Feature

●1. Handheld design, easy to use, foldable back rack placed on the table.
●2. Delicate touch, good impact resistance, long working time, get rid of cable trouble.
●3. Strong performance, stable operation, friendly interface.


Description

1. The mirror adopts high quality tempered glass, high transparency and easy to clean.
2. Hd screen, let the operation and data see more clearly, give you a better experience.
3. Small size, save electricity. Ergonomic design, small size, portable.
JDS2012A Oscilloscope parameters
Oscilloscope Technical Specifications:
Maximum sampling rate: 200MSa / S
Channels: 1
Bandwidth: 20MHz (can be measured 33MHz)
Vertical Resolution: 8 bits
Input range: 10mv-5v; 100mv-50v (probe X10) (1,2,5 steps)
Vertical Accuracy: + / -3%
Impedance: 1M 25pF
Coupling: AC
Display mode: Y-T
Input voltage: 40v (probe X10); 400v (probe X10) 220v voltage can be measured; (probe X100) 2000v voltage can be measured
Time Base Range: 10ns-50ms (1,2,5,5 step) 100ms-5s (Scan scan)
Memory Depth: 2K
Modes: Auto, Normal and Single
Type: rising edge, falling edge
Automatic detection: Support (50Hz-40MHz)
Measurement: peak to peak and frequency
Cursor: Cursor support time and voltage
Screen: 3.2-inch, 16-bit true color, TFT, 320 * 240
Battery: 3000 + mA lithium battery (single cell about 7 hours of continuous work)
Size: 202 * 100 * 35 (mm)
Multimeter Technical Specifications:
Full-scale reading: 4000 count
voltage: 400mv/4.000v/40.00v/400.0v/1000v 5 files
AC voltage: 400mv/4.000v/40.00v/400.0v/750v 5 files
Resistance measurement:400.0/4.000K/40.00k/400.0k/4.000m/40.00m 6 files
Capacitance measurement: 51.20nF/512.0nF/5.120UuF/51.20uF/100uF (30Sec) 5 files
Off detection: less than 60 when the buzzer alarm
Diode measurements: 0v-1.5v
JDS2022A Oscilloscope parameters
Input
Input coupling AC
Channel 2
Display mode X-Y;Y-T
The input impedance 1M 25pF
The maximum input voltage 40V(Probe X1);400V(Probe X1);2000V(Probe X100)
Probe attenuation 1X,10X
Attenuation setting 1X,10X,100X
Signal acquisition system
Sampling method Real time sampling