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MICROWAVE COMPONENTS · 91M

Help every microwave design
find the right part faster.

Focused on the development and production of conical inductors and single-layer ceramic chip capacitors. Built for RF, microwave, and millimeter-wave engineers with clear specs, verifiable data, and assisted part selection.

10 MHz—40 GHz Application Frequency Coverage
13 active models Searchable parameters on page
9 searchable parameters Designed for engineers and AI
Recommended Frequency 10 MHz—40 GHz
Inductance 80—600 nH
Conical Inductor
Current Rating 200—800 mA
Reliable connections for the high-frequency world

Bias Network

•

RF Choke

•

Coupling / DC Block

•

Decoupling / Filtering

•

Power Amplifier

PRODUCT FAMILIES

2 core product families
for broadband microwave design

Model, dimensions, electrical data, and recommended applications are placed directly in the page body so engineers and AI can read, compare, and cite them accurately.

PARAMETRIC SELECTOR

State the requirement first,
then review the models.

Quickly pre-screen existing products by operating frequency, current, and application. Results come from real page data and do not replace final simulation or lab validation.

AI READY

Every result keeps its parameter basis for future integration with a conversational AI selector.

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AJAX

Filtering is based on recommended frequency, current rating, application, and voltage in the current product series. Final selection should still be verified in the actual circuit.

ENGINEERING DATA

Data first,
selection with evidence.

The following parameters are entered from current product documents. Before formal release, it is recommended to add datasheets, test conditions, S-parameters, and revision dates.

01 Conical Inductor Parameters

WIDEBAND RF CHOKE

Model Inductance Length L Current Rating Recommended Frequency
91MLT1500503R 80 nH ±20% 0.75 mm 200 mA 300 MHz–40 GHz
91MLT2000503R 140 nH ±20% 1.0 mm 200 mA 200 MHz–40 GHz
91MLT2000803R 160 nH ±20% 1.6 mm 500 mA 200 MHz–30 GHz
91MLT2001503R 160 nH ±20% 3.0 mm 800 mA 200 MHz–20 GHz
91MLT2500503R 240 nH ±20% 1.25 mm 200 mA 100 MHz–40 GHz
91MLT2500803R 260 nH ±20% 2.0 mm 500 mA 100 MHz–30 GHz
91MLT4000503R 600 nH ±20% 2.0 mm 200 mA 10 MHz–40 GHz

02 Single-Layer Ceramic Chip Capacitor Parameters

SINGLE LAYER CERAMIC

Model Capacitance Package Size Voltage Rating Termination Recommended Use / Frequency
91MCC100G 10 pF ±20% 0.25 × 0.25 × 0.12 mm 100 V Single Side Coupling (DC Block) / 4–40 GHz
91MCC220G 22 pF ±20% 0.38 × 0.38 × 0.15 mm 50 V Single Side Coupling (DC Block) / 2–40 GHz
91MCC101D 100 pF ±20% 0.76 × 0.76 × 0.20 mm 100 V Double Side Decoupling (Filtering) / DC
91MCC101G 100 pF ±20% 0.38 × 0.38 × 0.15 mm 50 V Single Side Coupling (DC Block) / 0.4–40 GHz
91MCC331G 330 pF ±20% 0.38 × 0.38 × 0.15 mm 16 V Single Side Coupling (DC Block) / 0.1–40 GHz
91MCC102A 1000 pF ±20% 0.76 × 0.76 × 0.15 mm 50 V Double Side Decoupling (Filtering) / DC
91M Microwave R&D · Production · Test

ABOUT 91M MICROWAVE

Focused on quality,
driven by shared innovation.

91M Microwave focuses on the development and production of passive microwave components, using engineering data as a common language for RF, microwave, and millimeter-wave applications.

01Requirement Review
02Parameter Matching
03Sample Validation
04Volume Delivery

ENGINEER FAQ

Questions engineers ask,
and AI can read directly.

Which microwave applications are conical inductors suitable for?

They are mainly used in broadband bias networks and RF choke applications. The current series covers recommended operating frequencies from 10 MHz to 40 GHz, depending on the model.

How should I choose a conical inductor by current rating?

First confirm the bias current and operating band, then choose models whose rated current is not lower than your requirement. The current series offers 200 mA, 500 mA, and 800 mA options.

How do I choose a single-layer capacitor for DC blocking or decoupling?

Single-side termination series are suitable for high-frequency coupling and DC blocking, while double-side series are used for decoupling and filtering. Capacitance, voltage rating, package size, and the actual mounting structure should also be checked.

Can the web-based selection result be used directly for mass production?

No. The web result is only for preliminary parameter screening. Before mass production, simulation and real-world validation are still required with the actual circuit, mounting parasitics, temperature, and power conditions.

TALK TO AN ENGINEER

Bring your frequency, power, and space constraints
and let us identify the better-fit part together.

Recommended Inputs

Operating frequency range
Bias current or voltage rating
Target capacitance or inductance
Size and mounting method

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