Use FREQ+/- or DUTY+/- to modify the highlighted parameter. Start: Press ON to start the pulse sequence. 5. Typical Application Scenarios
Are you planning to use the ZK-PP2K for or for testing automotive components like fuel injectors?
"I didn't have the map," Elias grunted, reading ahead. The manual was brutally specific. It required a tool—specifically, a 4mm pin punch—to hold the sear in place while the slide was reattached.
The output signal voltage matches the input supply voltage. If you need a 5V logic signal, you must power the ZK-PP2K module with exactly 5V DC.
Elias looked at the manual again. There was a footnote in red text at the bottom of the page: NOTE: In the absence of standard tooling, the tip of a standard .40 caliber round can be used to depress the sear mechanism.
Pulse mode provides exact control over high/low states, execution delays, and total cycles.
Connects to your DC power supply (3.3V–30V).
DC 3.3V–30V with anti-reverse protection. Frequency Range: 1Hz to 150KHz.
is a versatile, high-power PWM (Pulse Width Modulation) and pulse signal generator. Unlike lower-powered signal generators, this "2K" model features a built-in MOS switch capable of driving loads like motors, LEDs, and solenoid valves directly up to
Short-press the encoder to toggle between and Duty Cycle . Rotate the dial to set your target values.
The ZK-PP2K distinguishes itself from standard signal generators by incorporating a high-current MOS switch-tube output. This eliminates the need for an external relay or transistor buffer when driving heavy inductive or resistive loads.
Used for creating specific, timed pulse trains (e.g., controlling a stepper motor driver or triggering a solenoid).
In either mode, press the button until the frequency (F) value flashes. Use Up/Down buttons to set the desired frequency.
This mode delivers a precise number of pulses after a set delay.
Use FREQ+/- or DUTY+/- to modify the highlighted parameter. Start: Press ON to start the pulse sequence. 5. Typical Application Scenarios
Are you planning to use the ZK-PP2K for or for testing automotive components like fuel injectors?
"I didn't have the map," Elias grunted, reading ahead. The manual was brutally specific. It required a tool—specifically, a 4mm pin punch—to hold the sear in place while the slide was reattached.
The output signal voltage matches the input supply voltage. If you need a 5V logic signal, you must power the ZK-PP2K module with exactly 5V DC. Zk-pp2k Manual
Elias looked at the manual again. There was a footnote in red text at the bottom of the page: NOTE: In the absence of standard tooling, the tip of a standard .40 caliber round can be used to depress the sear mechanism.
Pulse mode provides exact control over high/low states, execution delays, and total cycles.
Connects to your DC power supply (3.3V–30V). Use FREQ+/- or DUTY+/- to modify the highlighted parameter
DC 3.3V–30V with anti-reverse protection. Frequency Range: 1Hz to 150KHz.
is a versatile, high-power PWM (Pulse Width Modulation) and pulse signal generator. Unlike lower-powered signal generators, this "2K" model features a built-in MOS switch capable of driving loads like motors, LEDs, and solenoid valves directly up to
Short-press the encoder to toggle between and Duty Cycle . Rotate the dial to set your target values. Typical Application Scenarios Are you planning to use
The ZK-PP2K distinguishes itself from standard signal generators by incorporating a high-current MOS switch-tube output. This eliminates the need for an external relay or transistor buffer when driving heavy inductive or resistive loads.
Used for creating specific, timed pulse trains (e.g., controlling a stepper motor driver or triggering a solenoid).
In either mode, press the button until the frequency (F) value flashes. Use Up/Down buttons to set the desired frequency.
This mode delivers a precise number of pulses after a set delay.