noise, FET input preamplifiers typically are used with piezoelectric transducers such as accelerometers, hydrophones, and...
  143L/N - DL Instruments Preamplifiers
200.0kHz | High end frequency limit
The 100 Series low noise, FET input preamplifiers typically are used with piezoelectric transducers such as accelerometers, hydrophones, and...
  144E - DL Instruments Preamplifiers
200.0kHz | High end frequency limit
The 100 Series low noise, FET input preamplifiers typically are used with piezoelectric transducers such as accelerometers, hydrophones, and...
  144L/N - DL Instruments Preamplifiers
200.0kHz | High end frequency limit
The 100 Series low noise, FET input preamplifiers typically are used with piezoelectric transducers such as accelerometers, hydrophones, and...
  SR550 - Stanford Research Systems Preamplifiers
100.0kHz | High end frequency limit
The SR550 Voltage Preamplifier is designed to work with any SRS lock-in amplifier. Preamplifiers provide gain close to the experimental detector,...
  SR552 - Stanford Research Systems Preamplifiers
100.0kHz | High end frequency limit
The SR552 Voltage Preamplifier is designed to work with SRS lock-in amplifiers, providing gain where it is needed most—right at the experiment....
  SR554 - Stanford Research Systems Preamplifiers
40.0kHz | High end frequency limit
The SR554 is a low-noise, transformer-coupled preamplifier optimized for source impedances between 0.05 W and 1 kW. With an input noise of only 0.1...
  Your IP Address is:   216.73.216.48

     		  
            
            
            
            
            
            
            
              
              
            




		