Keithley 2306-PJ Dual-Channel Battery/Charger Simulator
Request a quote
Keithley 2306-PJ is a dual-channel battery and charger simulator for testing portable devices with ultrafast transient response and variable output resistance.
Product details
| Model | 2306-PJ |
| Manufacturer | Keithley |
| Category | Source Measure Units |
| Availability | Made to order |
Description
Overview
The Keithley 2306-PJ is a dual-channel battery and charger simulator optimized for development and production testing of portable, battery-operated products such as cellular phones, cordless telephones, mobile radios, and pagers. The instrument simulates both a battery's output voltage and output resistance, allowing devices under test to perform identically to operation with actual batteries. One channel simulates battery discharge (with current sinking capability), while the other provides a charging supply.
Key Features
- Dual-channel output: 0-15V with variable output current (0-4V: 5A max; >4V: IMAX = 60W/(VOUT+6))
- Ultrafast transient response for accurate battery simulation
- Variable output resistance for emulating actual battery response characteristics
- Pulse peak, average, and baseline current measurements
- 100 nA DC current sensitivity for precise current measurement
- Current step measure function for transient analysis
- Sink up to 3 A for simulating discharged rechargeable battery conditions
- Open sense lead detection
- Built-in digital voltmeter
- GPIB interface for automated test systems
Applications
- Cellular and cordless telephone design and testing
- Mobile radio development
- Battery charger circuit validation
- RF power amplifier testing in low-power devices
- Rapid device transition testing (standby to high-power transmission)
- Portable device power consumption profiling
Specifications
| Number of Channels | 2 Channel |
| Maximum Voltage | 15 V |
| Maximum Power | 60 W |
| Series | 2300 Series |
Request a quote
Keithley 2306-PJ Dual-Channel Battery/Charger Simulator
Response within 24 hours
No obligation
Direct communication