The California Instruments 1501IX is a single-phase AC power source and analyzer designed for comprehensive testing of electronic equipment under various AC power conditions. This integrated system combines a flexible AC/DC power source with a high-performance power analyzer, eliminating the need for external measurement devices like multimeters and harmonic analyzers. Its rackmountable 4U chassis design facilitates integration into automated test equipment (ATE) systems, offering control via a front panel keypad or remotely through standard interfaces such as IEEE-488 and SCPI command language. The 1501IX is suitable for a wide range of applications, including product evaluation, regulatory compliance testing, and aerospace applications requiring precise frequency control.
### Technical Specifications
**General:**
* **Manufacturer:** California Instruments
* **Model:** 1501IX
* **Product Type:** Programmable AC/DC Power Source and Power Analyzer
* **Output Power:** 1500 VA
* **Output Modes:** AC, DC, AC+DC
* **Phase:** Single Phase
**Electrical Specifications:**
* **AC Output Voltage:**
* 150 V AC RMS (standard)
* 300 V AC RMS (standard)
* Up to 150 VRMS for aerospace applications
* **AC Output Current:**
* 13 A AC (maximum)
* Peak AC Current: 92 A for 300 V range
* Peak Current (High Range): 40 A Peak
* Peak Current (Low Range): 20 A Peak
* Maximum AC Current (High Range): 6.5 Arms
* Maximum AC Current (Low Range): 13 Arms
* **AC Output Frequency:**
* 16.00 Hz to 1000 Hz
* 16.00 – 81.91 Hz (0.01 Hz resolution)
* 81.0 – 819.1 Hz (0.1 Hz resolution)
* 820 – 1000 Hz (1 Hz resolution)
* Up to 1000 Hz for aerospace applications
* **DC Output Voltage:**
* 0 – 400 V DC (High Range)
* 0 – 200 V DC (Low Range)
* Up to 400 V DC
* **DC Output Current:**
* 3.3 A DC (maximum)
* 1.67 A DC @ 150V (Low Range)
* 3.33 A DC @ 300V (High Range)
* **DC Output Power:**
* 250 W (Low Range)
* 1000 W (High Range)
* **Power (Output Rating-DC):** 500 W (this appears to be a specification for a different model, Chroma 61602, but listed in context of comparison)
* **AC Power (VA):** 1500 VA
* **Distortion:** < 1% THD
* **Constant Power Mode:** Allows for higher output current at less than full-scale voltage, increasing usability**Measurement Capabilities (Integrated Power Analyzer):**
* Harmonic analysis of Voltage and Current
* Measurement of Voltage and Current waveforms
* Built-in power analyzer measurements
* Standard measurements logging
* Harmonic voltage and current measurements**Interfaces:**
* USB
* RS-232C
* GPIB (IEEE-488)
* LAN (Optional)**Physical Specifications:**
* **Dimensions:**
* Height: 7” (178 mm)
* Width: 19” (483 mm)
* Depth: 24” (610 mm) (includes rear panel connectors)
* **Chassis:** Rackmountable 4U chassis design
* **Weight:**
* Net: 61 lbs / 28 Kg
* Shipping: 115 lbs / 52 Kg**Advanced Features:**
* **Output Transient Generation:** Powerful output transient generation capabilities
* **Line Distortion Simulation (LDS):**
* **Arbitrary Waveform Generation:**
* **Programmable Output Impedance:**
* **Scope Capture Capability:** Built-in voltage and current waveform acquisition
* **Aerospace Application Support:** With output frequency range to 1000 Hz and up to 150 VRMS, well-suited for aerospace applications. Options available for popular avionics test routines (e.g., DO-160, MIL-STD-704A-F)**Software & Control:**
* Microprocessor controlled with easy-to-use front panel keypad
* SCPI command language for integration into ATE systems
* Application Software included for steady state output control, transient program creation/management, harmonic waveform generation (iX only), arbitrary waveform generation (iX only), data download from oscilloscopes (iX only), and measurement loggingWhy Choose Aumictech for California Instruments 1501IX?
At Aumictech, we specialize in supplying high-end power source and analyzer equipment. Whether you need advanced AC/DC power simulation, integrated harmonic analysis, or robust compliance testing capabilities, our team ensures the California Instruments 1501IX delivers maximum performance for your application.
