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General| Brand | NewAE |
|---|---|
| Model | CHIPSHOUTER CW520 |
| Category | Test Equipment |
| Language | English |
Details general operating parameters such as power supply, dimensions, weight, temperature, and humidity.
Describes serial interface, trigger inputs, and waveform monitor connections and specifications.
Details voltage range, charge rate, charge energy, and measured voltage accuracy.
Covers pulse width range, resolution, jitter, and repetition count for basic pulse generation.
Details pulse width resolution, time-steps, total pulse width, and output state for patterns.
Provides specifications for delay and width jitter related to hardware trigger inputs.
Describes the SMA connector for injection tips, its connection to chassis ground, and the SMA saver.
Provides instructions on how to attach and remove SMA connectors, emphasizing proper technique and torque.
Details the SMB connector as a hardware trigger input, its speed, and signal level compatibility.
Explains the RJ12 port for asynchronous serial control, its pinout, and connection to a computer.
Specifies the DC power jack type, voltage, and current draw of the ChipSHOUTER during different operational states.
Describes the connectors for monitoring voltage and current output via oscilloscope probes.
Explains the difference between generated and inserted pulses due to tip saturation and physical limits.
Details the internal switching between active-high and active-low trigger modes for flexibility.
Generates single or multiple pulses with relatively large spacing between them.
Generates complex patterns with multiple pulses and delays, offering shorter time resolution.
Covers faults related to temperature sensors not communicating or trigger frequency issues.
Explains the fault detected when the connection to the SMA connector is lost.
Details over-temperature conditions detected by sensors and automatic shutdown behavior.
Describes the fault that occurs when the device is triggered while disarmed.
Explains errors related to using external triggers for short pulses due to capacitor bank limitations.
