1. It is possible to record or output test results by connecting to a PC through the RS232C port.
2. Basic operation experiments and circuit design of various electronic circuits are possible.
3. Since they are interconnected on the bread board, various exercises are possible without soldering.
4. Logic level is displayed by 8 two-color LEDs.
1) Power supply
① POSITIVE DC variable power: 3V, 5V, 6V(0.7A),9V,12V,15V(0.4A)
② NEGATIVE DC variable power: 3V, 5V, 6V(0.7A),9V,12V,15V (0.4A)
③ DC fixed power: DC 5[V] 1[A]
④ DC fixed power: DC ±12[V] 0.5[A]
⑤ AC fixed power: AC 15[V] Onion 0.1[A]
2) Oscillation part
① Sine wave : 10[㎐] ～ 100[㎑] 4 RANGE
② Triangle wave : 10[㎐] ～ 100[㎑] 4 RANGE
③ Square wave : 10[㎐] ～ 100[㎑] 4 RANGE, pulse width variable
3) Logic indicator
① H(=RED) and L(=GREEN) indicator by 2COLOR LED — 8
* LED off in FLOATING status
4) HEXADECIMAL DISPLAY
① 0~9 and A~F by 7 segment indicator 8421 binary Decode the input and display
② 2 Digit Anode / Cathode selection switch
5) Logic input
Logic switch: Manual pulse without chattering, positive and negative pulse output possible– 2 sets
6) Circuit element
① Variable resistor: 1 kΩ, 100 kΩ — 1 each
② Speaker: 8Ω/1W — 1 unit
③ SPDT switch : 3 positions can be set — 1 pc
④ BNC I/O conversion jack — 1 pc
7) Digital Frequency Counter
Audio Generator frequency indication
8) Digital Volt Meter
measurement range : 0.2~20[V]
9) Connect RS232C Port
DVM output, logic indicator, and HEXADECIMAL DISPLAY output to PC Measurement
result indication by monitoring program
9) Monitoring Software
① Real-time measurement function
② Graph display function
③ File saving and recall function
④ Output result printer function
10) Bread Board
Socket Tie-Point : 1260point
Bus Tie-Point : 300point
11) Input Power
AC 220[V], 50/60[㎐]
12) Accessories
① Instruction manual: 1 copy
② MMI Softer ware (MV-1100): 1 set
③ Power cord wire: 1 pc
④ Disconnection for circuit wiring: 1 set
⑤ Spare fuse 0.5[A]: 1