RF Training Kit (Board 1 and 2) Manufacturer,Supplier and Exporter in India
Product Code : SCL-CE-12381
Indian Lab Suppliers supplies the RF Training Kit (Board 1 and 2) (Product ID: 12381), part of the Communication Equipment range under Laboratory equipment, a two-board RF circuit training system covering transmission-line theory, microstrip discontinuities, RF matching circuits and impedance-matching architectures via Smith-chart-based exercises.
Quick Answer
This RF Training Kit consists of two individual boards that introduce transmission-line circuits, RF/microwave network analysis, impedance transformation and impedance matching. It is built to strengthen understanding of impedance theory alongside real application circuits, using Smith-chart-based exercises to give students direct insight into RF transmission-line behaviour. Boards use gold-plated PCBs with broadband frequency response, a 0 dBm to −20 dB power level range, and support for open, short, matched, resistive and complex load conditions across RF matching circuits, bias circuits, and active and passive RF circuits.
Board 1 — Transmission Channel & Microstrip Discontinuities
| Circuit / line type | Frequency range | Load conditions |
|---|---|---|
| Open-air transmission | 0.9–3 GHz | Matched antenna |
| Co-axial cable transmission | 0.1–3 GHz | Open, short, resistive, complex load |
| Microstrip transmission line | 0.9–3 GHz | Open, short, resistive, complex load |
| CPW transmission line | 0.9–3 GHz | Open, short, resistive, complex load |
| Slot line | 0.9–3 GHz | Open, short, resistive, complex load |
| CPW transmission line with ground | 0.9–3 GHz | Open, short, resistive, complex load |
| Coupled-line microstrip transmission line | 0.9–3 GHz | Balanced resistive load, unbalanced load |
| Open discontinuity | 0.9–3 GHz | — |
| Short discontinuity | 0.9–1.3 GHz | Series & shunt capacitive load |
| Gap discontinuity | 0.9–1.3 GHz | Series & shunt inductive load |
| Bend discontinuity | 0.9–1.3 GHz | Complex load |
| Step discontinuity | 0.9–1.3 GHz | Series & shunt resistive load |
| Tee discontinuity | 0.9–1.3 GHz | Matched, resistive load |
Note: power level for each item above is 0 dBm to −20 dBm/dB except where marked — the manufacturer's specification lists the microstrip transmission line's power level as "0dBm to 20dBm" without a minus sign, inconsistent with every other line item's "0dBm to −20dBm" figure; this is presented as a likely sign typo, please confirm with our team. The source material also listed the "Short discontinuity" entry twice with identical figures; it is shown once here.
Board 2 — RF Circuits & Matching Architecture
| Circuit type | Frequency range | Load / type |
|---|---|---|
| RF lump element | 0.3–1 GHz | Capacitive, inductive; matched |
| High-frequency effect on lump element | 0.001–3 GHz | — |
| Inductive resonance circuit | 0.3–1 GHz | Matched, resistive |
| Capacitive resonance circuit | 0.3–1 GHz | Matched, resistive |
| RLC resonance circuit | 0.3–1 GHz | Matched, resistive |
| Tunable resonance circuit | 0.3–1 GHz | Variable load |
| BALUN | 0.3–3 GHz | Variable load |
| DC Bias Tee | 0.3–1.3 GHz | 0 dBm; 25 dB isolation |
| Microstrip Bias Tee | 0.7–1.3 GHz | Matched load |
| Single stub matching | 0.8–1.1 GHz | Variable load |
| Quarter-wave transformer | 0.8–1.1 GHz | Variable load |
| Binomial quarter-wave transformer | 0.8–1.1 GHz | Variable load |
| L matching for resistive load | 0.85–1.1 GHz | Low load impedance (fixed) |
Accessories Included
Transmission Channel & Microstrip Discontinuities module (1) · RF Circuits & Matching Architecture module (1) · SMA(M)-to-SMA(M) 50 Ω RG316 cable, 50 cm (4) · SMB (plug) to crocodile-clip DC supply cable (1) · 50 Ω termination (2) · user manual (1).
Background: Discontinuities and Impedance Matching
High-frequency and millimeter-wave PCB design depends on carefully laid-out transmission lines, and any point where a signal path changes — a width transition, a gap, a bend — introduces a discontinuity that shifts impedance away from the design target (commonly 50 Ω). The kit's Board 2 exercises work through several standard ways engineers correct for this: resistive-network matching (simple but lossy), quarter-wave transformer matching (a perfect match at one frequency, extendable to broadband use via cascaded sections of varying impedance), stub matching (a shorted stub placed at a calculated distance from the load), Pi-network matching (for transforming a high-impedance source to a lower-impedance load, or vice versa), and L-network matching. Recommended supporting test equipment for these exercises is a generator/detector unit, a spectrum analyser with tracking generator, and a vector network analyser (VNA).
Note: the manufacturer's source material labels its fifth matching technique "Impedance Matching Using L-Network" but then describes it as a "T-match" circuit named for its inductor/capacitor T-shape; this is a naming inconsistency in the source, presented as-is. The source also names a specific recommended generator/detector model, "10209I Generator and Detector" — this matches the model number of our 3GHz RF Generator and Detector (Product ID 12382), whose Control Unit is supplied as model 10209I; please confirm with our team that this is the exact unit intended before ordering.
Experiment List
1. Study of RF matching circuit · 2. Study of high-frequency effect · 3. Study of RLC resonance circuits · 4. Measurement of DC bias circuits · 5. Study of impedance matching network · 6. Study of discontinuities in microwave circuits · 7. Study of microstrip transmission line technologies.
Where This Is Used
The RF Training Kit is used in electronics and communication engineering laboratories to teach transmission-line theory, microstrip discontinuities and RF impedance-matching techniques, complementing our RF Trainer + 23 Modules and Basic Radio Frequency (RF) Lab, and our broader Electronics Lab Equipment and Engineering Lab Equipment ranges.
Why Buy from Indian Lab Suppliers
Indian Lab Suppliers is an India-based laboratory equipment manufacturer and exporter supplying this RF Training Kit alongside its broader Communication Equipment catalog, with documentation such as a Certificate of Origin available on request for institutional and export orders.
Frequently Asked Questions
What do the two boards cover?
Board 1 covers transmission channels and microstrip discontinuities; Board 2 covers RF circuits and matching architecture, including resonance circuits, bias tees and several impedance-matching techniques.
What test equipment is recommended alongside this kit?
A generator/detector unit, a spectrum analyser with tracking generator, and a vector network analyser (VNA), per the manufacturer's specification.
How many experiments does this kit support?
7, spanning RF matching circuits, high-frequency effects, RLC resonance, DC bias circuits, impedance matching, microwave discontinuities and microstrip transmission-line technologies.
Do you supply this equipment for institutional or export orders outside India?
Yes. Indian Lab Suppliers quotes equipment for institutional and tender buyers across export markets — see the Tenders page for documentation requirements.
Related Categories
Laboratory · Electronics Lab Equipment · Engineering Lab Equipment
Request a Quote
For pricing, bulk quantities or tender documentation on the RF Training Kit (Board 1 and 2), reach our team via Contact Us or submit your requirement through our Tenders page.
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