KOMPETENSI KEAHLIAN TEKNIK AUDIO VIDEO
No Nama Peralatan Merk Tipe Qty Harga Satuan
1 Analog Circuit Training Kit CHOIEO 66968305A 1 78.028.500
2 Digital Circuit Training Kit CHOIEO 66968305B 1 78.028.500
3 Proximity Sensor Training Set SSEDU SR3104 1 215.688.000
4 Portable Solar Power Experiment Box CHOIEO 66969102 1 38.508.000
5 Antenna Trainer Kit SSEDU ZF3201 1 431.376.000
6 Microwave Trainer Module SSEDU ZF3030 1 621.688.500
7 Basic Electronics Trainer SSEDU ZE1110 1 31.719.000
8 Circuit Board Engraving Machine CHOIEO 66968304 1 23.472.000
No Nama Peralatan Spesifikasi Merk Tipe Harga Satuan
1 Analog Circuit Training Kit TRAINING CONTENT CHOIEO 66968305A 78.028.500
Analog Electronics Part
• Usage of commonly used instrument
• Diode characteristic test
• Triode transistor input, output characteristics test
• Transistor single transistor amplifier
• Two-pole amplifier circuit
• Negative feedback amplifier circuit
• Emitter follower
• Field-effect tube amplifier circuit
• Differential amplification circuit
• RC sine wave oscillator
• LC sine wave oscillator
• Operational amplifier parameter testing
• Integrated operational amplifier proportional summation operational circuit
• Integrated operational amplifier integrating and differentiating circuit
• Integrated operational amplifier voltage comparator circuit
• Integrated operational amplifier waveform generator circuit
• Integrated operational amplifier active filter circuit
• Integrated power amplifier
• OTL power amplifier
• Integrated voltage stabilizer
• Series voltage stabilizing circuit
PRODUCT COMPOSITION
1. Dimension: 1500mm×700mm×1600mm (approx.)
2. Working power supply: 220V/50Hz
3. Safety protection: Current mode residual-current circuit breaker, voltage mode leakage protector
4. Training table: Steel and wood structure, iron spraying plastics, wearproof and fireproof panel, equipped with drawer and cabinet for the storage of tools and components. (or aluminum alloy structure optional)
5. Analog circuit experiment part:
(1). Adjustable DC stabilized power supply: 0~30V/1.5A continuously adjustable, automatic shifting, with automatic overload protection and self-recovery function.
(2). Fixed DC stabilized power supply: +5V/3A, ±12V/1A
(3). AC power supply: 18V, 9V, 3V, 0V
(4). Function signal generator: wave form (sine wave, triangular wave, square wave), frequency range: 5Hz~550KHz continuously adjustable, output amplitude: sine wave more than 0-10Vp-p
(5). Frequency meter: measurement range: 1Hz~8MHz, 6-bit digital display, automatic shifting, input impedance ≥1MΩ/20PF, sensitivity
Measuring meter:
(1). Voltmeter: DC200V, class 0.5
(2). Ammeter: DC200mA, class 0.5
(3). Digital multimeter
2 Digital Circuit Training Kit TRAINING CONTENT CHOIEO 66968305B 78.028.500
Digital Electronics Part
• Transistor switching characteristic, clipper and clamper
• Logic function and parameter testing of TTL integrated logic gate
• Logic function and parameter testing of COMS integrated logic gate
• Connection and driving of integrated logic circuit
• Combinational logic circuit experiment
• Decoder and its application
• Data selector and its application
• Trigger and its application
• Counter and its application
• Shifting register and its application
• Pulse distributor and its application
• Self-excited multivibrator
• Monostable trigger and schmitt trigger
• 555 time base circuit and its application
• D/A, A/D converter
• Electronic stopwatch
• Competition responder
• Tug of war game machine
PRODUCT COMPOSITION
1. Dimension: 1500mm×700mm×1600mm (approx.)
2. Working power supply: 220V/50Hz
3. Safety protection: Current mode residual-current circuit breaker, voltage mode leakage protector
4. Training table: Steel and wood structure, iron spraying plastics, wearproof and fireproof panel, equipped with drawer and cabinet for the storage of tools and components. (or aluminum alloy structure optional)
Digital circuit experiment part:
(1). Adjustable DC stabilized power supply: 0~30V/1.5A continuously adjustable, automatic shifting, with automatic overload protection and self-recovery function.
(2). Fixed DC stabilized power supply: +5V/1A, ±12V/1A
(3). Function signal generator: wave form (sine wave, triangular wave, square wave), frequency range: 5Hz~550KHz continuously adjustable, output amplitude: sine wave more than 0-10Vp-p
(4). Frequency meter: measurement range: 1Hz~8MHz, 6-bit digital display, automatic shifting, input impedance ≥1MΩ/20PF, sensitivity
Measuring meter:
(1). Voltmeter: DC200V, class 0.5
(2). Ammeter: DC200mA, class 0.5
(3). Digital multimeter
3 Proximity Sensor Training Set Features : SSEDU SR3104 215.688.000
It will help to understand different kinds of sensor, how it works and characteristics sensors
ON/OFF Proximity inductive sensor:
• Main Supply voltage: 220V -/+ 10%
• Supply voltage: 15-34 Vcc
• Delivered current: 25 Ma
• Activation LED
• Max. detection distance: 5mm
• Contacts: Protection against polarity inversion.
Linear proximity inductive sensor:
Supply voltage: 10-30 Vcc
Delivered current: 0-5 mA
Output voltage: from 0 to 5V
•Activation LED.
•Max. detection distance: 0-6 mm
•Contacts: Protection against polarity inversion.
Proximity capacitive sensor:
•Supply voltage:10-65 Vcc
•Delivered current: 0.2 A
•Activation LED.
•Max. operation distance:
•5 mmContacts: Protection against polarity inversion
Photoelectric through beam sensor:
•Infrared transmitter – transmitter and receiver iseparated devices.
•Supply voltage: 10-36 Vcc
•Delivered current: 200mA
•Activation LED.
•Max. operation distance: 6m
•Contacts: Protection against polarity inversion.
Photoelectric retroreflective sensor:
• Infrared transmitter and catadioptric receiver- transmitter
• and receiver in separated devices.
• Supply voltage: 10-36 Vcc
• Delivered current: 200 mA
• Activation LED.
• Max. operation distance: 2m
• Contacts: Protection against polarity inversion.
Photoelectric diffuse reflective sensor:
• Infrared transmitter – transmitter and receiver integrate in the same device.
• Supply voltage: 10 – 30 Vcc
• Delivered current: 150 mA
• Activation LED.
• Max. operation distance: 30cm
• Contacts: Protection against polarity inversion.
• The system is modular and may be configured accordingwith the teacher’srequirements.
• Each sensor module is provided withsafety terminalsØ=4mm for the PLC connection. Optional DIMENSIONS AND WEIGHT: 710x480x40 mm – 12 Kg.
4 Portable Solar Power Experiment Box Features : CHOIEO 66969102 38.508.000
• This trainer is composed of training model and experiment box. • The training model consists of monocrystalline silicon solar panel and simulative light source. The position
of solar panel and the light intensity of simulated light source are both adjustable. • All units are modular and open type designed, which is clear and convenient to operate. • The experiment box is made of thickened aluminum alloy frame and epoxy resin board, with high crushing
resistance and good insulation characteristic.
> TRAINING CONTENT
• Solar panel characteristic training
• Solar power controller training
• Solar power grid-off inverter training
• Comprehensive solar power application training
> TECHNICAL PARAMETERS
1. Power supply : AC 220V±10%, 50Hz
2. Power consumption: ≤ 500W
3. Dimensions: 620mm × 425mm × 180mm (experiment box)
4. Weight: 15kgs (approx.)
>CONFIGURATION
1. Training module: 15W monocrystalline silicon solar panel (35cm×30cm) and spotlight are adopted so that the experiment can be conducted indoors. The distance between solar panel and light source can be adjusted by aluminum guide rail. The intensity of simulated light source is adjustable, which is convenient for student to test the characteristic of solar panel.
2. Digital display: provided with two transformers (input 220V, output four -way AC9V) (1). Charging ammeter: DC0~2A, power supply AC220V
(2). Charging voltmeter: DC0~30V, power supply AC220V
(3). DC load ammeter: DC0~5A, power supply AC220V
(4). DC load voltmeter: DC0~30V, power supply AC220V
(5). Inverter AC ammeter: AC0~1A, power supply AC220V
(6). Inverter AC voltmeter: AC0~250V, power supply AC220V
3. Solar power controller (with RS232 to USB communication cable): designed with data acquisition and software monitoring function. LCD system charging/discharging animation display. Maximum working current 64A, overcurrent 65A for 1 minute, short circuit ≥180A with instantaneous protection, suitable for battery of 12V, 24V, 48V, 72V (plumbic acid/Lithium-ion/Iron-ion storage battery).
4. Dot matrix module: provided with 8 pcs dot matrixes (8*8). Each adopts two 74HC138 as the row scanning driver, two 74H5C95 as column scanning driver. DC5V power supply and 51 microcontroller are adopted as the minimum system.
5. Storage battery: 12V, 7.2AH lead-acid battery
6. Load module: Provided with built-in AC/DC inductive/resistive load.
(1). Inductive load: DC12V fan, AC 220V fan
(2). Resistive load: DC12V LED lamp, DC12V indicator, AC220V LED lamp, AC220V indicator
(3). Universal load: 10Ω~99.99KΩ variable resistance box
7. Single phase grid off inverter: 100W, single phase sine wave inverter.
5 Antenna Trainer Kit Antenna transform electrical signal transmitted by transmitting equipments to electrical wave radiating to space, or receives electrical wave of space to electrical signal received by transmitting equipments. The maxi antenna, like satellite antenna which can receive and launch waves and signal, is up to several meters, the small ones, only several cm, like mobile phone antenna, and antenna is indispensable in radios. Size of antenna we choose depends on your applications, needs and band complexly. Unconfirmed direction radioed by antenna, free space forms a bond of three-dimensional beam. For example, the three-dimensional beam of half-wave oscillator like the shape of apple recesses along the direction of oscillator even reduces to nothing, but it is not convenient to show it by three-dimension wave. So it is suitable to show it by two profiles. Now, we can let half-wave oscillator coincide with Z-axis through the spherical coordinate which is in common use. When the center of the oscillator is down to the origin, two profiles are drawn completely. At azimuth, the profile of three-dimensional wave is a round, showing as diagram(a), the vertical ripped along Z-axis is the shape of “8”, showing as diagram(b). Due to drawing of the verity is a not function Ö , so three-dimension wave is symmetrical body which rotate around Z-axis SSEDU ZF3201 431.376.000
Antenna is for turning electrical signal of transmitting equipment into radio wave and radiating
to space, or in turn, for turning the receiving space radio wave into electrical signal and sending to receiving equipment, it is an integral part of the radio equipment, Max. Length of antenna can be antenna of satellite transmitting and receiving of dozens meters, Min. Length of antenna can be mobile phone antenna of a few centimeters. It is depending on its
application, requirement and frequency band to determine synthetically.
Radiation of antenna in all directions is usually uncertain, free space forms a threedimensional beam, for example, three-dimensional beam of half-wave dipole is like an apple, radiation along the direction of vibrator is recessed, even it is small to zero, the way to use three-dimensional wave to indicate is inconvenient. So to use two profiles to indicate is appropriate, let us use the usual spherical coordinates to let the half-wave dipole go coincide with the Z axis, the center is original point, which makes two profiles easy to draw, in the azimuth plane (i.e., in the XOY plane or plane of θ = 90 °) , the profile of three-dimensional beam is circular as shown in figure (a), but splitting along the Z-axis, the vertical directional diagram is shape of “8” as shown in figure (b), due to the vertical directional diagram is not a function of Φ, the three-dimensional beam is symmetric body, which rotates around Z-axis.
6 Microwave Trainer Module Training system contains the full experiment required instruments and spare parts:1 workbench, 1 function generator, 1 spectrum analyzer, 1 DC power, 1 frequency meter, 1 signal source, it can do 20 experiments. SSEDU ZF3030 621.688.500
Detailed technical data I.Overview RF teaching practice system mainly for the colleges and universities to communication engineering, electronic engineering, microwave electronic circuit, microwave technology, and other professional experiment teaching and curriculum design, graduation design, students' secondary development and design. RF teaching practice system during the RF signal generation and transformation, mixing, filtering, amplification, emission, transmission, reception, demodulation process, so that students can learn more about 1 GHz frequency within RF system of basic structure, working principle, simulation analysis, testing instrument and measuring skill knowledge, mastery of time domain and frequency domain, the transmission line, wave propagation and antenna, RF module and radio frequency communication and other basic concepts, and learn to use important RF test instrument.
RF teaching practice system adopts the modular structure design, flexible connection mode for training of experimental training provides a very convenient, flexible assembly, satisfied the various institutions of the experimental teaching requirements, and more exercise the student's beginning ability, thinking ability and innovation ability, in addition, the system module circuit all adopt the microstrip circuit design, can be clearly observed all microstrip circuit structure; Transparent organic glass plate application, make each module legerity, beautiful, and can be integrated in an instrument box, easy to carry and transportation. RF teaching practice system include the following parts: camera, TV modulator, mixer, RFamplifier, VCO, phase lock loop, antenna, intermediate frequency amplifier, image demodulator, display, 10 dB directional coupling can form a video image transmission system. Image signal after amplitude modulation (am) and the frequency conversion, the antenna launch out, the image signal by receiving after demodulation can let a person intuitive, real-time see clear image. All, video system in a complete set of system plays a very important role. This system also includes RF wireless communication system, need to use an oscilloscope can see is the reduction of emission signal. At the same time, the system of single module can also be used to design students experimental validation and students' secondary development, therefore, this system not only pay attention to the cultivation of students' theoretical knowledge more attention to the beginning ability training. And other radio frequency and microwave experiment system is different, this training system mainly based on frequency domain technology and spectrum measuring instrument. To do so mainly has the following two considerations: first of all, the radio frequency communication, sensor, signal processing such as the most important sector, the frequency domain contains a lot of inconvenience in time domain or is difficult to measure the important information, by the use of high sensitivity and wide dynamic range of spectrum analyzer, Can be very convenient measuring low level amplitude modulation, frequency modulation and pulsed radio frequency signal. And can be used to measure the carrier frequency, modulation frequency, modulation level and modulation distortion; Also can easily detect converter pieces of frequency conversion loss, isolation degree and distortion characteristics;
7 Basic Electronics Trainer I. Technical parameter: SSEDU ZE1110 31.719.000
1. Power
Input: AC220V±10%
Output:（1）DCV ，±12V/0.2A,DCI≥0.2A（2）DCV，±5V/2A,DCI≥1A
2. Signal source
（1）function generator
output wave shape: Square wave triangle wave sine wave
Amplitude: square wave triangle wave sine wave : (0 ~ 10 V for peak-peak)
Frequency range: it can be divided to 4 range: 0HZ～200HZ, 200HZ～10KHZ, 10KHZ～100KHZ, 100KHZ～200KHZ
（2）DC signal, double way, ±5V, ±0.5V, it can be adjust continuously
3. supply 4 single pulse generator
4. Four ways （T1, T2, T3, T4） sequence generator, and start and stop circuit
5. 1HZ～10MHZ pulse output
6. 12 ways switch output display circuit
7. 6 bits 7 segment LED displayer
8. 2 ways BCD code switch
9. The system has many 8P～40P common round hole, IC experiment circuit plug and socket, with resistor for 1K, 10K, 22K, 100K, 680K etc. and contact safety socket, it can connect resistor, capacitor, it can do pulse experiment, digital circuit experiment, logic circuit and many basic experiment.
10. 555 timer base circuit with audio output control
11. Six high precision digital frequency meter, test range: 0-9.9999MHZ error range: <1HZ（it is designed by CPLD chip）
12. Supply with 3 and a half digital voltage meter
13. It has potentiometer group and resistance capacitance and inductance diode electronic component, and easy for students to use.
14. Analogue circuit experiment zone is made of single pipe two pipe differential amplifiers and integrated op-amp rectifier voltage filter of circuits, etc
15. Experiment area use metal needle, use a medium sized hole, never oxidation, beautiful and beautiful, practical strong, experiment with wires plug metal paint process, inserted more convenient, more reliable contact, and long service life
II. Experiment content
Digital part experiment contain:
1．TTL logical gate parameters test and use
2．CMOS Integration logic gate of the test
3．Gate circuit logic function test
4．Common combination logic function components test
5．Data collect and application
6．Blood type relationship detection circuit and voting circuit
7．RS function of the trigger and test
8．JK trigger logic function and main parameters test
9．The shift register function test
10．Decade computer（CMOS）
11．Asynchronous counter
12．Synchronous counter
13．Count decode display circuit experiment
14．555 Integrated timer and application
15．Sequential detector
16．Follow type is A/D conversion circuit
17．Artificial control traffic light controller
18．Automobile tail light control circuit
19．Digital circuit design
20．Timing circuit testing and research
21. Wave shape generate and monostable trigger
22. A/D convert circuit
23. D/A convert circuit
Analog part experimental contents:
1, Rectifier voltage filter and parallel circuit
2, Series voltage stabilizing circuit
3, Integrated voltage stabilizing circuit
4, Integrated power amplifier
5, Complementary symmetry power amplifier
With bread board and expand chip
8 Circuit Board Engraving Machine Features : CHOIEO 66968304 23.472.000
• There are three bread boards for experiment extension, students can plug resistor, capacitor, diode, audion or stabilivolt into it for course design.
• The circuit schematic diagram is printed on the surface of circuit board, students can build the experiment circuit by referring to it.
• Most of the components and parts are installed on the the obverse side, so as to increase the students' understanding of the circuit.
> EXPERIMENTS
• Logical function and testing of gate circuit
• Combinational logic circuit
(half adder, full adder, logical operation)
• Flip-flop experiment I (R-S, D, JK)
• Flip-flop experiment II (three state output flip-flop, latch)
• Testing and research of sequential circuit
• Integrated counter and register experiment
• Decoder and data selector experiment
• Waveform generator and monostable trigger
• 555 time base circuit experiment
> FEATURES
1. All the connection jack are gold-plated and fixed on the circuit board by welding, which is oxidation resisting and convenient for connection or maintenance.
2. The box is made of lead alloy with light weight and good insulating property.
> PRODUCT COMPOSITION
1. Power
1). Input: AC 220V±10%, 50Hz
2). Output: DC ±12V/0.3A, 5V/2A
2. Two groups of manual monopulse circuit: Positive and negative pulse output, pulse amplitude: TTL level
3. Continuous pulse source: 0~1MHz
4. Six-way fixed-frequency pulse source: TTL level output: 1KHz, 10KHz, 100KHz, 250KHz, 500KHz, 1MHz 5. Timing sequence pulse generating circuit and start-stop control circuit
1). Four way pulse signals
2). Pulse period same as the clock signal input
3). One clock input period difference between four pulse signals in sequence
6. Six-bit high precision digital frequency meter: 0~9.9999MHz, error<1Hz
7. Sixteen-bit logic level entry switch
1). Low level '0' input
2). High level '1' input (positive logic)
8. Sixteen-bit logic level indicator
1). Low level '0' : light off
2). High level '1' : light on
9. Nixie tube display
1). Four-bit BCD decoding display circuit, which is made of seven-segment LED nixie tube
2). One-bit seven-segment LED nixie tube
3). For experimental display, such as digital clock, calendar and so on.
10. Logic pen
1). Red: high level
2). Green: low level
3). Orange: high resistance
11. Four changeable potentiometers: 1K, 50K, 100K, 680K
12. Open experimental area
1). 40-core locking socket, 4pcs
2). 20-core locking socket, 6pcs
3). 8-core~40-core pluggable IC
4). Bread board, 3pcs (for plugging of components like resistor, capacitor, diode, audion, stabilivolt)
Untuk
pemesanan atau informasi silahkan hubungi alamat kontak kami :
CV.ASAKA PRIMA | DUTA MEDIA GROUP.
PERCETAKAN & DISTRIBUTOR ALAT LAB & PERAGA PENDIDIKAN.
Jl.Maulana Hasanudin No.52 Cipondoh - Kota Tangerang
PERCETAKAN & DISTRIBUTOR ALAT LAB & PERAGA PENDIDIKAN.
Jl.Maulana Hasanudin No.52 Cipondoh - Kota Tangerang
Cabang : Ruko Pondok Permata No.1, Jl.
Raya Tanggul, Rajeg Mulya, Rajeg, Tangerang, Banten 15540
021 5570 1397
021 5570 2265
0813.1019.7873
WA.0812.1236.8589
WA.0877.7432.4146
0813.8053.7399
www.asakaprima.net
asakaprima@gmail.com
021 5570 1397
021 5570 2265
0813.1019.7873
WA.0812.1236.8589
WA.0877.7432.4146
0813.8053.7399
www.asakaprima.net
asakaprima@gmail.com
