
Superior Bandwidth in Class
Ultra High Slew Rate
The Trek Model 2100HF is a high-frequency, high speed, wide bandwidth amplifier for high power applications and provides precise control of output voltages in the range of 0 to ±150 V DC or peak AC with an output current range of 0 to ±300 mA.
The Model 2100HF incorporates an all-solid-state design for high reliability and low-noise operation, thus achieving accurate output response and high slew rates, even into highly capacitive loads. Full power frequency response of the amplifier is essentially flat up to 2 MHz. No overshoot or instability of the waveform occurs due to the amplifier's unique dual feedback feature.
"DC to greater than" bandwidth capabilities for the 350 volt range include large signal bandwidth of 2.6 MHz (-3 dB) and a small signal bandwidth greater than 3 MHz (-3 dB).
Industrial applications include the use with MEMS devices, electro-optic modulators, ion beam control, ultrasonics, dielectric material characterization, piezo electric driving and control.
Output Voltage Range
0 to ±150 V DC or peak AC
Output Current
0 to ±300 mA
Amplifier Input Votage Range
0 to ±3 V DC or peak AC
Input Impedance
50 ohm, nominal
DC Voltage Gain
50 V/V.
Offset Voltage
Less than ±100 mV.
Output Noise
Less than 50 mV p-p.
Slew Rate (10% to 90%, typical)
Greater than 2000 V/µs.
Large Signal Bandwidth (-3dB)
DC to greater than 2.6 MHz.
Small Signal Bandwidth (-3dB)
DC to greater than 3 MHz.
Delay Time
Less than 150 ns (input to output).
Drift with Time
Less than 6 mV/minute, non-cumulative.
Power on LED
Standard BNC for Input Signal Connection
Front Panel Power Switch
Standard IEC 320 Three Prong Power Connector with Integral Fuse Holder
(Contact factory for more information)
TREK, INC. certifies that each Model 2100HF is tested and calibrated to specifications using measurement equipment traceable to the National Institute of Standards and Technology or traceable to consensus standards.
All specifications are with no load unless otherwise noted.
All specifications are subject to change.