Used NF ELECTRONIC INSTRUMENTS HSA 4052 #9154592 for sale

NF ELECTRONIC INSTRUMENTS HSA 4052
ID: 9154592
Bipolar amplifier DC to 500KHz 300Vpp (+-150V) 2 Arms (5.66App) for 40Hz to 200KHz +-1Arms (DC to 40Hz) Slew rate: 450V/uS.
NF ELECTRONIC INSTRUMENTS HSA 4052 is an electronic test equipment that is used to produce oscilloscope waveforms, measure voltages, generate standard waveforms and perform frequency response measurements. The unit is a housed in a rugged steel enclosure that is perfect for bench top use. HSA 4052 is made of high quality components and is easily programmed and operated. NF ELECTRONIC INSTRUMENTS HSA 4052 has a large LCD display screen that allows users to view waveforms and settings. The unit has several input connections for for both analogue and digital signals. It also has ports for Proximitry, Keyence and J2EE. HSA 4052 has a number of features that make it ideal for use in electronic test and measurement. These features include an adjustable sample rate, a wide frequency response measurement range, an adjustable sensitivity range, a circuit board constructed with precise components, an adjustable low pass filter, an adjustable high pass filter, and a real-time auto compensation facility. NF ELECTRONIC INSTRUMENTS HSA 4052 also has an excellent signal noise ratio and is capable of measuring from DC to 2Mhz. This makes the unit ideal for precise measurement and recording of waveforms. Additionally, the unit has a number of modes of operation including single shot, manual, and autostep. The autostep mode allows users to measure waveforms over time. The unit also has a number of auxiliary modes for calibrating and verifying accuracy. Overall, HSA 4052 is an excellent electronic test equipment with a variety of features that make it suitable for a range of test and measurement tasks. Its large size, durable construction, and minimal learning curve make it a great choice for engineers, technicians, and hobbyists. The unit is also extremely reliable and can produce accurate results over long periods of time.
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