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Selasa, 24 Februari 2015
Data Acquisition System/ Virtual Instrumentation System
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Telephony Systems Trainer
INTRODUCING
The term digital commutation is directly
related with the communication (or connection) networks. Formerly, any
communication established through a switch station occupied a physical
path separate from the rest, by means of a matrix of cross points,
mechanically implemented (spatial commutation). Thanks to the
development of the digital technology, the electromechanical networks
have been replaced by electronic circuits, based on the digital (or
temporal) commutation. The CODITEL trainer is based on a digital or
temporal commutator enabling the study of emission in any order on the
channels of an outlet multiplex. The samples that are shown in a certain
order, on channels of an inlet multiplex.
DESCRIPTION
CODITEL is a digital circuit commutation
unit for didactic purposes. Its structure is like a temporal commutator
structure with two MIC ways, one
inlet way and one outlet way. Basically, it follows the recommendation of the CCITT and of Telephony.
This trainer consist of the following parts: interfaces (connection with the outer world), internals, digital connection network and control system:
Interfaces:
It consists of four user line circuits, two lines for tone terminals (multifrequency) and two lines for pulse terminals (decadic), made in different ways:
The multifrequency circuits are hybrid integrated circuits carrying out all the basic functions of a line circuit.
The decadic circuits, where all their structure is mounted discrete components.
The four line circuits are compatible with commercial user apparatus.
Internals:
The trainer has four number receiver, two of them are pulse receivers (decadic) and the other are tone receivers (DTMF), assigned to a specific line. It
has a time base that supplies the appropriate temporization for the whole system and a digital tone generator.
Digital connection network:
The connection network is a temporal commutation matrix, made with memories. Its architecture is like the one with a sequential writing and
asynchronous reading commutator.
Control system:
The control is carried out by a program stored in the computer (PC), and it is executed under the windows operating system 2000 or higher.
The communication between the computer (PC) the interface through serial RS232 protocol.
inlet way and one outlet way. Basically, it follows the recommendation of the CCITT and of Telephony.
This trainer consist of the following parts: interfaces (connection with the outer world), internals, digital connection network and control system:
Interfaces:
It consists of four user line circuits, two lines for tone terminals (multifrequency) and two lines for pulse terminals (decadic), made in different ways:
The multifrequency circuits are hybrid integrated circuits carrying out all the basic functions of a line circuit.
The decadic circuits, where all their structure is mounted discrete components.
The four line circuits are compatible with commercial user apparatus.
Internals:
The trainer has four number receiver, two of them are pulse receivers (decadic) and the other are tone receivers (DTMF), assigned to a specific line. It
has a time base that supplies the appropriate temporization for the whole system and a digital tone generator.
Digital connection network:
The connection network is a temporal commutation matrix, made with memories. Its architecture is like the one with a sequential writing and
asynchronous reading commutator.
Control system:
The control is carried out by a program stored in the computer (PC), and it is executed under the windows operating system 2000 or higher.
The communication between the computer (PC) the interface through serial RS232 protocol.
SPECIFICATIONS
- CODITEL. Trainer:
System is mounted on a desktop box. Diagram in the front panel of the unit with the same structure as the real hardware. Provides access to all main signals. Follows all the recommendations of CCITT (Cosultive Comitte International Telephony and Telegraphy). Structure is based on the standard for digital commutation systems. Time division multiplexing(TDM) and Pulse code Modulation (PCM) principles. Communication based on a temporal commutator that supports up to fifteen complete internal communications with two MIC ways, one inlet way and one outlet way. Standard MIC system of 32 channels with dynamic assignament and frame
synchronization. 30 channels used for voice transmission and 2 used for signalling and synchronism. Signal conversion using standard codec, 8 KHz of sample rate, 8 bits per sample and 64Kb/s per channel and 2,048 Mb/s system frame. Internal hardware consists of two electronics boards: an analog board with all integrated and discrete analog elements and a digital board based on FPGA technology.
Structure integrated with all the internal common elements in a telephone system:
subscriber´s line, tone generator, base of times, filtering stage, switching matrix, number decoders and control memory. Two subscriber`s lines implemented with discrete elements (hybrid coils, ring circuit, supply circuit). Two subscriber`s lines implemented with integrated elements Subscriber`s Line Interface Circuits (SLIC). Functions as battery feed, overvoltage protection, ringing, coding and decoding, supervision, signalling, 2-4 wires conversion and test( BORSCHT functions) covered, in each line. High precision digital tone synthetizer 400 Hz (dial invitation tone, call recapturing tone and busy tone) using Direct Digital Synthetizer (DDS). Four commercial receptors (telephones), two used for signaling by pulses and other two for tones or Dual Tone Multi Frequency Signalling (DTMF). Switching memory matrix, control memory and base of times implemented with FPGA technology with high stability and fiability. Standard RS232 protocol for communication between the PC and the trainer. - CODITEL/CCSOF. Computer Control and Graphic Visualization Software:
Compatible with actual Windows operating systems. It is executed under windows operating system 2000 or higher. Compatible with the industry standards. In combination with the hardware, Coditel Software is supplied with the system. Coditel software has a user friendly graphical interface that provides totally control and visualization of the telephone system. - Cables and Accessories, for normal operation.
- Manuals:
This unit is supplied with 8 manuals: Required Services, Assembly and Installation, Interface and Control Software, Starting-up, Safety, Maintenance, Calibration & Practices Manuals.
GPS Trainer
SPECIFICATIONS
This EGPS trainer will provide a basic
understanding of the GPS Fundamentals, Satellite & Design Aspects of
GPS Receiver by actually connecting to the Satellite by GPS Antenna.
- Metallic box.
- Power Supply.
- GPS Unit.
- Serial Cable M/F.
- Mains lead.
- GPS Antenna.
- Software CD.
- PC Interface - RS232 Port.
- Cables and accessories, for normal operation.
Manuals:
This unit is supplied with 8 manuals:
Required Services, Assembly and Installation, Interface and Control
Software, Starting-up, Safety, Maintenance, Calibration & Practices
Manuals.
APKAL 45 Multimeter, Analog
Untuk pengukuran tagangan arus dan hambatan. Dapat juga untuk
pengecekan kesinambungan penghantar yang ditandai dengan indikator LED.
Dilengkapi dengan pengatur nol Ohm dan sekring pengaman.
Batas ukur:
- Tegangan DC
- Skala: 0 - 0,5 - 2,5 - 10 - 50 - 250 - 1000 V
- Akurasi: 4% (pada skala penuh)
- Sensitifitas: 20 kΩ/v
- Tegangan AC
- Skala: 10 - 50 - 250 - 1000 V
- Akurasi: 5% (pada skala penuh)
- Sensitifitas: 9 kΩ/v
- decibelmeter: -10 s/d +50dB 0 dB = 1 mw/600 Ω
- Kuat arus DC
- 50 μ - 2.5 m - 25 m - 250 mA (10 A)
- Akurasi: 4% (pada skala penuh)
- Tegangan jatuh: 750 mV 50 μA Skala: 0,1 V
- Hambatan
- ×1, ×10, ×100, ×1 k dan × 10 k Ω.
APFGE 13 Tangki Riak, dengan Stroboskop Digital
Merupakan pengembangan dari Tangki Riak FGE 12 dengan menggunakan teknologi stroboskop digital.
Unit Stroboskop Digital (PWM 145) memiliki fitur:
- Indikator digital untuk menunjukkan frekuensi gelombang.
- Mode sinkronisasi cahaya dan gelombang. Pada mode sinkron, frekuensi strobo dan gelombang
- permukaan air di-sinkron-kan, sehingga gelombang akan tampak diam. Pada mode tidak sinkron gelombang akan tampak bergerak.
- Pengatur frekuensi gelombang dan pengatur amplitude gelombang.
- Piringan stroboskop.
- Fungsi pemicu manual, untuk menghasilkan gelombang satu per satu.
- Sumber cahaya halogen 12 V, 25 watt.
- Tegangan masukan 12 V 5 A.
Set ini lengkap dengan aksesoris untuk percobaan gelombang.
APFAL 68 Pengeras Suara
Pengeras suara pada dudukan kayu untuk berbagai percobaan tentang bunyi.
- Impedansi: 8 Ω
- Daya maksimum: 5 W
- Dilengkapi terminal sekrup 4 mm
- Diameter corong: ± 9 mm
- Dilengkapi kasa pelindung
APFAL 55 Penguat Frekuensi Audio
Penguat satu saluran yang dilengkapi dengan penguat mikrofon dan pengatur besar keluaran.
- Tanggapan frekuensi: 10 Hz - 20 kHz (pada 3 dB).
- Daya keluaran maksimum 4 watt pada beban 8 Ω.
- Impedansi input mikrofon: 600 Ω.
- Soket masukan mikrofon: soket 4 mm, mono.
- Tegangan masukan 110/220 AC V, dengan proteksi sekring.
APPWV 151 Resonansi pada Loop dan Bilah
Set terdiri atas tiga bilah dan satu
loop baja. Bilah-bilah dapat beresonansi pada frekuensi unik sesuai
panjangnya. Loop baja akan beresonansi pada frekuensi harmoniknya
dengan menampilkan simpul-simpul dan perut-perut disekeliling loop.
Diperlukan Generator Frekuensi Audio (FAL 25) dan Pembangkit Getaran (FAL 29) untuk percobaan.
APKAL 60 & APKAL 60/5A Catu Daya
- Proteksi elektronik terhadap beban lebih atau hubungan singkat. Sekring elektronik otomatis dengan tombol reset dan LED indikator beban lebih.
- Terminal soket bersekrup 4 mm. Saklar utama (on/off) dengan lampu indikator.
- Tegangan masukan 110 V /220 V, dengan proteksi sekring utama.
- Dimensi: 23,5 × 17 × 12,5 cm.
| Deskripsi | KAL 60 | KAL 60/5A |
| Didesain untuk Kit seri FP dan FU | Didesain untuk P series Kit dan Optik Panel Type (POK 410) | |
| Keluaran AC/DC dengan selector tegangan |
0 - 3 - 6 - 9 - 12 V | 0 - 2 - 4 - 6 - 8 - 10 - 12 V |
| Daya maksimum | 3 A, 36 W | 5 A, 60 W |
APPMG 125 Bandul Reversibel
- Bandul Reversibel adalah bandul fisis yang mempunyai sepasang titik tumpu dengan jarak tetap satu terhadap lainnya. Periode osilasi bandul dapat diatur sehingga periode pada setiap titik tumpu sama atau hampir sama.
- Titik tumpu berupa pisau penumpu terbuat dari baja keras yang dapat diatur posisinya jika diperlukan. Bandul dilengkapi 2 buah pemberat (Bob), 1 buah pemberat berfungsi sebagai pemberat pada posisi tetap dan pemberat lainnya dapat digeser sepanjang batang bandul.
- Pada percobaan, posisi “pemberat tetap” tidak diubah-ubah sedangkan “pemberat tidak tetap” digeser-geser untuk mendapatkan periode osilasi yang sama atau hampir sama pada kedua titik tumpu.
- Pengukuran waktu dapat dilakukan secara manual dengan stopwatch atau untuk keakuratan pengukuran waktu yang lebih baik, digunakan Sistem Pengukur Waktu yang terdiri atas Gerbang Cahaya dan Pewaktu Cacah.
Komponen-komponen dirakit menjadi kesatuan unit Bandul Reversibel.
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Kode Katalog
|
Nama Alat
|
Deskripsi
|
Jumlah
|
|
PMG 125 01
|
Batang Bandul
|
Batang stainless steel dia. 10 × 750 mm.
|
1 buah
|
|
PMG 125 02
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Pisau Penumpu
|
Terbuat dari baja keras, dimensi 15 × 20 × 30 mm, dilengkapi baut L.
|
2 buah
|
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PMG 125 03
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Pemberat (Bob)
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Kuningan lapis nikel, dia. 38 × 23 mm, dilengkapi baut L.
|
2 buah
|
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PMG 125 04
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Dudukan Pisau Penumpu
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Dudukan pisau penumpu yang dilengkapi klem untuk pemasangan pada meja.
|
1 buah
|
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KST 30/500
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Batang Statif, 500 mm
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Batang Statif stainless steel dia. 10 mm panjang 500 mm.
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1 buah
|
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KST 25/10
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Dasar Statif, Bentuk A
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Dasar Statif dari besi cor, dilengkapi mur pengunci batang statif.
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1 buah
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KST 36/F
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Bosshead
|
Aluminium diecast. Digunakan untuk memegang Gerbang Cahaya.
|
1 buah
|
|
GME 101 02
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Gerbang Cahaya, RP
|
Unit Sensor gerbang cahaya menggunakan LED dan fotodiode inframerah. Terpasang pada dudukan khusus untuk Bandul Reversibel.
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1 buah
|
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GME 100
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Pewaktu Cacah AT-01
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Pewaktu Cacah sebagai alat ukur waktu
|
1 buah
|
|
|
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Tampilan layar : LED, 4 digit
Jangkah waktu : 0 ~ 999,9 detik Tegangan kerja : 220 V ±10% AC Masukan Gerbang Cahaya : 2 Fungsi : 7 fungsi Satuan ukur : ms, s Keluaran elektromagnet : 12 V |
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· Topik Percobaan
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P 12 05
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Bandul Reversibel (Bandul Kater)
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P 12 08
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Bandul Compound
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P 12 09
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Bandul Owen
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- Buku Panduan Percobaan, Bandul Reversibel - Indonesia (LPM 160)
- Buku Panduan Percobaan, Bandul Reversibel - Inggris (LPM 160E)
PMK 380 Alat Momen Inersia
Alat Momen Inersia
didesain untuk menentukan momen inersia dari berbagai macam benda
dengan menggunakan metode osilasi. Osilasi disebabkan oleh torsi yang
diberikan kepada pegas spiral yang terpasang pada poros alat ini.
Dengan mengukur periode osilasi dan menggunakan persamaan, momen
inersia dari benda yang diletakkan pada alat ini dapat diketahui.
Konstanta pegas perlu ditentukan terlebih dahulu sebelum percobaan
dilakukan.- Set lengkap untuk kemudahan dalam pelaksanaan percobaan.
- Desain yang sedehana. Menggunakan pegas kualitas tinggi dan bantalan peluru untuk mengurangi gesekan.
- Jarum penunjuk dan cakram skala transparan dalam derajat untuk memudahkan pengukuran.
- Benda-benda uji dapat dipasangkan dengan kokoh pada wadah objek sehingga menghasilkan percobaan yang lebih akurat.
- Pengukuran periode osilasi dapat dilakukan secara manual dengan stopwatch atau lebih akurat menggunakan Pewaktu Cacah AT-01 dan Gerbang Cahaya yang dapat mencatat sampai 20 data pengukuran.
Set alat terdiri atas Alat Momen Inersia dan benda uji.
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Kode Katalog
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Nama Alat
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Deskripsi
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Jumlah
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PMK 380.00
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Alat Momen Inersia
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Ukuran 180 × 190 × 300
mm. Dilengkapi dengan jarum penunjuk simpangan dan skala simpangan
dalam satuan derajat, 0 - 360º. Skala ini sangat membantu dalam
penentuan konstanta pegas spiral yang dipakai pada Alat Momen Inersia.
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1 set
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PMK 380.01
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Bola Pejal
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Bahan kayu, Ø 110,9 mm, massa 500 g.
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1 buah
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PMK 380.02
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Silinder Pejal
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Bahan kayu, Ø 80 mm × 143 mm, massa 500 g.
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1 buah
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PMK 380.03
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Silinder Berongga
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Bahan baja, Ø 80 mm × 100 mm, massa
500 g. |
1 buah
|
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PMK 380.08
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Cakram Berlubang
|
Bahan aluminium, Ø 250 mm × 2 mm, dengan 9 buah lubang di sepanjang diameternya. Jarak antar lubang 25 mm, massa 262,5 g.
|
1 buah
|
|
PMK 380.04
|
Cakram 2 cm
|
Bahan kayu, Ø 213 mm × 20 mm, massa 500 g.
|
1 buah
|
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PMK 380.05
|
Cakram 3 cm
|
Bahan kayu, Ø 174 mm × 30 mm, massa 500 g.
|
1 buah
|
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PMK 380.06
|
Kerucut Pejal
|
Bahan kayu, Ø 146 mm × 130 mm, massa 500 g.
|
1 buah
|
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PMK 380.07
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Dumbbell
|
Batang: bahan pipa aluminium, Ø 8 mm × 600 mm, massa 32 g.
Beban: bahan kuningan, Ø 26 mm × 25 mm, massa 100 g, jumlah 2 buah. |
1 set
|
Alat Pendukung
Untuk detail informasi lihat halaman 69 s/d 74
|
Kode Katalog
|
Nama Alat
|
Jumlah
|
|
GME 101 02
|
Gerbang Cahaya
|
1 buah
|
|
GME 100
|
Pewaktu Cacah AT-01
|
1 unit
|
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KKW 71
|
Stopwatch, Analog
|
1 buah
|
|
MI-01
|
Konstanta Pegas Spiral Alat Momen Inersi
|
|
MI-02
|
Momen Inersia Benda
|
| MI-03 |
Teorema Steiner
|
| MI-04 |
Momen Inersia Batang
|
|
MI-05
|
Massa Inersia Dumbbell
|
- Buku Panduan Percobaan, Alat Momen Inersia - Indonesia (LPM 155)
- Buku Panduan Percobaan, Alat Momen Inersia - Inggris (LPM 155E)
APFGE 50 Perangkat Gelombang Mikro
- Perangkat Gelombang Mikro adalah seperangkat alat yang digunakan untuk mempelajari sifat gelombang elektromagnet.
- Percobaan difraksi dan interferensi pada gelombang elektromagnetik sangat sulit untuk dilakukan pada panjang gelombang cahaya tampak, dengan menggunakan alat ini sifat-sifat tersebut dapat dengan mudah diamati.
- Percobaan hukum pemantulan, difraksi pada celah tunggal, interferensi celah ganda, polarisasi dan interferometer Michelson dapat dilakukan dengan alat ini
|
Kode Katalog
|
Nama Alat
|
Deskripsi
|
Jumlah
|
|
FGE 50/01
|
Pemancar
|
Pemancar gelombang
mikro 3 cm ini, adalah suatu alat yang memancarkan gelombang radio
(gelombang elektromagnetik) pada panjang gelombang λ = 3 cm. Sifat dari
gelombang radio ini dibuat sedemikian rupa sehingga dapat
bersifat “menyerupai” sifat dari suatu berkas cahaya, sehingga gelombang
radio ini merambat pada garis lurus.
|
1 buah
|
|
FGE 50/02
|
Penerima
|
Penerima gelombang
mikro 3 cm ini adalah suatu alat yang dapat mendeteksi (menginderakan)
adanya bentuk gelombang radio yang dipancarkan oleh Pemancar.
|
1 buah
|
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FGE 50/02
|
Dudukan Plastik
|
Digunakan sebagai penyangga pemancar dan penerima gelombang mikro.
|
|
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PWS 160 02
|
Plat Aluminium,
210 × 210 mm
|
Digunakan untuk percobaan pemantulan dan difraksi celah tunggal.
|
1 buah
|
|
PWS 160 02
|
Plat Aluminium,
60 × 210 mm
|
Digunakan pada percobaan celah ganda bersama-sama dengan Plat Aluminium besar.
|
1 buah
|
|
PWS 160 02
|
Plat Plastik,
210 × 210 mm
|
Digunakan pada percobaan interferensi dan interferometer Michelson.
|
1 buah
|
|
FGE 50/07
|
Kisi-kisi Batang Logam
|
Digunakan pada percobaan polarisasi.
|
1 buah
|
· Pemancar
Pemancar
berbentuk corong. Menggunakan dioda Gunn yang beroperasi pada
frekuensi 10,7 GHz memancarkan gelombang elektromagnet terpolarisasi
dengan panjang gelombang 2,8 cm. Keluaran termodulasi internal (1 kHz
dan 100 Hz) atau eksternal (20 Hz – 20 kHz). Tegangan input 220 V AC.
· Penerima
Berbentuk
corong penerima dan resonator rongga yang berisi detektor dioda yang
terpasang pada meter indikator. Penerima dapat dihubungkan dengan mikro
ammeter melalui soket 4 mm. Untuk mendengarkan frekuensi audio yang
termodulasi, penerima dapat dihubungkan dengan penguat frekuensi audio
dan pengeras suara (loud speaker).
· Alat Pendukung
Untuk detail informasi lihat halaman 69 s/d 74
|
Kode Katalog
|
Nama Alat
|
Jumlah
|
|
FAL 25
|
Generator Frekuensi Audio
|
1 unit
|
|
FAL 15
|
Osiloskop
|
1 unit
|
|
FAL 55
|
Penguat Frekuensi Audio
|
1 unit
|
|
FAL 68
|
Pengeras Suara
|
1 unit
|
· Topik Percobaan
§ Pemantulan
§ Interferensi
§ Difraksi
§ Polarisasi
- Buku Panduan Percobaan, Perangkat Gelombang Mikro - Indonesia (LPC 201)
- Buku Panduan Percobaan, Perangkat Gelombang Mikro - Inggris (LPC 201E)
APPT93132 Laboratory Breadboard
The
laboratory breadboard is a general-purpose trainer offers an ability to
perform a variety of design and experiment function. The trainer
provides jumpers wire and a large size of breadboard for quick assembly
of experiment circuit.
Due to the built in
instrumentation such as audio generator, ampere meter, voltmeter, AC
power supply, DC tracking power supply. The system supplied with
complete standard accessories, and operation manual in English or Bahasa
Indonesia.
Experiment Topics
- Transistor as switch
- Schmitt trigger circuit
- Voltage follower
- Inverting operational amplifier
- Non inverting operational amplifier
- Monostable multivibrator
- Bistable multivibrator
- Astable multivibrator
- Etc
Specification
- Ampere meter
- Voltmeter
- Audio generator with decade attenuation control
- Wide breadboard
- AC supply
- DC tracking power supply
- Buzzer, speaker
- Two digit decade capacitor
- Potentiometers
- Push button
- Switches
- Completed 1 set component
Computer Controlled Basic Teaching Unit for the Study of Power Electronics (Converters:AC/DC+AC/AC)
TECNEL/B. Unit:
Diagram in the front panel with similar distribution that the elements in the real unit
Steel box.
Front panel:
- Diodes module: 6 diodes.
- Thyristors module: 6 thyristors.
- Snubber net.
- Sensors module:
- 4 Voltage sensors
- 2 Current sensors.
- Power supply connections for Vr, Vs, Vt, Neutral and Ground.
- Practices schemes.
Back panel:
- Data Acquisition Board connector (SCSI connector).
- Tachodynamo connector.
- Main fuses (Vr, Vs, Vt) and LEDs.
- Circuit breaker (main switch).
Single-phase driver.
Three-phase driver.
TSI board.
Four relays board.
2 Three-phase relays.
Commuted power supply.
Three-phase magnetothermal.
Control Interface.
Three-phase driver.
TSI board.
Four relays board.
2 Three-phase relays.
Commuted power supply.
Three-phase magnetothermal.
Control Interface.
DAB. Data Acquisition Board:
- PCI Data acquisition board (National Instruments) to be placed in a computer slot. Bus PCI.
- Analog input:
- Number of channels= 16 single-ended or 8 differential. Resolution=16 bits, 1 in 65536.
- Sampling rate up to: 250 KSPS (Kilo samples per second).
- Input range (V)= 10V. Data transfers=DMA, interrupts, programmed I/0. Number of DMA
- channels=6.
- Analog output:
- Number of channels=2. Resolution=16 bits, 1 in 65536. Maximum output rate up to:
- 833 KS/s.
- Output range(V)= 10V. Data transfers=DMA, interrupts, programmed I/0.
- Digital Input/Output:
- Number of channels=24 inputs/outputs. D0 or DI Sample Clock frequency: 0 to 1 MHz.
- Timing: Counter/timers=2. Resolution: Counter/timers: 32 bits.
TECNEL/B/CCSOF. Computer Control+Data Acquisition+Data Management
Software:
Compatible with all actual Windows operating systems. Graphic and intuitive simulation of the process in screen. Compatible with the industry standards. Registration and visualization of all process variables in an automatic and simultaneously way. Flexible open and multicontrol software, developed with actual windows graphic systems, acting simultaneously on all process parameters. Management, processing, comparison and storage of data.
Sampling rate up to 250,000 data per second.
Comparative analysis of the obtained data, after to the process and modification of the
conditions during the process.
Cables and Accessories, for normal operation.
Manuals:
This unit is supplied with 8 manuals: Required Services, Assembly and Installation, Interface
and Control Software, Starting-up, Safety, Maintenance, Calibration & Practices Manuals.
Software:
Compatible with all actual Windows operating systems. Graphic and intuitive simulation of the process in screen. Compatible with the industry standards. Registration and visualization of all process variables in an automatic and simultaneously way. Flexible open and multicontrol software, developed with actual windows graphic systems, acting simultaneously on all process parameters. Management, processing, comparison and storage of data.
Sampling rate up to 250,000 data per second.
Comparative analysis of the obtained data, after to the process and modification of the
conditions during the process.
Cables and Accessories, for normal operation.
Manuals:
This unit is supplied with 8 manuals: Required Services, Assembly and Installation, Interface
and Control Software, Starting-up, Safety, Maintenance, Calibration & Practices Manuals.
Langganan:
Postingan (Atom)