ZK-PP1 1Hz - 150kHz Sinyal Jeneratörü Pwm Pulse

ZK-PP1 1Hz / 150kHz Kare Dalga Sinyal Jeneratörü Pwm Pulse

     1-150khz arasında kare dalga üretici modül. 2 adet frekans ayarlama butonu bulunmaktadır. 2 adette duty ayarlama butonu bulunur. Pwm ve Puls modunda çalışabilir.

Özellikler:

•     Çalışma voltajı: DC  3.3V / 30V
•     Besleme ters bağlantı koruması
•     Kaliteli büyük lcd ekran gösterge
•     1 Kanal sinyal çıkışı
•     Pwm yada pulse modunda çalışabilme
•     Frekans aralığı:  1Hz / 150kHz
•     Frekans ayarlama Fonksiyonu
•     Duty ayarlama Fonksiyonu
•     Ayarların hafızada kayıt edilmesi
•     Çıkış akımı: 30mA
•     Duty aralığı: % 0 / 100
•     Kare dalga sinyal jeneratörü
•     Gecikme zamanı:0.000s / 9999s
•     Puls genişliği:  0.000s / 9999s
•     Pwm ayarı
•     Frekans hassasiyeti: %2
•     Zaman hassasiyeti:1ms
•     RS232 TTL haberleşme Hızı 9600bps
•     Çalışma sıcaklığı: -20C / +70C
•     Ölçüler: 60mm x 32mm

 1.Description:

     ZK-PP1 signal generator is a device that provides electrical signals at a variety of frequencies, square wave,pulse and output levels.It supports dual mode:PWM mode and PULSE mode.It is used as a signal source or excitation source for testing.Widely used in production practice and technology.

2.Features:

• Dual mode:PWM mode and PULSE mode
• LCD high definition display
• Support frequency adjustment
• Support duty cycle adjustment
• High precision detection
• Support power-down memory function
• 1-Channel signal output
• Support reverse protection

3.Parameters:

• Product name: ZK-PP1 PWM Signal Generator
• Model: ZK-PP1
• Work voltage:DC 3.3V-30V
• Frequency range:1Hz~150KHz
• Frequency accuracy:2%
• Duty cycle range:0.00%-100%
• Output Current:About 30mA
• Number of pulses:1~9999 or Infinite
• Delay time:0.000s~9999s
• Pulse width:0.000s~9999s
• Time accuracy:1ms
• Output amplitude:Same to input voltage
• Work Temperature:-40℃~85℃
• Work Humidity:0%~95%RH
• Size:60*32*13.5mm

4.Work Mode:

• 1>.PWM Mode:Frequency,Duty cycle
• 1.1>.It is PWM mode when display ‘%’.
• 1.2>.The factory default mode is PWM mode.
• 1.3>.Button FREQ+ and FREQ- are used to setting output frequency.User can short press by set value in minimum unit or keep press to continuous setting. Frequency range is 1Hz to 150KHz.
• 1.4>.Button DUTY+ and DUTY- are used to setting output duty cycle for frequency.User can short press by set value in minimum unit or keep press to continuous setting. Duty cycle range is 0.00% to 100%.
• 1.5>.Short press button ‘STOP’ to enabled or disabled output.It is enabled output when display symbol ‘OUT’ on left.It is disabled output if no display symbol ‘OUT’ and module will output 0V.
• 1.6>.The default factory frequency is 1KHz and the duty cycle is 50%.
• 1.7>.Switch work mode:Keep press button ‘SET’ about 6 second.The it is enter into PULSE mode if symbol ‘%’ disappear on right.
• 2>.PULSE Mode:Pulse width,Delay,Pulse number
• 2.1>.It is PWM mode without display symbol ‘%’.
• 2.2>.Button P+ and P- are used to set time for positive pulse width.Displayed on the first line.Set time range is 0.000s~9999s.
• 2.3>.Button N+ and N- are used to set time for negative pulse width time.Displayed on the second line.Set time range is 0.000s~9999s.
• 2.4>.Short press button ‘STOP’ to enabled or disabled output.It is enabled output when display symbol ‘OUT’ on left.It is disabled output if no display symbol ‘OUT’ and module will output 0V.
• 2.5>.The default factory positive pulse width is 0.5 seconds, and the negative pulse width is 0.5 seconds.
• 2.6>.Long press button ‘SET’ for 2 seconds to enter into set the number of pulses and delay time.Screen will display symbol ‘SET’ at lower left corner.Note:Once in this mode,the output will be disabled and output pulse will be cleared.
• 2.7>.Button P+ and P- are used to set delay time.Set time range is 0.000s~9999s.
• 2.8>.Button N+ and N- are used set the number of pulses.Set range is 1~9999 or Infinite.
• 2.9>.The factory default delay time is 0 seconds, and the number of pulses is infinite (display ‘----’).
• 2.10>.Automatic return to pulse interface by press button ‘SET’ for 2 seconds.
• 2.11>.Short press button ‘STOP’ to delay the set time and start output the set number of pulses.
• 2.12>.It will automatically output 0V if the number of pulses is sent.The output will be disabled and clear pulse numbers if press button ‘STOP’ during output.
• 2.13>.The number of set pulses is output each time when module power on.

5.Practical application:

• PWM output 20KHz,60% : Select PWM mode.Set frequency to 20.00 and duty cycle to 060%.
• Output turn ON 0.6s,OFF 0.2s,infinite loop : Select PULSE mode.Set positive pulse width to 0.600 and negative pulse width to 0.200.Delay time to 0.000.Number of pulses to ‘----’.
• Delay 5s after power ON or press ‘STOP’ button.Then output turn ON 0.6s,OFF 0.2s,infinite loop : Select PULSE mode.Set positive pulse width to 0.600 and negative pulse width to 0.200.Delay time to 5.000.Number of pulses to ‘----’.
• Delay 5s after power ON or press ‘STOP’ button.Then output 10ms high level signal,10ms low level signal,cycle 100 times : Select PULSE mode.Set positive pulse width to 0.010 and negative pulse width to 0.010.Delay time to 5.000.Number of pulses to 0100.
• Delay 5s after power ON.Then keep output : Select PULSE mode.Set positive pulse width more than 0(any value) and negative pulse width to 0.000.Delay time to 10.00.Number of pulses to ‘----’.

6.Use steps:

• Connect to power supply.
• Select work mode as following manual.
• Short or long press button ‘FREQ+’ or ‘FREQ-’ to set parameter.
• Short or long press button ‘DUTY+’ or ‘DUTY-’ to set parameter.
• Connect to load.

7.Application:

• Square wave signal generator, generating square wave signal for experimental development
• Used to generate a square wave signal that controls the motor driver
• Generate adjustable pulses for use by the MCU
• Dimmer
• Speed governor

8.Note:

• It’s 1-channel signal output signals.
• Its maximum output current is 30mA.Therefore it cannot directly drive high-power devices.
• Please read use manual and description before use.