Get exclusive volume discounts, bulk pricing updates, and new product alerts delivered directly to your inbox.
By subscribing, you agree to our Terms of Service and Privacy Policy.
Direct access to our certified experts
Number of Channels: 1
Connectors: BNC (One BNC-to-SMC Adapter per Channel Included)
Output Voltage: 0 - 75 V, 0 - 100 V, or 0 - 150 V (Selected by Switch on Rear)
Output Voltage Resolution
When Using Knobs:
- 1.1 mV (for 75 V Output Voltage Setting)
- 1.5 mV (for 100 V Output Voltage Setting)
- 2.2 mV (for 150 V Output Voltage Setting)
Output Current (Max): 60 mA
Output Noise(a): 1.5 mV (RMS) ~9.9 mV (Peak-to-Peak)
Output Impedance (Max): 150 Ω, 1.0 nF
Load Impedance(b) (Min): 2.5 kΩ
Bandwidth(-3 dB):
- 9 kHz (No Load, Small Signal)
- 8.5 kHz (No Load, 150 Vpp)(c)
- 200 Hz (1.4 µF Piezo, 150 Vpp)(c)
Bandwidth Stability (-3 dB): <0.01% Over 5 Hours
External Control through BNC
Input Voltage: 0 - 10 V
Input Impedance: 10 kΩ
Input Gain:
- 7.5 V/V ± 5% (for 75 V Output Voltage Setting)
- 10 V/V ± 5% (for 100 V Output Voltage Setting)
- 15 V/V ± 5% (for 150 V Output Voltage Setting)
Output Voltage Resolution When Using BNC: Limited by Noise of External Voltage Source
Scan Trim Gain Adjustment: 80% to 120% of Sum of Master Scan External Voltage and Offset from Rotary Adjustment Knob
External Control through Command Line
Physical Interface: Female Type B USB 2.0 Connector
Digital-to-Analog Resolution: 16-Bit, 2.75 mV
Analog-to-Digital Resolution: 16-Bit, 3.0 mV
Physical Specifications
Display Type: 7-Segment LED with Four Digits
Display Resolution: 0.1 V
Enclosure Size: 6.05" × 3.22" × 12.11" (153.6 mm × 81.8 mm × 307.6 mm)
Weight: 1.93 kg (4.25 lbs)
Operating Temperature: 10 to 40 °C
Power Specifications
Input Voltage: 100 - 240 VAC
Input Frequency: 50 - 60 Hz
Input Power (Max): 30 VA
Fuse Type: IEC6012
Fuse Dimensions: 5 mm x 20 mm
Fuse Rating: 500 mA
(a) Tested without an external load connected (1 nF output impedance only). Adding a capacitive load, such as a piezo, will decrease the noise because the capacitance will create a low-pass filter with the output resistance.
(b) The smallest allowable terminating resistance. Applying lower impedances will cause the short-circuit protection to limit the output voltage. Continued use in this mode will cause circuit degradation and eventual circuit failure.
(c) Assume a ramp function is used. The bandwidth depends upon the load and requires a calculation for a more representative number. See Chapter 6 of the manual for details.
