Ballentine Laboratories, Inc.
Manufacturer of Precision Calibration, Metrology Standards and Instrumentation. Provides complete commercial calibration services.
- 908-713-7742
- 908-713-7743
- sales@ballantinelabs.com
- 312 Old Allerton Road
Annandale, NJ 08801
United States
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product
Frequency Ranges
1398A
The useable frequency range is from 5 Hz to more than 10 times higher than that listed in the table below, e.g. T2.5-1 volt and T5-2 volt can be used beyond 10 MHz.
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DC to 100MHz
1399
Dimensions: 5.08 cm (2") diam. x 11.6 cm (4-5/8") long, exclusive of connectors.Weight: 1.4 kg (3 lbs 1 oz)Machined bronze enclosure, chrome plated
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Wideband True RMS AC Voltmeter
323
The Ballantine 323 True RMS analog ac voltmeter uses advanced true rms circuitry to achieve square law response from rugged, fast responding silicon diode detectors with no thermal lag and overload vulnerability inherent in thermocouple devices.
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product
Micro-Ohmmeter
3207
The Ballantine 4 Digit Micro-ohm Meter 3207 measures Low Resistance in Milli and micro-ohms with precise accuracy. It employs the proven 4-wire measurement technique and eliminates the lead resistance inherent in 2-wire technique to give accurate readings.
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True RMS RF Millivoltmeter
3440A
The 3440A measures the true rms of low level RF and microwave signals to over 1GHz. High rms accuracy, traceable to NIST, is assured regardless of waveshape. Common calibration errors are eliminated through temperature compensation of the probe detector diodes; double shielding protects the interchangeable probes from rough handling and pickup. Relative gain or loss measurements are simplified by a 0 dB reference adjustment. DC output proportional to the ac input is provided for analog recorders and to allow operation as an ac-dc converter.
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DC to 100MHz
1394A
Nominal Heater Current: 5 mA rms,Max. Heater Current: 7.5 mA rmsCouple Output: 7 mV ± 12% at nominal heater current.Couple Resistance: 8 W ± 20%.Maximum DC Reversal Error: ± 0.04%Couple Output Voltage to Heater (ground): ± 50 V (dc + acpk-pk) max.
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Transconductance Amplifier
1620A
The 1620A provides high accuracy current levels from dc to over 10 kHz for calibrating ammeters, current transformers and shunts. It also provides output current up to 100 Amperes and as such may also be used as a high accuracy power supply, and as a power source in welding and bonding applications.
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Precision AC/DC Current Shunt
1625A
The BLI 1625A is a multiranging, high accuracy, active current shunt, for use in making NIST traceable measurements of currents from 10 microamperes to 100 Amperes. Very high measurement stability has been achieved in our shunt design by using special alloys, compensated by a proprietary Ballantine process to minimize temperature coefficient effects.
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DC to 1GHz
1396A
Dimensions: 6.4 cm (2-1/2") diam. x 11.6 cm (4-5/8") long, except 10.5 cm (4-18") for 7 V rating. Weight: 1.1 kg (2 lbs 4 oz)
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Thermal Voltage Converter
1395B
The 1395B TVC. Has better thermal stability than it's predecessor. Measuring ac voltages between 20 Hz and 100 MHz with increased accuracy and reliability. The 1395B can be used as a primary ac voltage standard and/or standard for the calibration of ac calibrators and voltmeters.
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Thermal Voltage Converter
1395D
The 1395D series of TVC's, have Dual Thermal Element technology. The 1395D offers double the output voltage (typically 14 mV instead of 7 mV). This higher output voltage means better resolution and increased accuracy. It can be used to measure AC Voltages between 20 Hz and 100 MHz and it can serve as a primary AC voltage standard and/or standard for calibration of AC calibrators and voltmeters.
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Micropotentiometers
1251
The BLI Series of Micropotentiometers consist of a Model 1251 terminating resistor and a Model 1351 Thermoelement housing. These micropots are true RMS current to voltage converters for calibrating AC instruments. The NIST calibration range is from dc to 500 MHz (available to 1.2 GHz)
